Robotics Exhibition at Hansraj College Delhi | Robotic Sir
event
Robotic Exhibition at Hansraj College
When
Where
Hansraj College, University of Delhi, New Delhi, Delhi
On March 28 and 29, 2025, Robotic Sir AI India Private Limited conducted a two-day Robotics Exhibition at Hansraj College, University of Delhi. The event showcased robotics projects and provided students with an opportunity to explore how Artificial Intelligence, software engineering, electronics, automation, product development, design, and business skills contribute to the wider robotics ecosystem.
A major focus of the discussions was career accessibility. Students from BCA, B.Sc, BBA, B.A., and other academic backgrounds explored different pathways into robotics and automation, including software development, embedded systems, computer vision, product management, technical sales, human-robot interaction, technical communication, and robotics operations.
Key takeaway: A career in robotics is not limited to one academic degree. Students can enter different parts of the robotics ecosystem by combining their existing academic strengths with practical technical, business, design, or engineering skills.
Event Highlights
The two-day exhibition combined robotics exposure with career-oriented discussions for students from diverse academic backgrounds.
Student robotics projects and innovation showcase
Robotics and AI career discussions
Career pathways for BCA and B.Sc students
Product and business opportunities for BBA students
Design, communication, and HRI opportunities for B.A. students
Discussion on software, embedded systems, computer vision, and automation
Practical guidance on building robotics portfolios
Robotics Careers Beyond a Traditional Engineering Degree
The event explored how modern robotics depends on a broad ecosystem of technical and non-technical disciplines.
A complete robotics product can require software developers, embedded engineers, computer vision specialists, product managers, designers, technical communicators, business development professionals, operations teams, and integration specialists.
Career Pathways for BCA Students
BCA students can build on their programming and software foundations to explore robotics software, computer vision, AI/ML, embedded programming, and robotic process automation.
Relevant technologies and skills discussed included Python, C++, ROS, OpenCV, microcontrollers, and software integration.
Key learning point: Programming skills can provide a strong foundation for robotics software and automation.
Application: Robot control, computer vision, embedded programming, and AI systems.
Result: BCA students gained a clearer view of how software skills can transfer into robotics.
Career Pathways for B.Sc Students
Students with backgrounds in Computer Science, Physics, Electronics, or Mathematics can explore hardware integration, electronics, testing, sensors, automation, and robotics systems.
Potential areas include PCB development, sensor integration, robotics testing, and applied mathematics for robotic systems.
Key learning point: Scientific and mathematical knowledge can be applied directly to physical robotic systems.
Application: Embedded hardware, sensors, electronics, testing, and robotics integration.
Result: B.Sc students were introduced to technical pathways connecting academic science with robotics.
Career Pathways for BBA Students
The exhibition highlighted the business and operational side of robotics. Robotics companies require professionals who can understand customers, manage products, coordinate operations, and support commercial deployment.
Potential career areas discussed included product management, technical sales, business development, robotics operations, and Robotics-as-a-Service.
Key learning point: Robotics is also a product and business ecosystem.
Application: Product strategy, B2B sales, deployment operations, and robotics services.
Result: BBA students could identify ways to combine business skills with technology knowledge.
Career Pathways for B.A. Students
Students from design, psychology, economics, mass communication, and related backgrounds can contribute to areas such as Human-Robot Interaction, UI/UX, technical communication, content strategy, policy, ethics, and technology communication.
Key learning point: Human factors and communication are important when developing and deploying robotic systems.
Application: Robot interfaces, user experience, documentation, communication, and technology policy.
Result: Students discovered that robotics careers can extend beyond traditional engineering roles.
Building Practical Robotics Skills
The event emphasised that academic qualifications can be strengthened through practical projects and demonstrable skills.
Software and Robotics Development
Students interested in technical robotics roles can build foundations in Python, C++, computer vision, microcontrollers, ROS, and system integration.
The session encouraged students to apply these skills through practical projects rather than relying exclusively on theoretical learning.
Application: Autonomous robots, computer vision, embedded systems, and robotic control.
Result: Students gained a clearer direction for developing technical portfolios.
Portfolio Projects
Students were encouraged to build two or more meaningful projects that demonstrate their ability to solve real problems.
Examples include obstacle-avoiding robots, AI-based vision systems, custom electronic boards, robotic arms, and autonomous systems.
Key learning point: A project portfolio can demonstrate practical capability to potential employers.
Application: GitHub repositories, technical documentation, demonstrations, and project presentations.
Result: Students received a practical framework for moving from learning to demonstrable experience.
Transitioning Into Robotics
The event presented a simple transition approach for students from non-traditional robotics backgrounds:
Develop foundational technical or domain-specific skills.
Build practical robotics or technology projects.
Document the projects and create a portfolio.
Apply for internships, entry-level positions, or relevant technology roles.
This approach allows students to build progressively instead of attempting to master the entire robotics field at once.
Event FAQ
Frequently asked questions
Answers about Robotic Exhibition at Hansraj College.
It was a two-day robotics exhibition held at Hansraj College, University of Delhi, on March 28 and 29, 2025. The event combined robotics exposure with discussions about careers in AI, automation, software, electronics, product development, and related fields.
Participants learned about different career pathways within the robotics ecosystem and how skills from computer applications, science, business, design, communication, and engineering can contribute to robotics and automation.
Yes. BCA students can use their programming background to explore robotics software, computer vision, AI/ML, embedded programming, ROS, and automation. Building practical projects and developing relevant technical skills can strengthen their transition into the field.
Yes. Depending on their specialisation, B.Sc students can explore areas such as electronics, embedded systems, sensor integration, testing, computer vision, mathematics, and robotics integration.
Yes. Robotics companies also require professionals in product management, business development, technical sales, operations, customer success, and Robotics-as-a-Service. A combination of business knowledge and technical understanding can be valuable in these roles.
Yes. Depending on their interests and additional skills, B.A. graduates can explore Human-Robot Interaction, UI/UX, technical communication, content, policy, ethics, and technology strategy.
It depends on the career path. Robotics engineering and areas such as kinematics, control systems, and computer vision can require mathematics, while product, design, communication, and business roles may require a different level of technical depth.
A practical approach is to learn relevant foundational skills, build two or more portfolio projects, document the work publicly, and seek internships or entry-level opportunities related to robotics and automation.
The exhibition was conducted by Robotic Sir AI India Private Limited (Robotic Sir).
The exhibition was held at Hansraj College, University of Delhi, Delhi, India.
Conclusion
The two-day Robotic Exhibition at Hansraj College demonstrated that the robotics industry is broader than traditional mechanical and electrical engineering roles. Students from computer applications, science, business, design, communication, and other academic backgrounds can contribute to different parts of the robotics ecosystem by developing relevant practical skills.
The event encouraged students to focus on continuous learning, portfolio development, experimentation, and the combination of their existing academic strengths with emerging technology skills.
