DASA Platform Engineering | Certification Exam Bundle. – New Course Offer

About DASA Platform Engineering:

The Platform Engineering Certification Program is an intensive Instructor-Led Training designed to transform stakeholders into champions of Platform Engineering, enabling them to clearly articulate its value.

Platform Engineering is crucial for driving innovation and operational efficiency in today’s fast-paced and technologically driven landscape. By providing a robust and scalable foundation, Platform Engineering streamlines development, deployment, and operations processes through standardized tools and automation, enabling teams to deliver high-quality software faster and more reliably, with reduced errors and cost savings. It ensures compliance with security and governance standards, reducing risks and fostering a secure environment.

DASA Platform Engineering aligns diverse stakeholders, balancing business objectives with technical requirements, and empowering developers with the tools and frameworks they need to excel. This scalability and flexibility enable seamless adaptation to market changes through cloud computing and microservices. Enhanced reliability and stability are achieved with proactive monitoring and automated recovery, minimizing downtime and boosting customer satisfaction. Additionally, cost optimization is realized through efficient resource use and cloud-native technologies, reducing infrastructure expenses.

Ultimately, Platform Engineering transforms how organizations build and deploy applications, leading to sustained growth, rapid innovation, and a competitive advantage by allowing businesses to swiftly respond to customer needs and stay ahead of the competition.

Information of DASA Platform Engineering:

DASA Platform Engineering is an intensive Instructor-Led Training designed to transform stakeholders into champions of Platform Engineering, enabling them to clearly articulate its value. This program aligns the platform vision with organizational goals, emphasizing the importance of treating the platform as a product, and designing an exceptional developer experience with a customer-centric approach. Participants will learn how to build reliable, scalable, and efficient systems that contribute to organizational success. Additionally, the program establishes the rationale and methodology for thinking beyond-the-build, focusing on the entire lifecycle of the platform from inception to continuous improvement. Through this comprehensive certification, participants will be equipped to drive sustained growth, rapid innovation, and a competitive edge for their organizations.

Target Audience:

• Leaders/Sponsor
• Stakeholders of Platform Development
• Platform Engineers
• Development Team

Learning Objectives of DASA Platform Engineering:

• Articulate the importance and requirements of Platform Engineering.
• Examine the relationship between DevOps and Platform Engineering.
• Align the Platform Engineering strategies with business vision and goals.
• Leverage your platform to promote and accelerate a cultural shifts to ensure successful evolution of your DevOps transformation of platform engineering in your organization.
• Treat platform as a product Develop a strategy for building the right developer experience.
• Create a strategy to use Infrastructure as code (IaC) in Platform Engineering.
• Illustrate how CI/CD is simplified with Platform Engineering.
• Explain the role of containerization in context of Platform Engineering.
• Comprehend best practices for monitoring, alerting, and incident response.
• Devise a plan for platform beyond the build.

Module 0: Welcome Module 

• Introduction to the Program
• Setting the Context

Module 1: Deciphering Platform Engineering 

• What is Platform Engineering?
• Role of Platform Engineering in an organization
• Benefits of Platform Engineering
• Principles of Platform Engineering
• Skills required for Platform Engineering

Module 2: Relationship between DevOps and Platform Engineering 

• Resolving DevOps anti-types through Platform Engineering
• Setting up Platform Engineering as per Team Topologies
• Role of DevOps Concepts and Platform Engineering
• SRE
• DevSecOps
• Scalability
• Automation
• CI/CD

Module 3: Stakeholder Management in Platform Engineering 

• Aligning vision for Platform Engineering
• Key players in Platform Engineering
• Role of Leadership in Platform Engineering
• Garnering Stakeholder support in Platform Engineering

Module 4: Accelerating DevOps Culture with Platform Engineering 

• Breaking the silos
• Diversity, Inclusion and Shared Responsibility
• Empowerment and Ownership
• Agility, Reliability, Innovation and Long-Term Thinking
• Customer Centricity

Module 5: Platform as Product 

• Requirement for Platform as a Product
• Customer Development Method
• MVP in Platform Engineering
• Platform Backlog and Prioritization Strategies
• Incorporating Continuous Improvement
• Evangelizing your Platform

Module 6: Building Developer Experience 

• Elements of DX
• Customer Journey and DX
• Strategy for building DX
• Continuous Improvement for DX

Module 7: Infrastructure as Code in Platform Engineering 

• Importance of IaC
• Advanced Concepts of IaC
• Modularity
• State Sharing
• Abstraction
• Infra Escort Pattern
• Dynamic Configuration
• Environment Management
• Immutable Infrastructure
• Tools for Infrastructure as Code Multiple tools – Terraform, Pulumi etc
• Using the Tools for Deployment and Configuration

Module 8: CI/CD in Platform Engineering

• Importance of CI/CD for Platform Engineering
• Development & Deployment
• Automation
• Scalability
• Maintenance
• Resilience
• Monitoring and Observability
• Strategy for Implementing CI/CD for the platform
• Business Strategy
• Tools for CI/CD

Module 9: Role of Containerization in Platform Engineering 

• Containerization and IaC
• Containerization and Microservice Architecture
• Containerization and CI/CD pipeline

Module 10: Monitoring, Logging, and Incident Response 

• Best practices for Monitoring and Logging
• Set up effective Alerting and Monitoring Solutions
• Incident Response and Troubleshooting Strategies

Module 11: Platform Engineering beyond Design & Development 

• Design considerations for Innovation & Scalability
• Design for Phase-wise Implementation
• Design for Flexibility & Scalability
• Design for Innovation after adoption
• Changing Landscape of Technology and Platform Engineering
• Working with Development Team for Platform Improvement