The Department of Computer Science and Engineering, in collaboration with Hack Boats, successfully organized a 3-Day Hands-on Induction Workshop on Robotics & Artificial Intelligence from 30th March to 1st April 2026.
This immersive workshop was designed to bridge the gap between theory and practice, giving students an exciting opportunity to explore the world of robotics, sensors, and artificial intelligence through hands-on learning and real-time applications.
Inspiring Innovation Through Practical Learning
The primary goal of the workshop was to ignite curiosity and build an engineering mindset among students. Through interactive sessions and guided activities, participants were introduced to:
- Fundamentals of Robotics and Artificial Intelligence
- Hands-on experience with sensors and programming
- Real-world problem-solving approaches
- Opportunities in projects, research, and innovation
The workshop created a dynamic learning environment where students actively engaged, experimented, and innovated.
A Three-Day Transformational Journey
🔹 Day 1: Laying the Foundation
The workshop began with an introduction to the Centre of Excellence (CoE) in Robotics & AI, setting the stage for an exciting journey ahead. Students explored:
- Basics and applications of robotics
- Design thinking and innovation strategies
- Overview of hardware components such as sensors, motors, and controllers
This session helped students understand how robotics is shaping modern industries.
🔹 Day 2: Building the Future
Day two focused on hands-on development, where learning truly came alive:
- Understanding and interfacing different types of sensors
- Basics of robotics programming
- Development of a robotic rover through hardware and software integration
- Testing and debugging techniques
Students worked collaboratively, gaining confidence as they brought their robotic systems to life.
🔹 Day 3: Performance & Competition
The final day was all about refinement, performance, and excitement:
- Motor control techniques (PWM, speed, and direction control)
- System optimization and performance tuning
- A thrilling Robo Race Competition, showcasing students’ creations
- Evaluation, feedback, and insights into advanced CoE opportunities
The Robo Race added a competitive spirit, making learning both fun and memorable.
Guidance from Industry Experts
The sessions were led by experienced professionals from Hack Boats, who shared valuable insights into real-world robotics applications and industry practices, enriching the overall learning experience.
Active Participation & Team Spirit
Students from VJIT enthusiastically participated in the workshop, working in teams to design and build robotic systems. The collaborative environment encouraged:
- Teamwork and peer learning
- Creative problem-solving
- Innovation-driven thinking
Key Outcomes
By the end of the workshop, participants achieved significant learning milestones:
- Gained practical exposure to robotics and AI concepts
- Developed skills in sensor interfacing and programming
- Successfully built and tested a robotic rover
- Enhanced debugging, teamwork, and analytical skills
- Explored opportunities in projects, internships, and research
Workshop Highlights
- Interactive and engaging hands-on sessions
- Real-time robot development and testing
- Exciting and competitive Robo Race
- High levels of student participation and enthusiasm
Student Feedback
The workshop received overwhelmingly positive feedback from participants. Students appreciated the practical learning approach, industry exposure, and interactive sessions, which helped them better understand the real-world applications of robotics and AI.
Conclusion
The workshop was a grand success, achieving its objective of providing practical knowledge and industry exposure. It laid a strong foundation for students to explore advanced domains in Robotics, Artificial Intelligence, and emerging technologies.
The Department looks forward to organizing more such initiatives that inspire innovation and prepare students to become future-ready engineers.
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