Full-Stack Architect - Remote, AI-Driven Platform

Bookboost; Malmö kommun; Hybrid; SEK 700,000 - 900,000; Full time

Benefits offered by this job

Remote work

AI-driven engineering

Impactful direction

Job summary

Bookboost is seeking a Full Stack Engineer to design and build the next stage of its hospitality engagement platform. You will own end-to-end system components, from real-time data processing to APIs and frontend experiences, in a small cross-functional team.

You will shape architecture, write durable code, and collaborate with design, product and operations to deliver customer value with an AI-enabled approach.

Qualifications

• 4+ years of full-stack experience with modern frontend and backend technologies.
• Proficient in Angular, TypeScript, and Node.js on production systems.
• Relational database design and query optimization, especially PostgreSQL.
• Experience with edge runtimes and cloud deployment patterns.
• Strong English communication and cross-functional collaboration.

Responsibilities

• Build and maintain scalable, high-performance applications across the stack.
• Develop frontend in Angular with responsive UX and accessibility in mind.
• Design and implement APIs and event-driven components with the team.
• Tackle edge computing work using Cloudflare Workers to improve latency.
• Guide architectural decisions and aim for long-term quality beyond tickets.
• Collaborate with design, product, and operations to deliver customer outcomes.

Skills

Full stack depth

Systems thinking

Craft/reliability

Fluent English

Tools

Angular

TypeScript

Node.js

Cloudflare Workers

AWS

PostgreSQL

Terraform

Job description

Bookboost is seeking a Full Stack Engineer to design and build the next stage of its hospitality engagement platform. You will own end-to-end system components, from real-time data processing to APIs and frontend experiences, in a small cross-functional team.

You will shape architecture, write durable code, and collaborate with design, product and operations to deliver customer value with an AI-enabled approach.