The global race for semiconductor leadership, artificial intelligence hardware and next-generation health technologies has never been more intense. Thailand is investing heavily to close its engineering skills gap, and one of the most powerful opportunities now available is a fully funded PhD scholarship in semiconductor design, AI and biosensor electronics at Imperial College London.
This studentship, hosted by the new MUT–Imperial SABER Lab, offers Thai nationals the chance to complete a full Imperial College London PhD degree in Electrical and Electronic Engineering while working at the cutting edge of integrated circuit design, embedded AI and life-changing biosensor systems. Full overseas tuition fees plus a UKRI London-rate stipend for 3.5 years make it one of the most competitive fully funded PhD scholarship semiconductor design AI biosensor opportunities currently open.
If you hold a strong background in electrical or electronic engineering, computing, physics, biomedical engineering or a related field and want to contribute to semiconductor resilience, healthcare innovation and sustainable agrifood electronics, this is the programme to target.
Scholarship Summary
- Host Country: UK
- Host University: Imperial College London
- Scholarship Type: PhD Scholarships
- Eligible Countries: All Countries
- Scholarship Benefits: Full tuition fee, Living stipend, etc.
What the Scholarship Covers
The award provides:
- Full tuition fees at the overseas rate for the duration of the PhD
- A tax-free stipend at the UKRI London rate (approximately £23,805 for the 2026/27 academic year, subject to annual UKRI updates) for 3.5 years
- Access to world-class facilities at Imperial College London and complementary training at Mahanakorn University of Technology (MUT) in Thailand
One award is listed for the 2026/2027 cycle under this specific scholarship search entry, with the broader SABER Lab programme aiming to train successive cohorts of Thai PhD scholars. The start date is flexible across four entry points each year. Early applications are strongly encouraged because places are filled as high-quality candidates are identified.
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Official details appear on the Imperial scholarship search page: Semiconductor Design, AI & Biosensor Electronics 2026/2027.
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Eligibility: Who Can Apply for Fully Funded PhD Scholarship in Semiconductor Design, AI and Biosensor Electronics at Imperial College London
Applications are open exclusively to Thai nationals who meet the minimum entry requirements of both the Department of Electrical and Electronic Engineering at Imperial College London and Mahanakorn University of Technology. Candidates should hold a degree in Electrical/Electronic Engineering, Computing, Physics, Biomedical Engineering or a closely related discipline and demonstrate a strong background or clear interest in at least one of the following:
- Semiconductor IC design
- Embedded systems
- AI hardware
- Biosensor electronics
- PCB engineering
The scholarship is available only to new entrants. Students already enrolled on a course at Imperial are not eligible. Both Home and Overseas tuition fee status applicants who meet the nationality requirement can be considered, provided they study full-time.
The SABER Lab: Southeast Asia’s First Dedicated Semiconductor, AI and Biosensor Centre
The MUT–Imperial SABER Lab (Semiconductor AI and BioSensor Electronics Research Lab) is a strategic partnership between Imperial College London and Mahanakorn University of Technology, Thailand’s leading private engineering university founded in 1990. Co-directed by Professor Pantelis Georgiou at Imperial and Associate Professor Panavy Pookaiyaudom at MUT, the lab is funded by Thailand’s Ministry of Higher Education, Science, Research and Innovation through MUT.
Over the next decade the lab aims to:
- Train the next generation of Thai PhD scholars in integrated circuit design
- Become a centre of academic excellence in semiconductor AI and biosensor electronics
- Deliver cutting-edge research in biomedical and agrifood electronics with direct real-world impact
- Support entrepreneurship through start-ups and spin-outs
- Serve as a global focal point for semiconductor design innovation
- Publish in top-tier IEEE journals and conferences
- Establish an annual UK–Thailand international workshop in IC design
- Inform national policy and strategy on semiconductors
Training takes place across two complementary hubs. Imperial focuses on advanced integrated circuit design using state-of-the-art CMOS technology and industrial-standard EDA tools. MUT provides PCB design training using its surface-mount technology (SMT) line and equipment. Industrial partners contribute placements and help bridge the gap between academic research and industry needs.
Learn more about the lab and programme on the dedicated Imperial pages: SABER Lab overview and PhD programme details.
Research Themes and Hands-On Training
Scholars work on next-generation semiconductor systems, embedded AI and biosensor technologies with applications in two high-impact areas:
- Healthcare technologies that address the global burden of chronic diseases through advanced biosensing and diagnostic platforms
- Agrifood electronics that support more efficient farming, sustainable food systems and net-zero goals
Students gain practical experience that few PhD programmes can match:
- Full ecosystem access for semiconductor design and fabrication
- Lectures and hands-on work designing analogue and digital ICs with Cadence tools (schematic entry, simulation, layout, verification, sign-off and testing)
- PCB design, layout, testing and integration into embedded systems
- Training in wire bonding, chip assembly and clean-room fabrication
- Molecular laboratory techniques for evaluating biosensor performance
- Electrochemical laboratory methods for setting up test benches and validating biosensors
- Opportunities for collaboration with other research groups across Imperial College London
The result is a PhD that combines deep technical skill with translational impact—exactly the profile sought by both academia and the global semiconductor industry.
Why This Fully Funded PhD Scholarship Semiconductor Design AI Biosensor Opportunity Stands Out
Imperial College London consistently ranks among the world’s top universities for engineering. Completing the PhD there means graduating with an Imperial degree while contributing to a unique UK–Thailand research bridge. The combination of full funding, dual-site training, industrial engagement and a clear focus on semiconductor resilience and biosensor innovation positions graduates for leadership roles in research, industry or entrepreneurship.
Thailand faces a well-documented shortage of advanced engineering talent. By returning with cutting-edge expertise in IC design, AI hardware and biosensor electronics, scholars can directly support national priorities in technology development, healthcare and sustainable agriculture.
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How to Apply for Fully Funded PhD Scholarship in Semiconductor Design, AI and Biosensor Electronics at Imperial College London
The application process begins simply. Express your interest by sending your CV and a cover letter to Iza Wojcicka at i.wojcicka@imperial.ac.uk. She will guide you through the subsequent steps, including any formal Imperial admissions requirements.
There is no rigid single deadline for expressions of interest, although the scholarship listing notes 15 August 2026. Early applications are essential because high-quality candidates are selected on a rolling basis and places fill accordingly. Start dates remain flexible throughout the year.
For general information on Imperial’s Department of Electrical and Electronic Engineering and its research strengths, visit the department homepage. Questions about the scholarship itself should go to the contact email above.
Preparing a Strong Application
Highlight any project work, internships or research experience related to semiconductor design, embedded systems, AI hardware, biosensors or PCB engineering. Demonstrate genuine curiosity about the intersection of these fields and their potential impact on healthcare or agrifood systems. A clear, concise cover letter that explains why the SABER Lab and Imperial are the right fit will strengthen your case.
Looking Ahead
The semiconductor industry continues to face supply-chain pressures and surging demand driven by AI. At the same time, biosensor technologies are transforming diagnostics and precision agriculture. The fully funded PhD scholarship in semiconductor design, AI and biosensor electronics at Imperial College London places Thai scholars at the centre of these converging trends.
By joining the SABER Lab you gain not only funding and a world-class degree but also membership in a growing international network dedicated to translating research into real-world solutions. If you meet the eligibility criteria, prepare your CV and cover letter and reach out without delay. The next generation of semiconductor and biosensor innovators is being trained now—make sure you are part of it.
For the most up-to-date information, always refer to the official Imperial College London scholarship and SABER Lab pages linked above. Early contact with the programme administrator remains the most effective first step.