Solartronics

Design. Fabricate. Innovate.

Solartronics is a student-led semiconductor manufacturing initiative where undergraduate students design, fabricate, and test real semiconductor devices while developing the next generation of solar-powered electronics.

VIP ChallENG research goals

Build the future of solar electronics by integrating photovoltaics with semiconductor devices to create smarter, more capable energy systems.
Train future semiconductor engineers through hands-on experience in device design, fabrication, characterisation, and testing.
Make semiconductor prototyping accessible so students can transform their own ideas into working devices.

ChallENG Area

Vertically Integrated Projects

Research Areas

Silicon photovoltaics
Low-power circuits and wireless transmitters
Low power IoT systems
Electrical circuit design
Device encapsulation

United Nations Sustainable Development Goals

Ensure access to affordable and sustainable energy (SDG 7)
Build resilient infrastructure and foster innovation (SDG 9)

What you'll work on
Desired skills
Why join Solartronics?

Designing semiconductor devices, including solar cells, diodes, MOSFETs, BJTs, and integrated circuits.
Developing new semiconductor fabrication processes.
Exploring semiconductor manufacturing beyond conventional cleanrooms.
Creating smart photovoltaic systems with integrated power management.
Building self-powered electronic devices and energy-harvesting systems.
Developing miniaturised sensors for environmental monitoring and precision measurement.
Turning innovative concepts into fabricated and tested prototypes.

Electrical Engineering & Telecommunications
Photovoltaic & Renewable Energy
Chemical Engineering
Physics
Chemistry
Medicine
Computer Science & Engineering
Biomedical Engineering

Credit: ✔ 6 UoC per course HOW IT WORKS

Gain hands-on semiconductor fabrication experience rarely available to undergraduates.
Work alongside researchers and industry partners on real engineering challenges.
Learn the complete semiconductor development cycle—from design to fabrication and testing.
Build technical skills that prepare you for careers in semiconductors, electronics, renewable energy, and advanced manufacturing.
Contribute to research with the potential for publications, industry collaborations, and commercial impact.

2021 VIP Consortium Innovation Competition - 1st Place WINNER

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