20533: IMPLEMENTING MICROSOFT AZURE INFRASTRUCTURE SOLUTIONS

Why to improve skills on this?

• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

Course

My Github repos for this course:

• Azure Automation
• Azure Storage
• Azure Integrationand Security

Key Technologies adquired:

• Azure virtual network: Configuring VNet peering
• Azure Storage
• Kubernetes: Implementing Azure Container Service (AKS)
• Azure Backup and Azure Site Recovery
• Azure Active Directory Azure AD synchronization

Course content:

• Module 2: Implementing and managing Azure networking
• Module 3: Implementing Azure virtual machines
• Module 4: Managing Azure virtual machines
• Module 5: Implementing Azure App Service
• Module 6: Planning and implementing Azure Storage
• Module 7: Implementing containers in Azure
• Module 8: Planning and implementing backup and disaster recovery
• Module 9: Implementing Azure Active Directory
• Module 10: Managing an Active Directory infrastructure in a hybrid environment

Course link

SCRUM MASTERVERIFY CERTIFICATE

Why to improve skills on this?

• In the KPMG Global Agile Survey 2019, over 68% of organisations state faster product delivery as one of their key drivers for agility.
• By the end of the transition to agile, CEO’s spend four times the amount of time on strategy (10% -> 40%), while spending less time on operations management (60% -> 25%). (Harvard Business Review, 2020)
• Operation performance 91% better relative to nonagile units in the same organization. Source: Global SAFe Summit 2020
• Business units that had fully adopted an agile model report 93% better or significantly better customer satisfaction. Source: Global SAFe Summit 2020

My certificate of achievement

VERIFY CERTIFICATE

Key skills adquired:

• Agile: ciclo de vida adaptativo frente a los cambios. Tiene la peculiaridad de que el producto va evolucionando a lo largo de todo el proyecto, por lo que ni se diseña ni se planifica por adelantado. ¿El objetivo? Tener una mayor flexibilidad ante la presencia de cambios. Asimismo, en un entorno de desarrollo agile se va creando y presentando el producto al cliente en intervalos cortos que se conocen bajo el nombre de ‘sprints’.
• Scrum: se utiliza en proyectos complejos, donde los requisitos son cambiantes y/o están poco definidos desde su inicio. Asimismo, también se emplea como solución para resolver situaciones límite: excesivos costes, retrasos en la entrega, calidad no aceptable, etc. La manera de trabajar en un proyecto Scrum pasa por ciclos temporales cortos y de una duración fija. Son iteraciones de unas 2 semanas y que le van mostrando al cliente como quedaría el producto final.

Course content:

Mentalidad y cultura corporativa ágil. Agile & Scrum valores & principios. Manifesto ágil

Agile & Scrum organizaciones (Como implementarlo o migrar a Scrum)

Organizaciones (Agilealliance.org, Scrum.org, Scrumalliance.org, EuropeanScrum.org)

Análisis entre modelos clásicos Waterfall y Agile y Scrum

RoadMap simple, roadmap múltiples.

Relación entre Visión y Roadmap del Producto

Framework completo de Scrum

Los Roles en Scrum

Los Artefactos en Scrum

Release/ Product/Sprint Burn down/up chart

Alcance del Producto/Proyecto (Product Backlog)

User Stories, Epics, Theme

Goals, Acceptance Criteria y Definition of Done

Story Points versus Hours, Velocidad

Scrum Office / PMO/ Scrum Center of Excellence

Scrum Board/Task Board (simple producto y múltiple producto)

Los Eventos

Buenas Prácticas en Scrum (oficiales, comunidad intenacional y empresariales)

Course link

2021-May

Kubernetes: Linux Foundationcourse code: LFS158x

Why to improve skills on this?

• Enterprises, SME’s as well as start-ups are adopting container technology and Kubernetes with breathtaking speed. Kubernetes is the fastest growing project in the history of open Source software, after Linux.
• Reducing resource costs: Containers are isolated ‘packages’, that include everything the application needs to properly run. Multiple containers can share the same OS and network connection. This is much more efficient when it comes to resource utilisation than creating a virtual machine. Containers are lightweight by design and take up fewer resources, enabling you to save on hardware and data centre costs.
• Portability & time-to-market: The isolation containers offer enables you to run your software consistently across environments. Containers can also be copied to development, test, integration and live environments quickly and reliably. This greatly simplifies and speeds up the software development and release process, resulting in a faster time-to-market.
• Workload Scalability: Since containers are lightweight by design, they can be created within seconds. This enables you to scale instantly, helping you for example to react to unexpected website traffic load seamlessly.
• High Availability: Kubernetes is designed to tackle the availability of both applications and infrastructure, making it indispensable when deploying containers in production: Health checks and self-healing & Traffic routing and load balancing

Course

LFS158x

My Github repos for this course:

• Kubernetes

Key Technologies adquired:

• Kubernetes: portable, extensible, open-source platform for managing containerized workloads and services, that facilitates both declarative configuration and automation.
• Cloud Native Computing Foundation (CNCF) projects: a Linux Foundation project that was founded in 2015 to help advance container technology[1] and align the tech industry around its evolution. It was announced alongside Kubernetes 1.0, an open source container cluster manager, which was contributed to the Linux Foundation by Google as a seed technology.
• kubectl: interfaz de línea de comandos para ejecutar comandos sobre despliegues clusterizados de Kubernetes. Esta interfaz es la manera estándar de comunicación con el clúster ya que permite realizar todo tipo de operaciones sobre el mismo. Desde desplegar servicios, pods o volúmenes hasta conseguir toda la información del clúster de Kubernetes.
• Minikube: pared-down version of Kubernetes that gives you all the benefits of Kubernetes with a lot less effort. This makes it an interesting option for users who are new to containers, and also for projects in the world of edge computing and the Internet of Things.

Course content:

• Chapter 1. From Monolith to Microservices
• Chapter 2. Container Orchestration
• Chapter 3. Kubernetes
• Chapter 4. Kubernetes Architecture
• Chapter 5. Installing Kubernetes
• Chapter 6. Minikube - A Local Kubernetes Cluster
• Chapter 7. Accessing Minikube
• Chapter 8. Kubernetes Building Blocks
• Chapter 9. Authentication, Authorization, Admission Control
• Chapter 10. Services
• Chapter 11. Deploying a Stand-Alone Application
• Chapter 12. Kubernetes Volume Management
• Chapter 13. ConfigMaps and Secrets
• Chapter 14. Ingress
• Chapter 15. Advanced Topics
• Chapter 16. Kubernetes Community
• Final Exam

Course link

Lean Management: Excelencia en gestión de proyectosVERIFY CERTIFICATE

Why to improve skills on this?

• Minimizing waste and maximizing value go hand in hand, whether a company relies on products, services or a mixture of the two.
• Customer demands are constantly in flux. Even in the least volatile markets and industries, recent changes in technology have had a huge impact on the delivery of key products and services.
• This approach enables clear identification of root causes which lead to focused improvements resulting in improved business processes and performance.
• Lean approach teaches critical process analysis to help improve speed and quality.

My certificate of achievement

VERIFY CERTIFICATE

Key Skills adquired:

• Analytical Thinking and Innovation.
• Critical Thinking and Analysis.
• Complex Problem-Solving.
• Leadership and Social Influence.
• Reasoning, Problem-Solving and Ideation.
• Deepen business understanding and insights.
• Data-driven decisions in your everyday activities.

Course content:

• Semana1
• Definir qué significa producción Lean y Lean Project Management
• Distinguir las principales diferencias entre la producción Lean y la producción en masa
• Explicar el origen del sistema de producción Lean y los resultados de la investigación que acuñó el concepto
• Explicar las características de un sistema de producción Lean
• Describir los pilares en los que se funda Lean Project Management
• Semana2 - Filosofía Lean
• Explicar la filosofía lean
• Explicar los principios postulados por Lean
• Explicar las perdidas reconocidas por Lean
• Relacionar las pérdidas que Lean identifica en la manufactura con las pérdidas en otras industrias
• Semana3 - Cultura Lean
• Describir las principales características de la cultura Lean
• Distinguir entre la cultura tradicional y la cultura Lean
• Definir qué es un contrato relacional
• Describir qué es la Integrated Project Delivery
• Semana4 - Teconologías Lean: Herramientas para mejorar
• Explicar la importancia de la tecnología
• Value stream mapping
• Target Value Design
• Choosing By Advantages
• Set-Based Design
• Last Planner System
• Reporte A3
• Semana5 - ¿Qué es Lean?
• Explicar qué es Lean Production
• Describir la evolución de Lean desde la producción a la construcción
• Describir las barreras a la implementación de metodologías Lean
• Describir el futuro de la filosofía Lean

Course link

Terraform Indepth on AWSVERIFY CERTIFICATE

Why to improve skills on this?

• By automating the provisioning of infrastructure we get faster time to production/market, Improved consistency—less ‘configuration drift’, Faster & more efficient development, Lower costs and improved ROI.
• The third quarter of 2017, AWS expanded its market share to 42-percent and reached 49-percent by the first quarter of 2018. By 2020 AWS is expected to increase its market share to 52-percent.
• AWS holds just about a third of the infrastructure as a Service (IaaS) market which is about as much as the next two providers (Microsoft Azure and Google Cloud Platform) combined.

My certificate of achievement

VERIFY CERTIFICATE

My Github repos for this course:

• Terraform

Key Technologies adquired:

• Terraform & Ansible
• AWS Amazon Web Services: Instances, S3 storage, Load balancers, VPCs, AutoScaling groups, Kubernetes cluster (EKS), Logging (ELK stack), RDS: Aurora DB - Dynamo DB.
• Other clouds: orchestrate deployments in Microsoft Azure & Google Cloud Platform (GCP)

Course content & Course Practices:

• 1: Introduction
• 2: First steps with Terraform
• 3: Using Variables
• 4: Terraform concepts - Building blocks
• 5: Interpolation scenarios
• 6: AWS resources - Basic concepts
• 7: Realworld Job Casestudy #1: Launching a complete web application
• Un balanceador Elastic (ELB) para 2 Webservers
• 2 Webservers (Instancias EC2) para alta disponibilidad
• Un balanceador para 2 aplication Appservers
• 2 Appservers para alta disponibilidad
• Autoscaling group (ASG): para ajuste automático de Webservers y Appservers
• Un RDS (alta disponibilidad replica sincrona base de datos) en MySQL
• Los grupos de seguridad necesarios para trabajar todo esto junto
• 8: Realworld Job Casestudy #2: Dynamodb resource using Terraform
• 9: Realworld Job Casestudy #3: KOPS + Kubernetes + Docker: Desplegar Clusters HA con Terraform
• KOPS para orquestar el cluster de Kubernetes
• Kubernetes para gobernar los dockers
• Bucket S3 en AWS para guardar la config
• awscli
• 10: Realworld Job Casestudy #4: Desplegar cluster Kubernetes AWS EKS (Elastic Kubernetes Service) con Terraform
• kubectl: utilidad
• aws-iam-authenticator: para comunicar el Master con los Worked nodes
• 11: Realworld Job Casestudy #5: Terraform Modules- Deploy ELB (Elastic load balancer) and EC2 using module
• 12: Provisioners: Local , Remote , Null resource
• 13: Realworld Job Casestudy #6: ELK Stack (agregador de logs) en AWS
• Elasticsearch: es un motor de busqueda basado en NoSQL.
• Logstash: es un agregador de logs capaz de filtrar datos desestructurados de diferentes fuentes.
• Kibana: es una herramienta de visualizaion tipo graphana.
• Filebeat: file shipper ligero con soporte SSL y TLS.
• 14: Ansible and Terraform
• 15: State files: Remote Vs Local
• 16: Realworld Job Casestudy #7: Aurora DB Cluster
• Aurora Cluster: Aurora forma parte del servicio de bases de datos administradas Amazon Relational Database Service (Amazon RDS). Recomendado para alto performance y muy seguro debido a las 6 copias que distribuye en 3 zonas de disponisblidad diferentes.
• Beneficios:
• Hasta 5x veces mas potente gracias al log-based-storage
• Es una arquitectura sin apenas lag de replicación
• Multi AZ (availability zone) deploy
• Backup automáticos
• Si necesita espacio se extiende automáticamente, hasta 64Tb.
• Autoscaling
• Escribir en MySQL implica: 1º escribir en log, 2º escribir en binlog, 3º escribir en FRM, 4º doble escritura en buffer. Aurora directamente escribe en el almacenamiento (log-based-storage) no en ficheros.
• Failover minimo comparado con el de MySQL.
• 17: Terraform Challenge Scenarios - 10 Problems
• 18: Terraform Challenge Scenarios - 10 Solutions
• 19: Realworld Job Casestudy #8: WebApp cluster en Google Cloud Platform con Terraform
• 1x balanceador HTTP (load_balancer.tf)
• 1x instance_group + nx instancias + opciones de Autoscaling (instance_group.tf + instance template.tf)
• 1x google_sql_database_instance 'Master' + 1x google_sql_database_instance 'Replica' (sql.tf)
• 1x VPC network (network.tf)
• Reglas de firewall (firewall.tf)
• Ejecutaremos scripts postproceso sobre las instancias una vez desplegadas (userdata.sh)
• 20: Realworld Job Casestudy #9: WebApp stack en Azure con Terraform
• 1x resource group: azurerm_resource_group
• 1x virtual network (el equivalente a VPC de Amazon): azurerm_virtual_network
• 1x security group
• 1x balanceador HTTP y sus tests
• 1x IP publica para el frontend del balanceador: azurerm_public_ip
• 2x VM
• 1x backend MySQL
• 21: Packer and Terraform

Course link

Machine Learning Predictive Models

Why to improve skills on this?

• Creating and running smart algorithms is the most in-demand and exciting career domain in the technology sector today.
• AI market to grow to 8.8 billion and create 2.3 million jobs in 2020.
• Machine learning as a Service is expected to grow to $19.9 billion by 2025.

My Github repos for this course:

• Machine Learning Predictive Models UVA

Key Technologies adquired:

• Python
• Machine Learning
• Regresion Lineal / Linear Regression
• Regresion Polinomial / Polinomial Regression.
• SVR / Support Vector Regression.
• Regresion Logistica con Resampling.
• Matriz de confusion / Confusion Matrix
• Variables Dummy
• Selección de caracteristicas
• Clustering con K-means
• Series de tiempo / Time Series

Course content:

• Semana1
• Introducción al modelado de dato
• Identificando los tipos de model
• Machine Learning
• Tipos de aprendizaje
• Scikit-learn
• Creando nuestro primer modelo
• Métricas de error
• Entrenamiento y Prueba
• Cross Validation
• Semana2
• La Regresión y su teoría
• Práctica del modelo de Regresión
• Regresión múltiple
• Conceptos básicos de la Regresión Polinomial
• Practicando la Regresión Polinomial
• La teoría fundamental del SVR
• Práctica de SVR
• El Árbol de Regresión y sus conceptos
• Practicando el Árbol de Regresión
• Clasificación
• Introducción a la Matriz de Confusión
• Fundamentos de la Regresión logística
• Matriz de Confusión
• Semana3
• Curvas ROC
• Curvas CAP
• Ahora revisaremos otro tipo de gráfica.
• La curva CAP (Perfil de Precisión Acumulativa)
• Variables Dummy
• Selección de características relevantes
• Matriz de correlación
• Teoría sobre Métodos de Regresión y Ensamble
• Práctica sobre Métodos de Regresión y Ensamble
• Semana4
• Preparando los datos para Clustering
• ¿Qué es Clustering?
• K-means
• Usando K-means
• Time Series: ¿Qué es una serie de tiempo?
• Series de tiempo en la bolsa de valores
• Haciendo predicciones

Course link

Artificial Intelligence and Machine Learning E-DegreeVERIFY CERTIFICATE

Why to improve skills on this?

• Creating and running smart algorithms is the most in-demand and exciting career domain in the technology sector today.
• AI market to grow to 8.8 billion and create 2.3 million jobs in 2020.
• Machine learning as a Service is expected to grow to $19.9 billion by 2025.

My certificate of achievement

VERIFY CERTIFICATE

My Github repos for this course:

• Python-Machine-Learning-AI-Deep-Learning
• Machine-learning-based-R
• Pandas-matplotlib-Sklearn-Scipy-Tensorflow-Keras

Key Technologies adquired:

• Anaconda: Open-source distribution of the Python and R programming languages for scientific computing.
• Matpotlib: Plotting library for Python.
• Pandas: Software library for data manipulation and analysis.
• TensorFlowKeras: High-level API for building and training deep learning models.
• Natural Language Processing: This process describes and defines the interactions between computers and human languages.
• Linear regression: Statistical Data Analysis technique.
• Mathematics for data science using R: Basic mathematical concepts required for data science.
• Reinforcement learning: A program to train algorithm by a reward and punishment approach.
• Python: CAMBIAR.

Course content:

• 1 - Introduction to Python for AI and Machine Learning: Variables, Lgic Operators, Lopps, Funcions.
• 2 - Software Tools for AI and Machine Learning: Anaconda & Jupyter, Pandas, Matplotlib, Sklearn, Scipy, TensorflowKeras.
• 3 - Mathematics for Data Science and AI using R: Linear Algebra, Calculus, Vector Calculus
• 4 - Complete Guide to Machine Learning using Python: Linear Regression, Random Forest, Support Vector Machines, Naive Bayes, K-Nearest Neighbors, K-Means Clustering, Hidden Markov Models, Gaussian Mixture Models
• 5 - Deep Learning for Beginners, Collaborative Filtering: Tabular Regression and Classification, Computer Vision, Natural Language Processing, Reinforcement Learning, AGI,
• 6 - Applied Machine Learning for Professionals; Forecasting Sales in R with Time Series Models and Stochastic Gradient Boosting, Classifying Loan Approvals Using SVM in R, Classifying Loan Approvals Using SVM in R, Credit Card Fraud Detection, Predicting Customer Churn with Python.

Course link

AZ-900 Azure Fundamentals

Why to improve skills on this?

• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

My certificate of achievement

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• IaaS
• PaaS
• SaaS
• ARM
• Cosmos DB
• Blob Storage
• Network Security Groups
• RBAC

Course content:

• Module 1: Cloud Concepts
• Why Cloud Services?
• Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS), and Software-as-a-Service (SaaS)
• Public, Private, and Hybrid cloud models
• After completing this module, students will be able:
• Understand general cloud computing concepts
• Module 2: Core Azure Services
• Core Azure architectural components
• Core Azure Services and Products
• Azure Solutions
• Azure management tools
• Understand core services available with Microsoft Azure
• Module 3: Security, Privacy, Compliance and Trust
• Securing network connectivity in Azure
• Core Azure Identity services
• Security tools and features
• Azure governance methodologies
• Monitoring and Reporting in Azure
• Privacy, Compliance, and Data Protection standards in Azure
• After completing this module, students will be able:
• Understand security, privacy, compliance, and trust with Microsoft Azure
• Module 4: Azure Pricing and Support
• Azure subscriptions
• Planning and managing costs
• Support options available with Azure
• Understand pricing and support models available with Microsoft

Course link

7 Reasons IT Projects FailVERIFY CERTIFICATE

Why to improve skills on this?

• The Project Management Institute (PMI®) expects 22 million new project management job openings through 2027.
• Project managers are needed in a wide variety of industries. Although quite common in the IT field, project-oriented work is also common in all business services.
• Project managers are always learning. They must regularly refresh their knowledge of processes and structures, new markets, technology, products and services, and customers.

My certificate of achievement

VERIFY CERTIFICATE

Course content:

• 1 - Poor project planning and direction
• 2 - Insufficient communication
• 3 - Lack of change, risk, financial and performance management
• 4 - Failure to align with constituents and stakeholders
• 5 - Ineffective involvement of executive management
• 6 - Lack of skilled project team members
• 7 - Poor or missing methodology and tools
• Basic assessments you can do

Course link

Linux Real Life ProyectsVERIFY CERTIFICATE

Why to improve skills on this?

• 73% of the cloud companies taking part in the survey want to hire a Linux system admin. The developers are also in high demand with close to 60% demand. The reason for this remains the increasing importance of cloud hosting and computing as well as storage of big data.
• The employers want Linux experts on board right away but they have a hard time finding someone to do the job. Last year, 80% of the employers had stated that they were finding it difficult to find the right talent to get on board. This year, the percentage has increased with 9 out of 10 employers saying that finding Linux talent is difficult than ever.

My certificate of achievement

VERIFY CERTIFICATE

Key Technologies adquired:

• rsync: backup over ssh using rsync.
• clustering: based iSCSI storage.
• Nginx & Apache: based CentOS with HTTPs and reverse proxy for NodeJS.
• Squid: reverse proxy, SCL, caching.
• Databases management: MongoDB, SQLite3 with Python, MySQL/phpMyAdmin.
• Bash scripting: projects automation.
• Linux for programming: Git/Github branching and merging, VIM and Sublime.

Course content:

• 3:Backup and Streaming
• 5 What to Expect from a Backup tool (16083024)
• 6 Rsync for Local to Local Backups (16083025)
• 7 Using rsync Over the Network (16083026)
• 8 Advanced SSH options with rsync (16083027)
• 9 Advanced rsyc backup options (16083028)
• 4:Linux for Clustering
• 11 Cluster overview (16083238)
• 12 Preparing the iSCSI storage (16083239)
• 13 Setting up the cluster (16083240)
• 14 Configuring the fencing device (16083241)
• 15 Configuring the storage resource (16083242)
• 16 Testing failover and fallback (16083243)
• 5:Using Linux as A web Server
• 17 Installing Apache on Centos (16083245)
• 18 Apache configuration on Centos (16083246)
• 19 Installing and configuring Apache on Ubuntu (16083247)
• 20 Configuring virtual hosts on Ubuntu (16083248)
• 21 Configuring virtual hosts on Centos (16083249)
• 22 Enabling HTTPS (16083250)
• 23 Installing PHP on Apache (16083251)
• 24 Configuring Nginx as a reverse proxy (16083252)
• 25 Configuring Nginx as a reverse proxy for Nodejs (16083253)
• 6:Using Linux as a Proxycache Server
• 26 Squid introduction and installation (16083255)
• 27 The squid.conf file (16083256)
• 28 Using ACLs (16083257)
• 29 Using http_access directive (16083258)
• 30 Advanced control and caching (16083259)
• 7:Linux as a Database Server
• 31 Introduction (16083261)
• 32 MySQL installation (16083262)
• 33 Basic MySQL commands (16083263)
• 34 Working with phpMyAdmin (16083264)
• 35 MongoDB installation (16083265)
• 36 Securing MongoDB (16083266)
• 37 Working with SQLite3 and Python (16083267)
• 8:Automation Using Bash
• 38 Introduction to Bash (16083269)
• 39 Environment Variables (16083270)
• 40 Passing variables to scripts (16083271)
• 41 Functions (16083272)
• 42 Exit status (16083273)
• 43 IF conditions (16083274)
• 44 Automation project part 1 (16083275)
• 45 Automation project part 2 (16083276)
• 46 Automation project part 3 (16083277)
• 9:Using Linux for programming
• 47 Using Text Editor (16083279)
• 48 Using VIM (16083280)
• 49 Using Sublime (16083281)
• 50 Sublime power features (16083282)
• 51 Introducing Git for version control2 (16083283)
• 52 Git branching and merging (16083284)
• 53 Working with GitHub (16083285)

Course link

AZ-101 Microsoft Azure Integration and Security

Why to improve skills on this?

• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

My certificate of achievement

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• How to discover, assess, plan and implement a migration of on-premises resources and infrastructure to Azure. How to use Azure Migrate to perform the discovery and assessment phase that is critical to a successful migration. How to use Azure Site Recovery for performing the actual migration of workloads to Azure. The course focuses primarily on using ASR on a Hyper-V infrastructure to prepare and complete the migration process. Other scenarios, such as migration of VMware vSphere Hypervisor virtual machines and System Center VMM Hyper-V machines.
• How to manage and maintain the infrastructure for the core web apps and services that developers build and deploy. How Azure App Service is used as a Platform as a Service (PaaS) offering for deploying cloud apps for web and mobile environments. How to use App Service Environments (ASE) to host a dedicated environment for securing and running App Service apps at scale. Deployment slots as staging environments for web apps, that can then be swapped into production when needed. This course also teaches show to scale up and scale out to meet and adjust for demand, and how bandwidth for web traffic can be optimized using Application Gateways and Content Delivery Networks (CDN). Serverless computing solutions, including Azure Functions, Event Grid, Service Bus, and Logic Apps.
• Implement and configure different Azure networking traffic distribution mechanisms, including Azure Load Balancer, Azure Traffic Manager, and Azure Application Gateway. Implement site connectivity for multiple scenarios including cross-premises and hybrid configurations, as well as extending on-premises networks into the Microsoft cloud over a dedicated private connection, using Azure ExpressRoute. Network Watcher to monitor and troubleshoot Azure virtual networks. Troubleshoot and remediate common errors in Azure Application Gateway and Azure Load Balancer.
• To understand the challenges that organizations face in keeping modern IT environments secure, as the more distributed environments that are part of a cloud-first or hybrid world have rapidly created new security challenges for IT. The course focuses on three key areas in the defense against attackers who target security vulnerabilities, resulting particularly from credential theft and compromised identities: Role-Based Access Control (RBAC), Multi-Factor Authentication (MFA), and Azure Active Directory Privileged Identity Management (PIM). Implement two-step verification to secure the sign-in process, as well has how to use advanced features like trusted IPs and Fraud Alerts with MFA to customize their identity access strategy. Using Privileged Identity Management, how to apply just the right amount of access rights for just the right amount of time to the various administrative roles as well as to resources.

Course content:

• 1 - AZ-101T01-A: Migrate Servers to Azure
• 2 - AZ-101T02-A: Implementing and Managing Application Services
• 3 - AZ-101T03-A: Implement Advanced Virtual Networking
• 4 - AZ-101T04-A: Secure Identities

Course link

Azure212X Migrating workloads to Azure

Why to improve skills on this?

• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• Distinguish between different migration scenarios and understand when a migration needs to be rebuilt in Azure.
• Properly plan a migration to ensure resources being migrated can be supported in Azure.
• How to choose and configure the correct storage account and Azure virtual network.
• Ensure workloads are safe and recoverable through replication from on-premises servers, using Azure Site Recovery (ASR).

Course content:

• 1 - Lift and shift modernized workloads to Azure and other hyperscale clouds.
• 2 - Create highly performant and secure Azure hybrid cloud architectures.
• 3 - Move large datasets to the cloud.
• 4 - Enable cloud-to-cloud data transfer, including support for primary/secondary storage applications.
• 5 - Curate workloads until applications are modernized and are ready to migrate to Azure.

Course link

AZ-100 Azure Infraestructure & Deployment

Why to improve skills on this?

• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

My certificate of achievement

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• Manage their Azure subscriptions, including access, policies, and compliance, as well as how to track and estimate service usage and related costs.
• How cloud resources are managed in Azure through user and group ents
• Learn how to grant appropriate access to Azure AD users, groups, and services through Role-based access control (RBAC).
• Discover the core monitoring tools and capabilities provided by Azure, including Azure Alerts and Activity Log.
• Introduced to Log Analytics as a broad data analytics solution and use this service to query and analyze operational data.
• Learn about the Azure Resource Manager deployment model, and how to work with resources, resource groups and ARM templates.
• Learn about the different storage accounts and services as well as basic data replication concepts and available replication schemes.
• Storage Explorer as a convenient way to work with Azure storage data.
• Learn the types of storage and how to work with managed and custom disks.
• Azure blob storage is how Azure stores unstructured data in the cloud, and students learn how to work with blobs and blob containers.
• Learn how to use Azure Files to work with file shares that are accessed via the Server Message Block (SMB) protocol.
• In addition to blob storage, the course covers Table and Queue storage as storage options for structured data.
• Learn how to secure and manage storage using Shared Access Signatures (SAS) and Azure Backup, using Recovery Services Vault. Azure File Sync to centralize an organization’s file Shares in Azure Files. Content Delivery Network (CDN) is used to store cached content on a distributed network of servers that are close to end users. Students learn how to optimize content delivery with Azure CDN, as well as how to transfer large amounts of data using the Azure Import/Export service.
• Learn how to monitor Azure storage by configuring metrics and alerts and using the Activity Log. Students learn how to analyze usage trends, trace requests, and diagnose issues with a storage account.
• How to create and manage virtual machines as part of an Infrastructure as a Service (IaaS) computing infrastructure.
• Learn how to assess their on-premises environment for virtual machine readiness in preparation for moving resources to the cloud, including sizing, pricing, and design considerations.
• Deploy virtual machines in Azure, using the Azure portal, PowerShell, and ARM templates. The course includes instruction on deploying custom images and Linux virtual machines.
• Learn how to configure the networking and storage components of virtual machines.
• Deploying highly available virtual machines is critical in the light of planned and unplanned events, and students learn how to use availability sets to ensure that virtual machine resources are available during downtime.
• Learn how to use extensions and Desired State Configuration (DSC) for post deployment automation and configuration tasks.
• Learn how to perform virtual machine backups, and to use Azure’s monitoring capabilities to collect, view, and analyze virtual machine diagnostic and log data.
• Configure and manage Azure virtual networks (VNets).
• The benefits of moving an infrastructure to the cloud, removing the need to maintain expensive datacenters are an appealing proposition for many small and medium-sized companies. Regardless, once resources are moved to Azure, they require the same networking functionality as an on-premises deployment, and this course deals with the basic network configuration tasks.
• The basis of IP addressing, with specific emphasis on how public and private IP addressing works in the cloud.
• Learn how to configure network routing and how to implement Azure DNS.
• Securing the network infrastructure is of key importance and students learn how to use Network Security Groups (NSGs) to limit network traffic to resources in a virtual network, by creating security rules that allow or deny inbound or outbound traffic.
• Learn how to use NSG logging to diagnose and troubleshoot network connectivity problems.
• Different connectivity scenarios for Azure virtual networks and students learn how to connect virtual networks with VNet-to-VNet VPN gateways and virtual network peering.
• Use Azure Active Directory (AD) to provide employees and customers with a multi-tenant cloud-based directory and identity management system.
• Learn the differences between Azure AD and Active Directory Domain Services (AD DS), as well the differences in functionality offered by the different editions of Azure AD.
• Learn how to configure self-service password reset, or to use the option of password writeback to reset user passwords regardless of their location. Azure AD Identity Protection and learn how they can use it to protect their organizations from compromised accounts, identity attacks, and configuration issues.
• Learn how to integrate Azure AD with the many Software as a Service (SaaS) applications that are used, in order to secure user access to those applications.
• Concepts of Azure domains and tenants, and users and groups are explained and students learn how to work with the various Azure AD objects. Students are introduced to Azure role-based access control to be able to provide a more granular access based on the principle of least privilege. An administrator, or user, can do exactly the task they need to accomplish; no more, no less.
• Learn how to work with Azure joined devices and Hybrid AD joined devices, enabling their users to be productive wherever and whenever – but ensuring that corporate assets are protected and that devices meet security and compliance standards.
• Learn how to use Azure AD Connect to integrate their on-premises directories with Azure AD, providing a common identity for their users of Office 365, Azure, and SaaS applications integrated with Azure AD.
• Learn how to use Azure AD Application Proxy to be able to provide their users with remote access to web application that are published on-premises, such as SharePoint sites, Outlook Web Access, or any other line of business (LOB) applications the organization has.

Course content:

• 1 - AZ-100T01: Manage Subscription and Resources
• 2 - AZ-100T02: Implementing and Managing Storage
• 3 - AZ-100T03: Deploying and Managing Virtual Machines
• 4 - AZ-100T04: Configuring and Managing Virtual Networks
• 5 - AZ-100T05: Manage Identities

Course link

DCIE Datacore Certified Implementation Engineer

Why to improve skills on this?

• Worldwide converged systems market revenue increased 10.9% year over year to $3.9 billion during the second quarter of 2019 (International Data Corporation (IDC) Worldwide Quarterly Converged Systems Tracker)
• Integrated infrastructure market generated nearly $1.5 billion in revenue during the second quarter, which represents 10.5% year-over-year growth and 37.5% of total converged systems revenue
• Freedom. Abstraction from hardware, no lock-in - Flexibility. Evolve your architecture via software. Integration. No silos, maximum utilization. Availability. Flexibility on zero-downtime architectures. Intelligence. Optimization across existing and new systems

My certificates of achievement

 

Key Technologies adquired:

• SDS: software-defined storage
• HCI: Hyperconvergence is an IT framework that unifies computing, storage, networking and software into a single system in an attempt to minimize data center complexity and increase scalability. Software-centric architecture that tightly integrates and virtualizes all these resources in a single system.
• SDDC: software-defined data center
• Sansymphony: Block-Based Storage Virtualization Software

Course content:

• Snapshots / Backups (Differential & Full Clones) SANsymphony supports instant point-in-time snapshots along with full copy clones. You may periodically update snapshots to a later point in time with just the changed blocks that transpired after the last snapshot. You may also use snapshots to restore the source volume via the source update option. Snapshots are readable and writeable. SANsymphony uses copy-on-first-write technology as well as thin provisioning to significantly reduce the space taken up by incremental snapshots. The snapshot is available immediately upon request and may be triggered by VSS-compatible applications, VMware vCenter and PowerShell scripts. DataCore works with popular 3rd party backup products, including CommVault, to simplify end-to-end data protection and ensure rapid data recovery at a granular level.
• Continuous Data Protection (CDP) Continuous data protection may be selected for virtual disks to restore the state of the virtual disks before an undesirable change (ransomware, user errors and virus, database corruption, for example). The software will log and timestamp every update to the virtual disks in a rolling buffer covering up to the last 14 days (depending on configuration parameters and available disk space). The state of the virtual disks may later be recovered to a desired point in time within the 14 day period.
• RAID Levels SANsymphony supports software mirroring and striping across physical disks behind each DataCore node. It can also rely on RAID protection from back-end RAID subsystems and disk controllers.
• High Availability DataCore offers an enterprise-class “zero downtime, zero touch” high availability storage solution that prevents equipment and site outages from interrupting critical information flow. The cost-disruptive software innovations proven in over 30,000 global deployments provide simultaneous access to active copies mirrored between physically-separate locations, making it the centerpiece for business continuity.
• Synchronous Mirroring DataCore enables application and/or server clustering technologies in campus and metro-wide configurations (stretch clusters) to continuously update and retrieve data, even with the loss of an entire site. In contrast with competing alternatives, no manual intervention or scripting is needed for failover, resynchronization or failback; everything is automated. Customers report a 100% reduction in storage-related planned and unplanned downtime; many for more than 8 years. The software synchronously mirrors virtual disks in lock step across two DataCore nodes. Separations up to 100 kilometers (~60 miles) are typically achieved using dedicated high-bandwidth optical routes across Metropolitan Area Networks (MANs). Longer distances may be achieved for more latency-tolerant use cases. Diversely routed redundant mirror connections between nodes ensure no single point of failure.
• Asynchronous Remote Replication SANsymphony supports Asynchronous Remote Replication over conventional LANs and WANs using standard TCP/IP protocols. It automatically compresses transmissions to reduce bandwidth requirements. Secure, encrypted connections such as VPNs and trunked or aggregated multi-link circuits can be used to enhance the privacy and speed of inter-site transmissions. Disaster recovery sites may be initialized via network connections or by cloning virtual disks to transportable media at the primary site and shipping them to the remote destination. Replication is bi-directional. Topologies supported include 1-to-many, many-to-1 and many-to-many.
• Multi-Pathing Support (Linux) SANsymphony supports multi path drivers for different Linux versions and different OS types.
• Multi-Pathing Support (Windows) DataCore MPIO supports Auto failover and Auto Failback between primary and alternate paths. It also supports failover and failback between Fibre Channel and iSCSI inside a single host.
• Multi-Pathing Support (VMware) SANsymphony supports different versions of VMware ESXi using different path selection policies (ALUA), including round robin and most-recently-used.
• Max # of SAN Ports Consumed That number depends on the number of SANsymphony nodes within the SAN zone.
• Fabric Zoning Considerations SANsymphony requires two fabric zones, Storage Zone and Client Zone. If there are different switches used for storage and hosts, then there is no zoning required on any of the switches.
• Zones Per Host Since DataCore does not use LUN Masking techniques, all hosts could co-exist in a single zone. But as a best practice policy, DataCore recommends creating a zone for every type of Operating System (OS) to separate Windows servers from conflicting with Linux and other OS’s.
• Load Balancing Explicit load balancing is achieved by spreading virtual disks across multiple ports. Multiple back-end channels to LUNs within a device are supported. If one back-end channel fails then all LUN I/O activity will continue on the remaining healthy back-end channels. Additional load balancing occurs across disks of the same tier in a pool. SANsymphony periodically looks for any devices that have unusually high activity (hot spots) compared to the other members of the pool. It then automatically fine tunes the pool by moving disk blocks to less active drives.
• Non-Disruptive Upgrades Non-stop data accessibility is configurable with paired redundant SANsymphony nodes that circumvent any single point of failure. Such innovative and cost-sensitive architecture ensures that service level obligations continue to be met in spite of component failures. Essentially, the I/O responsibilities associated with an outage, scheduled or unexpected, are distributed in real-time among the remaining storage resources being managed by SANsymphony. Hosts automatically exploit alternate paths to the other running SANsymphony node with the mirrored copy to maintain end-to-end high availability. When taking a SANsymphony node down for a prolonged period, control of that node’s shareable back-end storage resources can be transferred to a standby node without disrupting applications. The standby node takes the place of the one undergoing maintenance to maintain active mirrored copies of data for high availability. In addition, the standby node ensures that the overall throughput and responsiveness of the system remains intact.
• Online Disk Expansion & Removal Disks can be added to a SANsymphony node to expand the configuration on line without any down time. Also, when using thin provisioned disks, if more storage is needed, you can increase the pool size, without affecting any host or any Virtual disks presented to those hosts. Disks may also be removed non-disruptively from a pool. Simply select the drive to be taken out of service then, in the background, SANsymphony migrates the blocks across the remaining drives in the pool. Once complete, the physical drive may be removed.
• LUN Security / Masking SANsymphony does not use LUN Masking technology. All FC or iSCSI ports connected to a node are discovered automatically. Once an FC port WWN or iSCSI IQN are discovered, and a host is registered, a Virtual disk may employ that port. Only those hosts that have been granted explicit access to a virtual disk can detect that the disk exists. Other hosts will not see it.
• Virtual / Physical Correlation (Troubleshooting) Within SANsymphony, each Virtual disk may be created from multiple physical resources (storage). SANsymphony provides detailed information about which physical pool the Virtual disk is created from and which ports are used to present the Virtual disks to the hosts.
• Automated Storage Tiering Sub-LUN migration: Dynamically promotes groups of most frequently accessed disk blocks (chunks) to fastest class of storage and demotes infrequently accessed chunks to lowest cost, slower tiers. Administrator can set tier preferences and override migration for special circumstances. Up to 15 tiers can be defined to distinguish between devices having different price/performance/capacity characteristics. Multiple devices are supported in each tier.
• Thin Provisioning Takes the guess work out of how much disk space to allocate to an application. Configure up to 1 PB virtual disks and SANsymphony takes care of allocating actual disk space as the demand for physical space increases from.
• Deduplication and Compression Post processing deduplication and compression may be selectively enabled for specific virtual disk pools. These processes reduce the space necessary to store data by eliminating duplicate blocks and compressing the single image, when possible.
• High-Speed Caching SANsymphony assigns configurable amounts of the memory (RAM) inside each server that it has been installed on (DataCore node) into a high-speed storage cache. Advanced caching techniques inherent in SANsymphony’s design accelerate the response time of concurrent reads and writes from multiple application servers to virtual disks on the storage area network. The performance enhancements come inexpensively, exploiting the low-cost memory of the commercial processor platforms on which SANsymphony runs. SANsymphony’s cache is closely analogous to that found in modern high-end storage subsystems. However, it operates across multiple storage devices. It resides between the operating system on the application server and the physical storage. Like caches found on storage subsystems it provides a variety of caching services noted below: Read-ahead: When a request for a block is satisfied, SANsymphony will automatically pre-fetch adjacent blocks into its cache on the principal that if “block X” is required, “blocks X+1 and X+2” will probably be requested shortly afterwards. Write-behind: Unless specifically told not to cache writes, SANsymphony will respond with “I/O complete” when a request is cached and mirrored to another node (multi-cast stable storage). It will flush (destage) the cached request to disk when convenient. Write-coalescing: One of the reasons that writes are not normally flushed immediately to the disk is to allow SANsymphony to better organize the sequence of writes and to concatenate writes from adjacent blocks into a single operation while the physical disks are busy. SANsymphony’s caching acceleration applies to all manufacturers’ storage devices configured throughout a Storage Area Network. The caching strategies implemented by SANsymphony have been thoroughly tested and proven effective on generation after generation of hardware-based storage controllers and JBODs.
• Random Write Accelerator Increased performance for workloads characterized by many random writes, such as frequently updated databases, ERP and OLTP systems, are possible by selecting the sequential storage option (random write accelerator) for virtual disks. The technique uses additional capacity to expedite the data transfers.
• Quality of Service (QoS) QoS parameters can be set for individual hosts or groups of hosts as well as groups of virtual disks. For streaming applications which burst data, it’s best to regulate the data transfer rate (MB/sec) to minimize their impact. For transaction-oriented applications (OLTP), limiting the IOPS makes most sense. Both parameters may be used simultaneously.
• Scripting SANsymphony commands may be issued programmatically rather than from the administrative console using an extensive library of PowerShell scripting commandlets. Essentially, any command available from the DataCore Console GUI may be scripted as well.
• Alerts and Notifications E-mail alerts and event logs provide clear notifications when the software detects unusual conditions including failure prediction notifications from S.M.A.R.T.–enabled storage. SNMP v1 queries and traps are also supported for interfacing to popular Systems Management and Systems Monitoring packages.
• Storage Profiles Set up relative priorities among Virtual disks by classifying their Storage Profile as Critical, High, Normal, Low, or Archive. SANsymphony functions like auto-tiering, remote replication and synchronous mirror recovery will give preferential treatment to higher priority volumes over less critical ones when resource contention exists. The storage profiles may be customized.
• Topologies: Central SANs & Hyperconverged Storage (Server SAN) SANsymphony may be configured on dedicated servers on the SAN to control external storage as a central SAN. The software may also be configured on physical and virtual machines to create converged systems from internal and direct-attached storage (DAS).
• Private, Hybrid & Public Cloud Extend the value of private, hybrid and public clouds through software-defined storage services provided by SANsymphony software. Access public cloud storage through Cloud Gateways and integrate directly with the OpenStack Cloud Operating System through Cinder block storage services.
• VMware Virtual Volume (VVols) Experience VVols functionality across existing and/ or all kinds of new storage. With VVols, vSphere administrators can ‘self-provision’ virtual volumes quickly from virtual storage pools without having to contact the storage administrator. They specify the capacity and class of service without having to know anything about the storage array that sits seamlessly beneath.

Course link

DEVOPS200.4x Azure Configuration Management for Containerized Delivery

Why to improve skills on this?

• Docker continues to grow at a fast pace and is positioning itself to be a catalyst that enables enterprises for the Fourth Industrial Revolution.
• DevOps allows organizations to create and improve products at a faster pace than they can with traditional software development approaches. And, it’s gaining popularity at a rapid rate by: Shorter Development Cycles - Faster Innovation, Reduced Deployment Failures, Rollbacks, and Time to Recover - Improved Communication and Collaboration - Increased Efficiencies - Reduced Costs and IT Headcount

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• CD/CI: continuous integration-continuous deployment. Smaller Code Changes, Fault Isolations, Faster Mean Time To Resolution (MTTR), More Test Reliability, Faster Release Rate, Smaller Backlog.
• Devops practices: Faster delivery of features, More stable operating environments, Improved communication and collaboration, More time to innovate (rather than fix/maintain).
• Create container images & Manage multiple containers using tools like Docker
• Set up a production cluster to host containers
• Deploy containerized applications to different orchestrators that are available in Azure Container Service (ACS) i.e. DC/OS, Docker swarm and Kubernetes
• How to scale up the clusters, manage data and set up monitoring to proactively keep track of the clusters health and its deployed applications.
• Create, monitor and manage a Service Fabric cluster.
• Manage and maintain Azure hosted clusters and containers in a better way.
• Deploy containerized applications to one of the available cluster container solutions, using continuous delivery pipelines.
• Manage these clusters in production scenarios.

Course content:

• Module 1 | Containerization
• What is Containerization
• Containers and Docker
• Linux and Windows Containers
• Where can you host containers?
• DevOps and Containers
• Continuous Delivery Pipeline and Containers
• Review Questions
• Practical Exercises
• Module 2 | Azure Container Services
• Introduction to Azure Container Services (ACS)
• Creating and configuring ACS clusters
• Running Multiple Containers
• Configuring monitoring and logging
• Scaling
• Deployment
• Review Questions
• Practical EXercises
• Module 3 | Service Fabric
• Introduction to Azure Service Fabric (ASF)
• Creating a Cluster
• Programming Models
• Configure monitoring and logging
• Scaling
• Deployment
• Dealing with Data
• Review Questions
• Practical Exercises
• Module 4 | Cross cutting concerns
• Introduction
• Patch Management
• Security Concerns
• Design for Failure
• Review Questions
• Practical Exercises
• Final Exam

Course link

Strategic Applications of IT Project & Program ManagementVERIFY CERTIFICATE

Why to improve skills on this?

• The Project Management Institute (PMI®) expects 22 million new project management job openings through 2027.
• Project managers are needed in a wide variety of industries. Although quite common in the IT field, project-oriented work is also common in all business services.
• Project managers are always learning. They must regularly refresh their knowledge of processes and structures, new markets, technology, products and services, and customers.

My certificates of achievement

VERIFY CERTIFICATE

Course content:

• Lesson 1: Project and Program Management in IT
• Poll: Project Manager in IT Completado
• Introduction and Learning Objectives Completado
• 1.1 Overview of Strategic Applications of IT Project and Program Management Completado
• 1.2 Project Management in IT Industries Completado
• 1.3 What Are Projects vs Programs?
• Exercise 1: Programs and Projects Completado Exercise Este contenido es calificable
• 1.4 Relationships between Projects and Programs Completado
• 1.5 What Does a Program Manager Do vs a Project Manager? Completado
• 1.6 Expert Interview: Project Manager
• 1.7 Expert Interview: Program Manager
• Exercise 2: Who Fulfills this Role? Completado Exercise Este contenido es calificable
• 1.8 Readings and Further Information Completado
• 1.9 Summary of Lesson 1 Completado
• Lesson 1 Quiz (20 Preguntas) CompletadoQuiz Este contenido es calificable
• Optional Forum: What's Different about Project Management for IT? Completado
• Lesson 2: IT Project Lifecycles and PM Frameworks
• Poll: Project Management Methodology in Your Organization Completado
• Lesson 2 Introduction and Learning Objectives Completado
• 2.1 Overview of IT Project Lifecycles Completado
• 2.2 Major Frameworks: Predictive, Iterative, and Agile Completado
• 2.3 Expert Interview: Using a Predictive Framework Completado
• 2.4 Agile: Philosophy and Principles
• 2.5 Agile: Methods and Practices
• Exercise 3: Selecting a Framework for an IT Project (1) Completado Exercise Este contenido es calificable
• Exercise 4: Selecting a Framework for an IT Project (2) Completado Exercise Este contenido es calificable
• Exercise 5: Customer Scenario Completado Exercise Este contenido es calificable
• 2.6 Readings and Other Information Completado
• 2.7 Summary of Lesson 2
• Lesson 2 Quiz (20 Preguntas) CompletadoQuiz Este contenido es calificable
• Optional Forum: Your Experience with PM Frameworks Completado
• Lesson 3: Organizational Strategy, Structure, and Culture
• Poll: What Is Your Organization's Structure? Completado
• Lesson 3 Introduction and Learning Objectives Completado
• 3.1 Organizational Strategy, Structure, and Culture
• 3.2 Definitions of Organizational Strategy, Structure, and Culture
• 3.3 Structure 1: Functional
• 3.4 Structure 2: Projectized
• 3.5 Structure 3: Matrix
• Exercise 6 Completado Exercise Este contenido es calificable
• Exercise 7 Completado Exercise Este contenido es calificable
• Exercise 8 Completado Exercise Este contenido es calificable
• 3.6 Expert Interview: Aligning Projects to Strategic Objectives
• 3.7 Readings and Further Information Completado
• 3.8 Summary of Lesson 3 Completado
• Lesson 3 Quiz (20 Preguntas) CompletadoQuiz Este contenido es calificable
• Optional Forum: How You Experience Your Organization's Structure Completado
• Lesson 4: Project and Program Management Roles in IT
• Poll: Roles You've Taken On Completado
• Lesson 4 Introduction and Learning Objectives Completado
• 4.1 Overview of Roles in PM & Role of the Sponsor
• 4.2 Project Manager and Scrum Master
• 4.3 Roles of Team Members
• 4.4 Expert Interview: Product Owner Role in Scrum Environment
• Exercise 9 Completado Exercise Este contenido es calificable
• Exercise 10 Completado Exercise Este contenido es calificable
• 4.5 Roles of Stakeholders and Customers
• 4.6 Readings and Further Information Completado
• 4.7 Summary of Lesson 4 and Course Completado
• Lesson 4 Quiz (20 Preguntas) CompletadoQuiz Este contenido es calificable
• Optional Forum: Managing Stakeholders in Predictive vs. Agile Environments Completado
• Course Wrap-up Completado

Course link

Portfolio Management, Governance, & the PMOVERIFY CERTIFICATE

Why to improve skills on this?

• The Project Management Institute (PMI®) expects 22 million new project management job openings through 2027.
• Project managers are needed in a wide variety of industries. Although quite common in the IT field, project-oriented work is also common in all business services.
• Project managers are always learning. They must regularly refresh their knowledge of processes and structures, new markets, technology, products and services, and customers.

My certificate of achievement

VERIFY CERTIFICATE

Course content:

• Lesson 1: Introduction to Portfolio Management and the PMO
• Poll: Portfolio Management in ITCompletado
• Lesson 1 Introduction and Learning ObjectivesCompletado
• 1.1 What Is a Portfolio and Portfolio Management?Completado
• 1.2 The Case for Portfolio ManagementCompletado
• 1.3 Defining, Aligning, Authorizing and Controlling a PortfolioCompletado
• 1.4 Aligning a Portfolio with Organizational StrategyCompletado
• 1.5 What Is the Role of the Portfolio Manager?
• 1.6 Change ManagementCompletado
• Exercise 1: What Kind of Change Management Was Needed?CompletadoExercise Este contenido es calificable
• 1.7 Expert Interview: Portfolio Manager, Part 1
• 1.8 Readings and Further InformationCompletado
• Lesson 1 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Optional Forum 1: Portfolio Management in ITCompletado
• Optional Forum 2: Change Management in Your Organization
• Lesson 2: Methods for Portfolio Implementation and Continuous Improvement
• Poll: How Are Projects Selected at Your Organization?Completado
• Lesson 2 Introduction and Learning Objectives
• 2.1 Methods for Portfolio Implementation and Continuous ImprovementCompletado
• 2.2 Key Artifacts for Portfolio ManagementCompletado
• 2.3 Synchronizing Portfolio Management Methods and Implementing a Portfolio Management Information System
• 2.4 Portfolio IntakeCompletado
• 2.5 Weighted Scoring ModelCompletado
• 2.6 Use of MetricsCompletado
• 2.7 Demonstration: DashboardsCompletado
• Exercise 2: Which Metrics Are Needed?CompletadoExercise Este contenido es calificable
• 2.8 Expert Interview: Portfolio Management Practices
• 2.9 Readings and Further InformationCompletado
• Lesson 2 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Optional Forum: Successes and Failures of Portfolio Management
• Lesson 3: The Project Management Office (PMO)
• Poll: The Project Management OfficeCompletado
• Lesson 3 Introduction and Learning ObjectivesCompletado
• 3.1 Introduction to the Project Management Office (PMO)
• 3.2 PMO ServicesCompletado
• 3.3 PMO Types in Relation to Control and InfluenceCompletado
• 3.4 Role of the PMO in an Organization
• Exercise 3: Which Framework to Start With?CompletadoExercise Este contenido es calificable
• 3.5 Expert Interview, Part 1: PMO Management, Strategic Alignment, and Metrics
• 3.6 Expert Interview, Part 2: PMO Methodologies and Practical Considerations
• 3.7 Expert Interview, Part 3: Coaching Stakeholders on Adding Resources
• 3.8 Expert Interview, Part 4: Benefits Realization
• 3.9 Readings and Further InformationCompletado
• Lesson 3 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Optional Forum: What Kind of PMO Is in Your Organization?Completado
• Lesson 4: Set-up, Maintenance, and Governance of a PMO
• PollCompletado
• Lesson 4 Introduction and Learning ObjectivesCompletado
• 4.1 Overview: Initiating and Maintaining a PMOCompletado
• 4.2 Overview: Governance of a PMOCompletado
• 4.3 Strategies for Setting up a PMOCompletado
• 4.4 Expert Interview, Part 1: Setting up a PMO
• 4.5 Expert Interview, Part 2: Maintaining a PMO
• 4.6 Expert Interview, Part 3: Closing a PMO
• 4.7 Governance
• Exercise 4: Who Has Ultimate Decision-making Authority?CompletadoExercise Este contenido es calificable
• 4.8 Expert Interview: Governance and Organizational Change Management
• Exercise 5: Benefits Realization in an IT ProjectCompletadoExercise Este contenido es calificable
• 4.9 Readings and Further InformationCompletado
• Lesson 4 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Optional Forum: Setting up, Maintaining or Closing a PMO
• Course Wrap-up

Course link

Leadership and Management for PM Practitioners in ITVERIFY CERTIFICATE

Why to improve skills on this?

• The Project Management Institute (PMI®) expects 22 million new project management job openings through 2027.
• Project managers are needed in a wide variety of industries. Although quite common in the IT field, project-oriented work is also common in all business services.
• Project managers are always learning. They must regularly refresh their knowledge of processes and structures, new markets, technology, products and services, and customers.

My certificate of achievement

VERIFY CERTIFICATE

Course content:

• Lesson 1: Team Development and Communication Strategies
• Poll: Project Team Location and DynamicsCompletado
• Lesson 1 Introduction and Learning Objectives
• 1.1 Overview of Team Development and Communication StrategiesCompletado
• 1.2 Tuckman Model of Team DevelopmentCompletado
• 1.3 Team Dynamics and Responsibilities in Agile Projects
• 1.4 Team Environment in Agile ProjectsCompletado
• 1.5 Distributed Teams vs. Co-Located Teams
• 1.6 Communication Strategies for Distributed vs. Co-Located Project TeamsCompletado
• 1.7 Conflict Resolution Strategies in Teams
• Exercise 1: Resolving Team ConflictCompletadoExercise Este contenido es calificable
• 1.8 Culture And NormsCompletado
• 1.9 Team Working AgreementsCompletado
• 1.10: Expert Interview, Part 1: Dealing with Team Conflict
• 1.11: Expert Interview, Part 2: Helping Teams Move Through Conflict
• 1.12: Expert Interview, Part 3: Distributed Team Challenges
• 1.13 Readings and Further InformationCompletado
• Optional Forum 1: Describe Your Team EnvironmentCompletado
• Optional Forum 2: Team Performance Successes and FailuresCompletado
• Lesson 1 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Lesson 2: Leading, Mentoring, and Coaching
• Poll: Who Has Guided You Along Your Career Path?Completado
• Lesson 2 Introduction and Learning ObjectivesCompletado
• 2.1 Overview of Leading, Mentoring, and Coaching
• 2.2 Principles Of Project LeadershipCompletado
• 2.3 Servant Leadership
• 2.4 Adaptive Leadership ModelCompletado
• Exercise 2: Leading a Good TeamCompletadoExercise Este contenido es calificable
• 2.5 Principles of Coaching and Mentoring Team Members
• 2.6 Approaches for Developing Project ManagersCompletado
• 2.7 Agile CoachingCompletado
• 2.8 Expert Interview: Coaching
• 2.9 Expert Interview: Mentoring
• 2.10 Readings and Further InformationCompletado
• Optional Forum: Inspiring LeadersCompletado
• Lesson 2 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Lesson 3: Competencies for IT Project Management
• Poll: Which Competencies Do You Need?Completado
• Lesson 3 Introduction and Learning Objectives
• 3.1 Introduction to PM CompetenciesCompletado
• 3.2 PM Talent TriangleCompletado
• 3.3 What Are Project, Program and Portfolio Management Competencies?Completado
• 3.4 Competencies of Distributed Team ManagementCompletado
• Exercise 3: Difficult Team Management ScenarioCompletadoExercise Este contenido es calificable
• 3.5 Tools for Self-assessmentCompletado
• 3.6 Demonstration: Using Self-assessment ToolsCompletado
• 3.7 PM CertificationsCompletado
• 3.8 Expert Interview, Part 1: What Competencies Does a Manager Track?
• 3.9 Expert Interview, Part 2: What a Hiring Manager Looks for in a PM
• 3.10 Readings and Further InformationCompletado
• Optional Forum: Interpreting and Applying Your Self-asssessment
• Optional Forum: Which Competencies Do You Need and Why?Completado
• Lesson 3 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Lesson 4: Plan for Developing Your Competencies in PM and Leadership
• Poll: Improving Your CompetenciesCompletado
• Lesson 4 Introduction and Learning ObjectivesCompletado
• 4.1 Introduction to PM Competency Development PlansCompletado
• 4.2 Creating a Competency Development PlanCompletado
• Exercise 4: Pursuing the Right Competencies for a Portfolio ManagerCompletadoExercise Este contenido es calificable
• 4.3 Review of Competency Development Steps
• Exercise 5: Improving Competence in a Project ManagerCompletadoExercise Este contenido es calificable
• 4.4 Expert Interview, Part 1: Tips on Planning Your Career in PM
• 4.5 Expert Interview, Part 2: How a Project Manager Got His Start
• 4.6 Expert Interview, Part 3: Advice on Career Development
• 4.7 Readings and Further InformationCompletado
• Optional Forum: Your Development PlanCompletado
• Lesson 4 Quiz (20 Preguntas)CompletadoQuiz Este contenido es calificable
• Course Wrap-up

Course link

DEVOPS200.2x Infraestructure as CodeVERIFY CERTIFICATE

Why to improve skills on this?

• By automating the provisioning of infrastructure we get faster time to production/market, Improved consistency—less ‘configuration drift’, Faster & more efficient development, Lower costs and improved ROI.
• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

My certificate of achievement

VERIFY CERTIFICATE

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• IaC: Infrastructure as Code (IaC) automates the provisioning of infrastructure, enabling your organization to develop, deploy, and scale cloud applications with greater speed, less risk, and reduced cost.
• DCS: It describes the state that target devices should be in, instead of containing instructions for achieving that state. Repeated deployments of a specific set of machines are much less error-prone.
• Azure Automation: Write runbooks, Build and deploy resources, Configure VMs, Retrieve inventory, Monitor, Protect and Govern.
• Chef: Enterprise dashboard and analytics tool enabling cross-team collaboration with actionable insights for configuration and compliance and an auditable history of changes to environments.
• Puppet: Open source configuration tool for Continuous delivery, Continuous compliance, Incident remediation & Configuration Management.
• Ansible: Redhat powerful IT automation engine that thousands of companies are using to drive complexity out of their environments and accelerate DevOps initiatives
• SaltStack: Hybrid cloud management, Vulnerability remediation, Network device automation, Automated systems maintenance.
• CD/CI: continuous integration-continuous deployment. Smaller Code Changes, Fault Isolations, Faster Mean Time To Resolution (MTTR), More Test Reliability, Faster Release Rate, Smaller Backlog
• Devops practices: Faster delivery of features, More stable operating environments, Improved communication and collaboration, More time to innovate (rather than fix/maintain).

Course content:

• Azure Automation
• Module 1 Learning Objectives Completado
• Infrastructure as Code and Automation
• Automation Accounts Completado
• Automation Security Completado
• Runbook Assets Completado
• Runbook Basics Completado
• PowerShell Workflows Completado
• Labs Completado
• Module Review Questions Completado
• Module 1 Summary
• Desired State Configuration (DSC)
• Module 2 Learning Objectives Completado
• DSC in DevOps Completado
• Automation DSC Completado
• Implementing Automation DSC Completado
• Labs Completado
• Module Review Questions Completado
• Module 2 Summary
• Azure Resource Manager Templates
• Module 3 Learning Objectives Completado
• Azure Resource Manager Templates Completado
• Implementing Azure Resource Manager Templates Completado
• Azure Resource Manager Templates and Visual Studio Completado
• Logging, Troubleshooting, and Diagnostics Completado
• Provisioning and Configuring Environments with Azure DevTest Labs
• Labs Completado
• Module Review Questions Completado
• Module 3 Summary
• Deploying and Managing Environments in Azure
• Module 4 Learning Objectives Completado
• IaaS, PaaS, and Containers in Azure Completado
• Configuration Management
• Chef, Puppet, and Ansible in Azure Completado
• SaltStack in Azure Completado
• Cost Tracking and Optimization Completado
• Labs Completado
• Module Review Questions Completado
• Module 4 Summary
• Final Exam
• Graded Final Exam (20 Preguntas) CompletadoFinal Exam Este contenido es calificable

Course link

Microsoft Project 2016 Advanced

Why to improve skills on this?

• Have the skills to forecast resource needs, predict bottlenecks early, manage resource utilization, and ensure timely delivery. Through Resource Engagements, be able to lock in and request resources to help ensure that all projects are properly staffed.
• Standardized process where management is fed with detailed business cases for easy review.
• Quickly overview all activities that are planned for a project through an easy to understand the timeline.

Key Skills adquired:

• Costos con Project 2016
• Programación y asignación de recursos.
• Visualización de las cargas de recursos.
• Redistribución de recursos automática.
• Resolución manual de sobreasignaciones.
• Seguimiento del proyecto.
• Actualización de la programación.
• Filtrar y ordenar información del proyecto.
• Proyecto principal y subproyectos.
• Sacar informes del proyecto.

Course content:

• Introducción de
• Introducción de costos fijos para una tarea.
• Agregar costos a los recursos.
• Introducir una nota de recurso.
• Programación y asignación de recursos con Project 2016
• Asignar recursos con Project 2016.
• Tipos de tareas según la programación.
• Programación condicionada por el esfuerzo.
• Visualización de las cargas de recursos con Project 2016
• Mostrar recursos sobre asignados
• Gráfico de recursos con Project 2016
• Vista Uso de tareas con Project 2016
• Vista Uso de recursos con Project 2016
• Redistribución de recursos automática con Project 2016
• Redistribución de todo el proyecto.
• Redistribución conforme al margen de demora.
• Redistribuir recursos con Project 2016.
• Revisión de la redistribución: vista Gantt.
• Resolución manual de sobreasignaciones con Project 2016
• Añadir horas extras.
• Ajustar el calendario de un recurso.
• Dividir una tarea con Project 2016.
• Seguimiento del proyecto con Project 2016
• Guardar la línea base con Project 2016.
• Visualización de la línea base del proyecto.
• Creación de planes provisionales.
• Borrar una línea base o un plan provisional.
• Actualización de la programación con Project 2016
• Actualizar el proyecto según la programación.
• Actualizar tareas con Project 2016.
• Actualizar el progreso de las tareas en la tabla Trabajo.
• Actualizar trabajo real y restante en una asignación.
• Fecha real de comienzo y finalización.
• Ver de forma gráfica el progreso de las tareas.
• Filtrar y ordenar información del proyecto con Project 2016
• Filtrar tareas en Project 2016.
• Project 2016 y el filtrado de recursos.
• Ordenar tareas y recursos en Project 2016.
• Resaltar tareas y recursos.
• Agrupar tareas o recursos con Project 2016.
• Importar y exportar datos a Excel con Project 2016
• Importar datos de Excel a Project 2016.
• Exportar datos de Project 2016 a Excel.
• Proyecto principal y subproyectos en Project 2016
• Insertar un subproyecto en un proyecto principal.
• Desvincular un subproyecto del proyecto principal.
• Crear un grupo de recursos.
• Abrir un grupo de recursos o un proyecto compartido.
• Sacar informes del proyecto con Project 2016
• Informe de Información general del proyecto.
• Otros informes útiles con Project 2016.
• Cambiar el aspecto de un informe con Project 2016.
• Despedida curso de Project 2016 Avanzado.

Course link

AZURE205x Azure storage

Why to improve skills on this?

• As per reports from Microsoft, over 1,000 new customers sign up to Azure daily. That’s 365,000 new companies adopting MS Azure every year!
• MS Azure is being used by over 57% of Fortune 500 companies.
• Through Azure, Microsoft’s commercial cloud revenue has increased by 104%, with an annual run rate of $6.3 billion in revenue.

My Github repos for this course:

• Azure storage
• Azure Integration & Security
• Azure Automation

Key Technologies adquired:

• Blob Storage: acronym which stands for binary large object. Blobs typically include large files that are unstructured, such as images, video, music files, backup files etc.
• Table Storage: semi-structured data in a key-value format in a NoSQL datastore. Azure table storage can store petabytes of data, can scale and is inexpensive. Table storage can be accessed using REST and some of the OData protocols or using the Storage Explorer tool.
• Queue Storage: allows you to decouple your components and have reliable asynchronous communication.
• Managed / Unmanaged disks
• Storage Analytics:
• Storage Explorer tool

Course content:

• Planning Azure Storage
• Azure Storage
• Storage Accounts
• Storage Access Tools
• Review Questions-Azure Storage
• Virtual Machine Storage
• Virtual Machine Storage Overview
• Virtual Machine Disks
• File Storage
• Review Questions-Virtual Machine Storage
• Unstructured Storage
• Unstructured Storage Overview
• Blob Storage
• Importing VHD Content
• Review Questions-Unstructured Data
• Structured Storage
• Structured Storage OverviewCompletado
• Table Storage
• Queue Storage
• Review Questions-Structured Data
• Securing and Managing Storage
• Securing Storage
• Backup
• Site Recovery
• Storage Analytics
• Review Questions-Managing Storage
• Course Completion
• Final Exam (20 Preguntas)Final Exam Este contenido es calificable
• Lab-GradedLab Este contenido es calificable
• Post Course Survey

Course link

Veeam Certified Engineer (VMCE)VERIFY CERTIFICATE

VEEAM ON: Success case 2017

Success case video

Why to improve skills on this?

• According Ponemon Institute’s 2019 Global State of Cybersecurity 60% had experienced a loss or theft of sensitive data in the previous 12 months.
• Q4 2019 Coveware study reported that the average downtime for businesses as a result of a ransomware attack was 16.2 days. Increase is due to more attacks hitting larger enterprises.
• According to Datto: “An hour of downtime costs $8,000 for a small company, $74,000 for a medium company and $700,000 for a large enterprise.” For large enterprises, this equates to around $11,600 per minute.

My certificate of achievement

VERIFY CERTIFICATE

Key Technologies adquired:

• RPO/RTO: Ensure both Recovery Time Objectives (RTOs) and Recovery Point Objectives (RPOs) are met.
• Disaster recovery: Effectively manage data availability in on-site, off-site, cloud and hybrid environments.
• Cloud & S3 repositories

Course content:

• Introduction
• Describe RTOs and RPOs, what they mean for your business, how to manage and monitor performance against them
• The 3-2-1 Rule and its importance in formulating a successful backup strategy
• Identify key Veeam Availability Suite components and describe their usage scenarios
• Building Backup Capabilities
• Backup methods, the appropriate use cases and impact on underlying file systems methods, such as BitLooker™ and Deduplication, to maximize environment performance
• Global Settings and their usage to prevent production performance bottlenecks, encrypt network traffic data and control network jurisdiction
• Restoring from Backup
• Identify and describe the different restore tools and their features. Ensure you have the confidence to use the correct restore tool at the right time
• Using Secure Restore to prevent the restoration of malware
• Disaster recovery from backup, respond accordingly to a variety of real-world recovery scenarios
• Backup Copy Jobs
• Simple vs Advanced Backup Copy Jobs, how to create and modify them using best practices to ensure efficient recovery
• Utilizing tape jobs, how to create and modify
• Replication
• Identify and describe the options available for replication, the use cases and impacts of using
• Create, modify and delete replication jobs, outline considerations to ensure success
• Failover
• Identify and describe in detail, failover features and the appropriate usage
• Develop, prepare and test failover plans to ensure recovery
• Disaster recovery from replica, respond accordingly to a variety of real-world recovery scenarios
• Advanced Repository Capabilities
• Ensure efficiency by being able to select appropriate transport modes while being aware of the impact of various backup functions on the infrastructure
• Ensure scalability by integrating off-site S3 storage
• Ensure compatibility with existing deduplication appliances
• Testing Backup and Replication
• Testing backups and replicas to ensure you can recover, what you need, when you need to
• Configure Veeam DataLabs™ and setup sandbox environments based on backup, replicas and storage snapshots
• Using Veeam DataLabs Staged Restore to manage and comply with General Data Protection Regulation (GDPR) legislation before releasing restores to production
• Veeam Backup Enterprise Manager
• Manage multiple Veeam Backup & Replication™ installations from a single web console, maintaining a view of your entire virtual environment, ensuring data protection of ROBO and Enterprise environments.
• Create user and group roles, delegate workloads whilst maintaining data control
• Enable encryption password loss protection, helping to restore encrypted data in case of lost or forgotten encryption passwords
• Veeam ONE
• Monitor your Virtual, Physical and Cloud environments with Veeam ONE™ and assess the different views available
• Configure Veeam ONE for your specific technical and business requirements, describe the alarm options available and how to customize their usage
• Set up, use and customize Veeam ONE Reporter, creating the reports and dashboards you require technically and for the business
• Support
• Locate, migrate or restore backup configuration
• Identify and locate appropriate support resources
• Troubleshooting methodology to identify, isolate and remediate support issues

Course link

ANOTHER COURSES

Devops Kubernetes deployment by KOPS and Terraform - Udemy - 2021

Key Skills improved: Kubernetes, AWS, Terraform, KOPS

Course link - My course practices at Github

Dockers - JGAITPro - 2020

Key Skills improved: Dockers, Dockerfile, Ubuntu

Course link - My course practices at Github

Scraping web automation based Python - Udemy - 2020

Key Skills improved: Python, Scraping, Selenium

Course link - My course practices at Github

SQL Server 2012 - LinkedIn Learning - 2015

Key Skills improved: Clausulas SQL, Transact SQL

Course link

SharePoint Server para Administradores - LinkedIn Learning - 2015

Key Skills improved: SharePoint, SQL server

Course link

Prestashop - LinkedIn Learning - 2015

Key Skills improved: Prestashop

Course link

HTML5 Avanzado - Codigo facilito - 2015

Key Skills improved: HTML5 APIS

Course link - My course practices at Github

Juego HTML5 - Codigo facilito - 2015

Key Skills improved: HTML5 APIS, POO, sprites PNG, librería Kinetic JS, Preload JS

Course link - My course practices at Github

PHP Curl Scrapping - Nacloud - 2015

Key Skills improved: CURL

My course practices at Github

Handelbars - LinkedIn Learning - 2015

Key Skills improved: Handelbars

Course link

My course practices at Github

SASS - Tutoriales Front-End - 2015

Key Skills improved: SASS, Scout

Course link

My course practices at Github

JQuery mobile - Manuel J. Dávila - 2015

Key Skills improved: Jquery

Course link

Web Fontend - Codigo facilito - 2014

Key Skills improved: SASS, JQuery templates, API GMaps, StellarJS, Scrollorama

Course link

Ruby on Rails - CEEI - 2014

Key Skills improved: Ruby

Course link

BUSCADORAJAX - tuwebonada - 2014

Key Skills improved: AJAX, PHP, MySQL

Course link - My course practices at Github

FirefoxOS v.3 - Miriadax -2014

Key Skills improved: Geolicalización, FirefoxApss, Localstorage

Course link

Javascript - Manuel J Davila - 2014

Key Skills improved: JavaSript

Course link - My course practices at Github

Creación y retoque de imágenes con software libre - Universidad Malaga - 2014

Key Skills improved: GIMP

Course link

Desarollo web agil Python Django - CEEI - 2014

Key Skills improved: Django, Python, SQLite

Course link - My course practices at Github

Jquery - Manuel J Davila - 2014

Key Skills improved: JQuery

Course link - My course practices at Github

JQuery AJAX para Consultas PHP - Luis F. Caceres - 2014

Key Skills improved: JQuery, AJAX, PHP

Course link

Windows Server 2012 - Capacity Academy - 2014

Key Skills improved: Windows Server

Course link

Estrategias de Marketing Online - Universidad Cardenal Herrera - 2014

Key Skills improved: SEO, SEM

Course link

Virtualizacion ESX - E2H - 2014

Key Skills improved: VMWare, ESX, vCenter, DRS, High Availavility, iSCSI

Course link

Virtualizacion ESX - Euskalcraft - 2014

Key Skills improved: VMWare, ESX, vCenter, DRS, High Availavility, iSCSI

Course link

Photoshop 960GS HTML5 CSS3 - FalconMasters - 2014

Key Skills improved: Photoshop, 960GS, SlideJS

Course link

Windows Server 2012 70-410 - CBT Nuggets - 2014

Key Skills improved: Windows Server

Course link

FirefoxOS v.2 - Miriadax - 2014

Key Skills improved: Geolicalización, FirefoxApss, Localstorage

Course link

CSS3 Completo - Tutoriales Front-end - 2014

Key Skills improved: CSS3

Course link - My course practices at Github

Curso2014 - zeuskx - 2014

Key Skills improved: PHP, AJAX, MySQL, JavaScript, JQuery

Course link - My course practices at Github

tuwebonada - 2014

Key Skills improved: HTML5, MySQL, JavaScript, JQuery

Course link

PHP - Manuel J. Dávila - 2014

Key Skills improved: PHP, Mercury Mail Server, SQLMAP

Course link

iDesweb - Universidad Alicante - 2013

iDESWEB

Key Skills improved: HTML, CSS, JavaScript, DOM, PHP

Course link

Jquery - VidaMMR -2013

Key Skills improved: Jquery

Course link

Web avanzada - zeuskx - 2013

Key Skills improved: PHP, MySQL, JavaScript, JQuery

Course link - My course practices at Github

Astersk VoIP - Capa3 - 2007 06

Key Skills improved: Asterisk, VoIP, PBX

ISA Server - Microsoft - 2007

Key Skills improved: ISA Server, Proxy Server

Planning, Implementing and Manteining Active Directory - Microsoft -2006

Key Skills improved: Active Directory, Windows Server.

Introduction to XML and .NET - Microsoft - 2006

Key Skills improved: XML, .NET, ASP

Programación en VB.NET - CAE.net - 2006

Key Skills improved: XML, .NET, ASP, SQL server.

Dirección y desarrollo de equipos de Trabajo - Edicurs - 2006

Key Skills improved: Team management

Administering Microsoft SQL Server Database - Microsoft - 2005

Key Skills improved: SQl Server

Master AS400 - Multisense (Barcelona) IBM Partner - 2004

Key Skills improved: AS400, iSeries, CL, DB2

Tecnico Superior en Administración de Sistemas Informáticos - 2003

Key Skills improved: Networking, C++

Tecnico Superior Sistemas Linux - 2002

Key Skills improved: Linux, Bash scripting, Networking, Routing