Experience

Undergraduate Research assistant

Imperial College london: Jun 2020 - Aug 2020

I was a summer research assistant with the Imperial College Wireless Power Lab under the supervision of Prof. Paul Mitcheson, helping specifically with market research and consultancy for the spin-out of the start-up company, Bumblebee Power Ltd.. My main job was to mock up market strategies and determine how our patented technology could be made the most profitable and I established contact with prospective clients. My main success was establishing a relationship with Voi Scooters who are still long-term clients of the company.

Engineering consultant

Bumblebee Power Ltd.: jul 2021 - aug 2021

My role continued on from the work I had done as an undergraduate research assistant the previous year. This involved helping integrate Bumblebee's wireless charging technology with Voi's electric scooters (the largest e-scooter operator in Europe/UK) in preparation for a future field trial. My work ranged from running safety tests for regulatory requirements to prototyping to circuit design and to a host of other tasks.

Bumblebee is an exciting start-up company comprising a small team, which allowed me to gain hands-on experience that I'd struggle to find elsewhere.

Electrical and electronic engineer

Gibson Robotics: apr 2022 - sep 2022

During my required six-month industrial placement I worked for a small start-up company (team of seven) that designs autonomous drones primarily for the security sector. My main job involved completely designing the power systems for the drone that met the product’s very custom requirements. I also worked on various electronics projects such as microcontroller work and PCB design. As the company was so small I was granted a lot of responsibility and independence over my work. My unofficial job description was “if it has a current going through it, you work on it”.

Graduate Research Engineer

Dyson: Sep 2023 - Aug 2024

I was undergoing a 24-month graduate scheme at Dyson but this was unfortunately cut short due to global redundancies. Despite my brief time here, I loved my experience and felt I gained invaluable knowledge.

I was a part of the Electronics Systems Research team, specifically researching power electronics. I underwent independent research on new power converter topologies, designed experimental procedures, wrote up risk assessments, characterised new devices via simulation and practical work, chaired meetings and coordinated with suppliers.

I did a rotation in the PCB Design team where I saw the completion of multiple production boards from scratch using MentorGraphics and ran inter-team design reviews to ensure the highest standards. I was given high levels of autonomy and responsibility from day one and on top of my day-to-day work.

I served as the Global Engagement Lead of the Graduate Network Committee. In this role, I coordinated events to give my fellow graduates something to look forward to beyond their work. I oversaw Local Engagement Leads in the UK, Singapore, Malaysia and the Philippines and managed the global strategy for events.

Electronics Engineering consultant

alten: feb 2025 - present

As a consultant with Alten, I work on-site with clients on medium-to-long term projects by applying my skills and knowledge to problems that the client lacks sufficient resources to tackle in-house. To date, I have provided value to two clients.

Teledyne marine: feb 2025 - oct 2025

My core role was to aid with the development and upkeep of the client's HydroPACT and UPAC systems. This involved modernising old PCB designs, populating PCBs, determining the optimal assembly process for the company's products and subsequently producing build documentation.

PCBs that I designed, populated and verified are now included in current and future products. My work contributed to the maintenance of existing products and helped ensure that the release schedule for future products was adhered to.

I authored multiple pieces of build documentation, which relieved stress from the engineers, allowing them to focus on R&D, and created clear processes for the technicians to enhance their production capabilities.

Tt electronics: Nov 2025 - present

My core role involves supporting electronics testing and continuous improvement of the client's full microelectronics product line.

More specifically, I have to reverse-engineer decades-old text fixtures with sparse documentation and produce modern alternatives which should last decades more. By creating new fixtures, I remove a variable when determining flaws with the manufacturing/testing process, which drastically reduces the current and future workload of the test engineering team. I am also producing backups of each test fixture to increase the company's throughput, as currently, when a fixture fails, the client cannot afford the downtime of properly assessing the problem and is forced to implement slapdash fixes.

I am also creating/collating documentation for building, procuring and testing/monitoring fixtures so that the client can easily debug or replace fixtures, should there be any issues after I've left.