This is a project I've been working on solo

https://satyrn.app

• Designed and built a Jupyter client used by over 3k users

• Made it to the top of Hacker News for 24 hours on launch

• Managing a discord community with >160 members

https://tactic.fyi

• Lead product, design, and engineering.

• Built the cloud infrastructure Tactic runs on (AWS, k8s, Terraform, DataDog).

• Built Tactic’s MVP to secure our first 6-figure contract.

• Raised $4.5M from Index Ventures and Visionaries Club.

• Recruited and managed a team of 8 engineers from companies like Apple, Spotify, and Palantir.

• Fostered a DevOps-first engineering culture on our team.

• Shifted from a weekly -> daily release cycle.

• Became our core product designer for 1 year (created all frontend design assets in Figma).

• Influenced our shift to pay-as-you-go pricing strategy.

• Retained and drove higher engagement from key customers by maintaining regular communication on our product roadmap and bug-fixes.

• Managed an AWS budget of £30k-£15k per month.

• Negotiated competitive rates 3rd party data suppliers.

• Secured SOC2 certification. Wrote and implemented all of our information security policies.

I worked under the supervision of Dr. Siân Dutton with the Quantum Materials research group in the Department of Physics, University of Cambridge. My research focused on experimental and computational studies of solid state electrolytes for application in an all solid state battery.

• Dissertation (on solid state battery materials): A study of the synthesis, structure, and ionic conductivity of sodium and lithium lanthanide pyrosilicates. Supervised by Dr. Siân Dutton. Funded by the Engineering and Physical Sciences Research Council.

• Wrote software to identify novel battery materials from chemical databases (Inorganic Crystal Structure Database).

Discovered and characterised new family of solid ion conductors using inorganic synthesis methods (for application in solid-state batteries).

• Wrote software to control lab hardware used to characterise the electronic properties of solid ion conductors (variable temperature electrochemical impedance spectroscopy measurements).

• Supervised students: Part I Maths for Engineers, Part III Physics research projects, and laboratory practicals.

Dissertation: https://www.repository.cam.ac.uk/items/47075e84-031f-489e-babc-9079df6d5895