Nikith URSPresident
/ Why we exist
Curiosity needs room to grow.
Innovation begins when someone is encouraged to ask, “What if?” The club gives students a place to explore emerging technology, learn by trying, and turn questions into thoughtful projects.
Students from different academic backgrounds bring their perspectives to the same table. They investigate a real need, share what they know, and test a practical response—learning as much from the process as from the final result.
We make a first version, listen to what it teaches us, and improve. That cycle makes room for ideas to become skills, confidence, and useful work.
CuriosityCollaborationUseful ideas
What we do
Explore. Connect. Create.
The club blends hands-on learning with opportunities to meet people working across technology and engineering. Members move from an initial question toward something they can demonstrate, discuss, and improve.
Explore with purpose
Look closely at a technical challenge, research how it works, and consider more than one way forward.
Connect across fields
Share skills and perspectives through workshops, seminars, demonstrations, and conversations with practitioners.
Create and share
Prototype, test, refine, and present projects that show how technology can answer practical needs.
From question to prototype
Good work grows through trying.
An idea does not have to arrive fully formed. Members begin by noticing a problem or possibility, then break it into questions they can investigate together.
A first sketch can lead to a small experiment. A test can uncover a better approach. As students work, they practise explaining their choices, listening to feedback, and making changes with a clear purpose.
That process makes a project more than a finished object: it becomes a shared record of what the team learned and what they can attempt next.
NoticeSketchPrototypeImprove
Current project · 2026–27
A campus need becomes a working idea.
AICCR—the Autonomous Interactive Campus Cleaning Robot—brings robotics, mechanical design, electronics, and automation into one student project. It asks how an autonomous platform can help address a familiar campus challenge.
The team has taken the idea through design, prototyping, demonstration, and iteration. A motor-driven platform and cleaning mechanism make AICCR a practical way to explore how individual engineering decisions work together.
Move with purpose
Explore how a robot can navigate shared campus spaces.
Design the mechanism
Bring the roller brush and waste-collection concept into a working platform.
Demonstrate and refine
Observe how the prototype performs, learn from the demonstration, and improve the next version.
The people behind the making
Meet the core team.
A small team helps bring ideas, events, and student projects together. Each role supports the community’s work in a different way.
Recent events
Ideas, shared in the room.
A few moments from the club’s 2026–27 demonstrations and events. Select a photo to open its full-size version.
Get involved
Have an idea? Make it real.
Join students who learn by exploring, collaborating, and building together. Bring a question, an interest, or a first idea. You do not need a finished project to begin—just the willingness to take part and learn with others.
Quick answers
A few things you may be wondering.
Need a direct contact? The club’s contact list is on the Contact page.
What is the Innovation Club?
It is a student community where ideas move into hands-on work: members explore a question, build something to investigate it, and share what they learn through projects and events.
Who can join the club?
Students from any discipline who want to explore, make, and learn alongside others can apply. Different interests are useful because projects need more than one way of thinking.
What kind of projects does the club work on?
We focus on practical automation and creating useful things from the ground up. AICCR—the Autonomous Interactive Campus Cleaning Robot—is one example: a working robot developed around a real campus need through design, mechanisms, and testing.
How do I join?
Send your interest through the Apply to Join form. If you want to speak with the club first, open the Contact page.
Where can I find the club’s contact details?
The club’s contact list is on the Contact page.
Where can I see upcoming events?
Visit the Events page for the current club calendar and project activities.