1668A, 14th Main Rd, Sector 7, HSR Layout, Bengaluru, Karnataka 560102
+91 99459 30733 (9am - 6pm IST, Tuesday - Sunday)
The Robotics Masters Program by Roboprenr is a comprehensive, hands-on training designed to transform learners into industry-ready robotics engineers. The program takes participants from foundational electronics and programming concepts to advanced robotics, embedded systems development, and Robot Operating System (ROS2) simulations.
Over a 3-month intensive learning journey (72 immersive hours), students will work on real-world projects, gaining practical expertise with industry-standard platforms such as Arduino, STM32, and ROS2. By building and programming intelligent robots, learners develop both the technical depth and applied problem-solving skills demanded by the robotics industry.
Following the core technical training, participants will undergo an additional 3 months of soft skills development and job-oriented preparation (2 hours per week), focusing on communication, teamwork, and interview readiness to boost employability.
In parallel, learners will also gain industry exposure through a structured internship (4 hours per week for 3 months), ensuring hands-on workplace experience alongside guided mentorship.
By the end of the program, graduates will be equipped with the technical expertise, professional skills, and practical industry exposure required to confidently pursue rewarding careers in robotics and embedded systems.
Introduction to microcontrollers and Arduino IDE
Motor control with transistors and H-bridge logic
Safety circuits: Variable power supply and AC line tester
Fundamentals of Arduino programming (LEDs, buttons, PWM)
Working with sensors (LDR, IR) and LCDs
Mini projects including LED chasers, dice, and automation systems
Build 8 types of robots: obstacle avoider, line follower, wall follower, and more
Interface IR sensors, light sensors, and Bluetooth modules
Real-world automation and security mini projects
Deep dive into ARM Cortex-M4 and STM32 microcontroller architecture
GPIO programming, driver development, and keypad interfacing
Develop embedded applications like burglar alarms using STM32
Learn ROS2 architecture: nodes, topics, parameters, actions
Practice with publisher/subscriber models and parameter tuning
Visualize sensor data using RViz, rosbag, and other ROS2 tools
Simulate robots in Gazebo with ROS2 integration
Add sensors, model robots, and control them in virtual environments
Final project: Build, present, and demo a complete robotic system
Communication skills for technical professionals
Resume building & portfolio development
Mock interviews & aptitude preparation
Industry case studies and teamwork exercises
One or two industry-level internship projects with guided mentorship
Apply robotics and embedded systems skills in real-world scenarios