My client, a clean-tech company, is transforming how the UK manages energy efficiency, with 60,000+ devices already deployed and a fleet that''s growing fast. We''re looking for a Software Engineer to join their mission of improving carbon efficiency across industry - and the timing couldn''t be better, with new government regulations creating massive demand for their solutions.

You''ll be joining a close-knit engineering team of 10-11 people, working as an individual contributor on their analytics application that processes 10+ billion records to optimize heat network performance. This is a great role offering significant project ownership and technical autonomy in a fast-growing market.

We''re Looking For:

• 4+ years commercial software development experience
• Vue.js framework experience (essential - React/Angular background considered but Vue.js strongly preferred)
• Strong Python backend development skills
• Database design and schema modeling experience with high-volume datasets
• JavaScript proficiency
• Project ownership experience - leading medium-sized projects or major components from concept to release
• SaaS product development background preferred

What''s on offer:

• Salary up to -70,000 depending on experience + great benefits including:
• 25 days holiday + bank holidays
• 5% pension contribution
• -1500 annual training budget + 12 paid training days
• Flexibility around hybrid working - typically 2-4 times per month in office. Can the work be done from home? Go for it, although there will be times when you''ll be needed on-site for collaboration
• Private health insurance
• Quarterly company socials
• Modern tech stack: Python, AWS, DynamoDB, microservices architecture
• Exposure to cutting-edge data practices and machine learning concepts

The Role:

Working on the analytics platform, you''ll be handling large-scale data processing and building features that directly impact heat network efficiency across the UK. With upcoming government regulations expected to drive significant client growth (from 40% to 60%+ uptake), you''ll be scaling critical infrastructure that''s making a real difference to carbon efficiency.