Full-Stack Engineer (TypeScript/Node.js) – Hybrid Cambridge

GCA Altium; Cambridge; Hybrid; GBP 65,000 - 90,000; Full time

Benefits offered by this job

Private health insurance

Pension scheme with company match

Remote working abroad program

Professional development support

Employee referral program

28 days' holiday + holidays

Job summary

Altium Limited is seeking a Full‑Stack Engineer to design and maintain user‑facing features for Octopart.com, and to develop web services powering core business logic. The role emphasizes TypeScript UI, GraphQL API design, and collaboration with cross‑functional teams.

The position operates on a hybrid model with 3 days per week in our Cambridge office, offering opportunities to work across large‑scale distributed systems and cloud‑based architectures.

Qualifications

• Proven experience as a Full‑stack Software Engineer with 4+ years in web apps.
• UI development with TypeScript.
• Backend development with Node.js or similar languages.
• Understanding standard design principles and patterns.
• Clear communication with engineers and non‑technical stakeholders.
• Strong product ownership mindset.

Responsibilities

• Build Web UIs using TypeScript/React (Next.JS).
• Design and implement web services and server‑side logic.
• Collaborate with front‑end, data, and DevOps teams.
• Design API schemas with backend engineers (GraphQL a plus).
• Participate in code reviews and coding standards.

Skills

Full‑stack development

TypeScript

Node.js

Problem solving

Communication

Product ownership

Tools

Go

Python

React

Next.js

GraphQL

MySQL

Kubernetes

Elasticsearch

Docker

Job description

Altium Limited is seeking a Full‑Stack Engineer to design and maintain user‑facing features for Octopart.com, and to develop web services powering core business logic. The role emphasizes TypeScript UI, GraphQL API design, and collaboration with cross‑functional teams.

The position operates on a hybrid model with 3 days per week in our Cambridge office, offering opportunities to work across large‑scale distributed systems and cloud‑based architectures.