CADD Centre Chennai

Best in Class Training

F1 Motorspace Engineering and Race Car development

Build a strong foundation in Real-Time Operating Systems (RTOS) concepts
Master task creation, scheduling techniques, and context switching
Explore inter-task communication and synchronization methods
Gain hands-on experience with FreeRTOS on STM32 ARM-based boards
Learn to debug, analyze, and optimize real-time embedded applications

What You Will Learn

Fundamentals of F1 Race Car Design & Development
Aerodynamics & Downforce Optimization
Vehicle Dynamics & Performance Engineering
Introduction to Race Car Simulation Tools
Materials & Lightweight Structural Engineering
Real-world insights into Motorsport Engineering Workflows

Learning Obejective

Develop a clear understanding of RTOS architecture and task management principles
Implement task scheduling techniques (preemptive & cooperative) with effective prioritization
Utilize queues, semaphores, and mutexes for efficient inter-task communication
Design and manage timers and Interrupt Service Routines (ISRs) within an RTOS framework
Integrate peripheral drivers such as GPIO, UART, and ADC in a real-time environment
Build, deploy, and validate real-time applications on STM32 development boards

Real world -Applications

Real-Time Data Acquisition and Control Systems
Smart IoT Node with Concurrent Sensor Tasks
Motor Control and Speed Regulation with RTOS Scheduling
Industrial Automation and Embedded Monitoring Systems
Task-Based System Design for Robotics and Drones

Tools & Technologies

STM32CubeIDE
FreeRTOS
ARM Cortex-M Series
Segger System View