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.
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.
System Architects.
Software Engineers involved in system design.
Technical Leads and Project Managers.
IT Professionals aspiring to enhance their system design skills.
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.
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.
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.
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.
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.
