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 High Level and Low Level System Design B2224 QR Code
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High Level and Low Level System Design

Overview:

Introduction:

This training program provides participants with essential knowledge and skills in System Design, covering both High-Level and Low-Level design approaches. It empowers them to understand the principles, methodologies, and practical applications of designing systems at different abstraction levels.

Program Objectives:

At the end of this program, participants will be able to:

  • Understand the concepts and principles of High-Level and Low-Level System Design.

  • Apply structured approaches to translate requirements into system architecture.

  • Implement best practices in designing scalable, reliable, and efficient systems.

  • Evaluate and optimize system designs based on performance, security, and maintainability criteria.

Targeted Audience:

  • System Architects.

  • Software Engineers involved in system design.

  • Technical Leads and Project Managers.

  • IT Professionals aspiring to enhance their system design skills.

Program Outline:

Unit 1:

Introduction to System Design:

  • Overview of System Design principles.

  • Importance of system architecture in software development.

  • Differences between High-Level and Low-Level design.

  • Design considerations: scalability, reliability, performance.

  • Integration of system design with development lifecycle.

Unit 2:

High-Level System Design:

  • Requirements gathering and analysis.

  • Architectural patterns and design paradigms.

  • Designing system components and interactions.

  • Designing for modularity and reusability.

  • Case studies on scalable system architectures.

Unit 3:

Low-Level System Design:

  • Detailed design of system components.

  • Class and sequence diagrams.

  • Data modeling and database design considerations.

  • API design and integration points.

  • Designing for security and data privacy.

Unit 4:

Performance and Optimization in System Design:

  • Performance metrics and benchmarks.

  • Techniques for optimizing system performance.

  • Load balancing and scalability strategies.

  • Caching mechanisms and database performance tuning.

  • Continuous improvement and optimization frameworks.

Unit 5:

Evaluating and Documenting System Designs:

  • Design review processes and methodologies.

  • Documentation standards for High-Level and Low-Level designs.

  • Tools for documenting system architectures (UML tools).

  • Communicating designs to stakeholders and development teams.

  • Best practices for maintaining design documentation.

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