Twaice is the world’s leading provider of battery storage analytics software, helping diverse customers transition to a green, battery-powered future.
We are seeking a Senior Backend Engineer to join one of our product teams that owns large parts of the cutting-edge battery analytics frontend, critical backend services and data pipelines that our users rely on every day.
As part of a team of software and battery experts, you’ll play a key role in shaping our product to meet the needs of an exponentially growing market for batteries and battery storage systems.
Focusing on making it simple to collect, store, process and serve large amounts of battery data for our customers
E nsure and extend system reliability across new feature releases, data availability and individual customer issues
3-8 years of experience as a software engineer on C loud/SaaS products – ideally including Analytics/Dashboarding/Data management
~ Working knowledge of Python, SQL and AWS well as at least one modern frontend and backend framework.
~ Excellent English verbal and written communication skills
~ It's a plus if you have experience in Spark, Databricks, pytest, Angular/Typescript and Infrastructure as Code
Benefits
~ Easy and affordable bike leasing with JobRad
~ We subsidise the company pension scheme with 100%matching
~ Flexible working hours and flexible home office within Germany: You decide when and where you work.
~ We provide you with state-of-the-art IT hardware.
~ 30 vacation days
Then take a look at Instagram, LinkedIn, or Kununu.
TWAICE is the data analytics platform for growing battery energy storage operators.
We help companies run safer, more reliable, and more profitable BESS fleets with easy-to-use software that works across any vendor, technology, or market. Our cloud platform transforms raw battery data into real-time insights that cut downtime, prevent failures, and boost lifetime returns. Founded in 2018, TWAICE supports leading storage operators worldwide with software that accelerates the shift to a more sustainable, resilient energy grid.