Embedded C:
- Fundamentals of Embedded C programming.
- Writing efficient and optimized code for embedded systems.
- Understanding memory management in embedded environments.
- Debugging techniques for Embedded C programs.
Microcontrollers:
- In-depth knowledge of microcontroller architectures.
- Programming microcontrollers for various applications.
- Interfacing sensors, actuators, and other peripherals.
- Real-world projects to reinforce microcontroller programming skills.
MATLAB, Simulink, Stateflow, and Targetlink:
- Introduction to MATLAB for numerical analysis and algorithm development.
- Simulink for modeling and simulation of various systems.
- Stateflow for modeling and design of control logic.
- Implementing models using Targetlink for efficient code generation.
- AUTOSAR compatible code generation
ASPICE Process Overview:
- Understanding the Automotive SPICE (ASPICE) framework.
- Overview of the key process areas and their interdependencies.
- Implementing ASPICE in the development lifecycle.
- Achieving compliance with ASPICE standards.
Requirement Writing:
- Principles of writing clear, concise, and unambiguous requirements.
- Importance of traceability and linking requirements to design.
- Hands-on exercises in creating effective requirements documents.
- Reviewing and validating requirements with stakeholders.
Detailed Design Creation:
- Translating requirements into detailed design specifications.
- Design principles for scalability, modularity, and maintainability.
- Using design tools and methodologies for creating comprehensive designs.
- Peer review and validation of detailed design artifacts.
Test Cases:
- Crafting effective test cases from requirements and design.
- Techniques for designing comprehensive test scenarios.
- Executing test cases and capturing test results.
- Test automation principles for efficiency and repeatability.