Embedded System Design & Debugging
Internship Overview
This internship is specially designed for Electronics and Electrical Engineering students who want to develop practical skills in embedded system design and debugging. Participants will learn microcontroller fundamentals, interfacing techniques, and embedded C programming. The program covers system architecture, peripheral integration, real-time debugging methods, and troubleshooting strategies. Students will gain hands-on experience with development boards and debugging tools to analyze and fix system-level issues. Through assignments and mini-projects, learners will understand real-world embedded workflows. By the end of the internship, participants will be able to design, test, and debug basic embedded systems effectively.
Internship Objective
- Design embedded hardware systems
- Debug embedded programs
- Optimize performance
- Use development tools
Brief Description
- MODULE-1: Embedded Hardware Design
Students learn circuit design for embedded systems including power supply and microcontroller connections. - MODULE-2: Debugging Techniques
Focuses on debugging tools and error analysis. - MODULE-3: Performance Optimization
Students learn memory and speed optimization techniques. - MODULE-4: System Integration Project
Students design complete embedded system.
Eligibility Criteria
Internship Outcome
Students will gain skills in embedded system design and debugging. They will be able to develop efficient systems and troubleshoot errors. This course prepares students for industry roles in embedded product development and hardware design
