Hardware Engineer (STM32, Microcontrollers, PCB, Motor Drivers)
Week 1-2: Introduction to Robotics and Hardware Engineering
- Overview of robotics and its applications in various industries.
- Introduction to hardware engineering principles and best practices.
- Familiarization with PCB design and manufacturing processes.
Week 3-4: STM32F4 Microcontrollers and Board Bring-Up
- In-depth study of STM32F4 microcontrollers and their applications in robotics.
- Power Management and Energy Efficiency
- Principles of power management in robotics systems.
- Designing power-efficient circuits and optimizing energy consumption.
- Exploring power management ICs and their integration into hardware designs.
- Practical exercises on power management techniques for robotics applications.
Week 5-6: Sensor Technology for Robotics
- Understanding various types of sensors used in robotics.
- Integration of sensors with microcontrollers and hardware platforms.
Week 7-8: Motor Drivers and Actuators
- Fundamentals of motor drivers and their role in robotics systems.
- Selection and control of motor drivers based on motor types and specifications.
Week 9-10: Project Development and Integration
- Collaborative project development focusing on hardware design and integration.
- Applying the knowledge gained throughout the internship program.
- Testing, debugging, and optimizing the hardware components of the project.
- Documentation and presentation of the project outcomes.