Senior Full-Stack Engineer – End-to-End Energy Platform

RVU Co UK; Greater London; Hybrid; GBP 90,000 - 130,000; Full time

Benefits offered by this job

Hybrid work

Bonus 10%

Pension contributions

Work-from-home budget

Parental leave

Annual leave 25–30 days + 2 my time

Private medical cover

Learning budget

EV/cycle to work

In-office gym

Breakfast in office

Job summary

RVU Co UK is recruiting a Senior Software Engineer (Full-Stack) in London. You will own delivery end-to-end within a small, autonomous team and design services across the stack, including JavaScript/TypeScript, Go, and Clojure. This role emphasizes strong testing ownership and pragmatic decision-making to impact energy solutions.

The position offers hybrid work with 2 in-office days weekly, plus competitive benefits and a focus on learning and growth within a dynamic energy-focused group.

Qualifications

• Experience delivering end-to-end features in a small autonomous team.
• Comfort building frontend and backend services, with databases.
• Ability to learn unfamiliar languages quickly and adapt to new tech.

Responsibilities

• Own end-to-end delivery within a small, autonomous team.
• Design and build services across the stack (JS/TS, Go, Clojure).
• Take full ownership of testing and quality without a dedicated QA function.
• Shape energy-domain solutions by understanding market constraints.
• Collaborate with energy suppliers and customers to deliver impactful outcomes.

Skills

Full stack development

Frontend React

Backend APIs

JavaScript/TypeScript

Go

Clojure

Job description

RVU Co UK is recruiting a Senior Software Engineer (Full-Stack) in London. You will own delivery end-to-end within a small, autonomous team and design services across the stack, including JavaScript/TypeScript, Go, and Clojure. This role emphasizes strong testing ownership and pragmatic decision-making to impact energy solutions.

The position offers hybrid work with 2 in-office days weekly, plus competitive benefits and a focus on learning and growth within a dynamic energy-focused group.