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Meet Aero Nova

Bridging Classroom Learning with Practical Innovation

Bridging the gap between classroom learning and real-world engineering applications through student-led projects, research, ethics, and collaboration.

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40+
active members
5+
diverse teams
2+
Partners
"Bridging the gap between learning and building is where innovation begins; because engineering is not just understanding how things work, but having the courage to build what comes next."
— founding circle, Aero Nova
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Aerospace Engineering Students
Aerospace Innovation
Student Collaboration
About Aero Nova

Bridging Knowledge and Engineering Innovation

Aero Nova Research & Innovation Hub is a thought-led engineering student hub at the Technical University of Kenya, passionate about applying classroom knowledge to real-world engineering systems.We exist to foster a culture of innovation and excellence in engineering education and practice by providing a platform for students to explore, experiment, and innovate.

Our Mission

To bridge the gap between academic knowledge and real-world engineering applications, fostering a culture of innovation and excellence.

Our Vision

To empower the next generation of engineering innovators by building a collaborative hub of learning and experimentation.

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What we do

Four pillars.
One mission.

We turn engineering knowledge into practical skills, bold ideas, and meaningful impact.

Our focus

Upskilling

We equip members with hands-on expertise in design software, AI, machine learning, programming, and engineering tools so they can confidently apply what they learn.

Technical skillsHands-on learningEngineering tools
Explore upskilling
Research & Innovation

Explore the engineering work our members are developing through research, design, and practical build sessions.

All projects
01
IndividualComputer Aided Engineering

Detailed Gas Turbine Engine CAD Model

A detailed CAD model of a gas turbine engine, including all major components and their interactions designed using the software Parametric Creo.

Detailed Gas Turbine Engine CAD Model
02
GroupDrone and Autonomous Vehicle Engineering

Arduino-Based Drone Collision Avoidance System in TinkerCad

An Arduino-based collision avoidance system for drones, implemented and tested in TinkerCad to simulate safe autonomous navigation.

Arduino-based drone collision avoidance system
03
IndividualAAM Urban Spatial Planning

Proposed Medical Drone Corridor (Conceptual Design)

Conceptual design and simulation of a proposed medical drone corridor connecting Kenyatta National Hospital(KNH) and Nairobi CBD Clinics.

Proposed medical drone corridor conceptual design
On the calendar

Meet us at the next event

Join our weekly project presentations to share ideas, learn from ongoing work, and meet the Aero Nova community.

All events
Aero Nova members collaborating on engineering projects
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Weekly session

Project Presentations

Our teams share progress on aerospace projects, including Aerotrek fuel systems, Cessna avionics, and CubeSat feasibility.

  • Every Friday
  • 4:00 pm
  • Online
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FRI Every week
Upcoming

Join the next session

Friday at 4:00 pm · Online

Project spotlight

Research in progress

Aerotrek fuel systems, Cessna avionics, and CubeSat feasibility.

News

Latest Blog

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Be part of the journey

Help build what comes next.

Your support helps turn student ideas into hands-on research, practical projects, and new opportunities. Contribute through a donation or join the hub and build with us.

Fuel student-led engineering

Make a contribution

Help provide the tools, materials, and learning experiences that move our shared work forward. Every contribution supports the hub’s activities.

Explore ways to donate