Email: [email protected]

Profile

A passionate software developer and hardware engineer with experience designing and building electronic devices at the interface of hardware and software. Skilled in embedded systems, real-time computer vision, inverse kinematics, and robotics. Experienced in leading and collaborating in international engineering competitions and technical productions, with a proven ability to solve complex problems under pressure.

Education

Haberdashers’ Boys’ School, Elstree
2019 – present

  • Currently studying A-levels in Mathematics, Further Mathematics, Physics, and Design Engineering.
  • Dante Network Audio Engineering Certification (Summer 2024)
  • 10 GCSEs including English, Maths, Physics, Chemistry, Computer Science, Biology, German, Geography, and Design & Technology.

Work Experience

Lead Project Engineer – NeuralPulse (Startup)
Summer 2025

  • Designed and developed a wireless, watch-like wearable device for an experiment requiring sub-millisecond precision.
  • Managed the full product lifecycle: concept, schematic design, PCB layout, assembly, testing, and enclosure fabrication.
  • Gained experience in wireless RF design, low-level embedded programming, and PCB routing.

HABS Partnership Program
Sep 2024 – Jul 2025

  • Taught coding and robotics to 10–11-year-old students at a local school.

Sound & Rigging – ALM Productions
Summer 2024 – present

  • Freelance event production: PA and lighting design, assembly, and operation. A1 Sound Engineer for events of 2000+ attendees.

Alstom – Engineering Internship
Summer 2024

  • Gained exposure to large-scale engineering projects and teamwork under pressure.

Lighting & Rigging – commercial film set Summer 2023

  • Developed practical skills on a commercial film set, including working at height, network engineering, and teamwork.

Activities and Interests

  • I enjoy designing and making devices, especially designing and working with electrical circuits, computers and microcontrollers.
  • DIY 3D printer – I built a rep-rap based 3D printer in 2021 and have subsequently upgraded it in stages.
  • I enjoy making small end2end devices - one example is an inventory management system I designed using RFID tags to tracks objects around a house. It worked in conjunction with ESP32 based nodes, connected to a central Raspberry Pi running a MariaDB database along with a flask backend that I wrote. It also ran a frontend written in React with Vite.
  • Building a SAP2/3 8-bit breadboard computer using TTL family logic. This taught me a huge amount about debugging, high speed signalling, and electronics more generally.
  • I enjoy experimenting with machine learning and AI techniques; I wrote and trained an ML based ECG noise detection algorithm.
  • I have started to learn MATLAB, and have become familiar with Simulink, as I have been designing an actively controlled model rocket. Most recently, I have been learning about transfer functions and using the System Identification toolbox to accurately model actuator dynamics.
  • In Summer 2021 I completed the “Neural Networks from Scratch” book and course and built a small neural networks framework in Python using the techniques I learnt. Building and expanding this codebase has given me a good intuition for how neural networks work at a mathematical level, and what happens during neural network training and inference.
  • I have also recently enjoyed learning about cybersecurity and have started to learn how to penetration test using TryHackMe’s course.
  • I am also an aspiring network and system administrator – at home I manage a Gen8 micro-server that hosts backups of my family’s data, and runs many services, from VPNs, to websites to an XDR and SIEM threat management system.
  • I also enjoy repairing broken devices. Recently I have been accumulating broken Sonos speakers and have been performing component level board repairs to get them working and re-sell them.
  • As well as hardware engineering I enjoy test engineering – from repairing devices I acquired a DS1054z oscilloscope and have been using it to test and characterize circuits using PyVisa and python.

References

Available upon request.