Advanced Certification Program in Embedded Systems for Electric Vehicle Engineering

This program provides in-depth knowledge and hands-on expertise in embedded systems for EV engineering. It covers power electronics, embedded C, microcontrollers, Arduino, and ARM Cortex development, culminating in real-world projects that enhance understanding of battery management and system monitoring in EV applications. Designed for professionals and freshers, this course bridges theoretical concepts with practical applications in the growing EV sector.

Hardware & Software Required

Hardware: A computer with internet access for accessing course materials, videos, and conducting research.

Software: None

DIY Projects Included

Battery Monitoring System
- Objective: Measure and display the voltage of a simulated battery pack.
- Outcome: A fully functional monitoring system interfacing with the STM32 microcontroller, voltage detection sensor, and LCD display for real-time battery voltage monitoring.
Current Monitoring System
- Objective: Measure and display the current drawn by a simulated EV motor.
- Outcome: A system utilizing the STM32 microcontroller and current sensor to measure and display real-time current consumption on an LCD display.
Energy Consumption Display
- Objective: Calculate and display the energy consumption of a simulated EV system.
- Outcome: An integrated system that calculates and displays energy usage using voltage and current sensors, enhancing energy efficiency understanding.
Battery Overcurrent Protection
- Objective: Detect and respond to overcurrent situations in a simulated battery system.
- Outcome: A protection mechanism with visual and audible alerts using LEDs and buzzers, ensuring safety and reliability in battery management.

Course Benefits

For Professionals:

Enhance proficiency in advanced embedded systems.
Learn real-time systems integration for EV applications.
Develop expertise in debugging and firmware development.
Gain hands-on experience with ARM Cortex programming.
Prepare for leadership roles in embedded system development for EVs.

For Freshers:

Build foundational knowledge of embedded systems for EVs.
Gain practical experience in microcontroller programming and circuit design.
Learn to troubleshoot and debug embedded systems.
Understand the role of real-time systems in EV applications.
Acquire industry-relevant skills for a career in EV engineering.

Technical expertise you will gain

Understanding embedded systems and microcontroller architectures.
Proficiency in Embedded C programming for EV applications.
Expertise in ARM Cortex-M processor programming and integration.
Hands-on experience with circuit design and simulation tools like Proteus.
Skills in debugging and troubleshooting embedded hardware and software.
Knowledge of real-time operating systems and their implementation.
Ability to design and test battery management systems.
Integration of sensors and actuators in EV systems.
Understanding high-voltage safety protocols.
Practical knowledge of energy consumption and monitoring in EVs

Key Job Areas

Job Roles

Skill Sets

Key Job Areas

Job Roles

Skill Sets

Who can take this course?

This course is suitable for individuals who have a foundational understanding of automotive engineering, electrical engineering, or a related field.

Freshers
Professionals