At Cula, we build the digital infrastructure for the growing global carbon removal economy to reach its full potential. Scaling carbon removal is one cornerstone to successfully fight climate change. We provide carbon removal facilities with a sophisticated operations management and tracking solution. This enables seamless and accurate tracking of carbon removal processes while simultaneously bringing tangible transparency into carbon removal certificates. Our platform connects with verification, certification, and financing stakeholders and by that helps our customers focus on what's most important: Remove CO2 for good. Our rapidly growing customer base does so successfully all over the globe.
We are a growing team with a tech base located in Potsdam (Brandenburg) and remote members from all over Europe. We are all makers at heart and care deeply about the quality of our work. What unites us is relentless execution and focus on the daily challenges our customers face, that can be solved with high quality software. We believe that tackling these will enable the carbon removal industry to scale to its needed capacity.
We don’t expect you to have a background in everything we use, but we do expect Typescript fundamentals and some practice working with frontend frameworks such as React or Vue and server side application technologies such as NestJs and SQL.
Your experience doesn’t matter as much as your drive and passion to learn quickly with your peers in a startup environment. You can pick a problem and solve it with high quality considering roadmap timelines. You consolidate your team or acquire new skills for everything you need along the way.
You have great attention to detail. You care about the last pixel during frontend development and don’t sacrifice scalable and maintainable architecture during backend development. You are direct in your communication. You are clear about what you are doing, why, and what you expect of others. You live an open feedback culture, seeking the most fitting, unbiased solution for a given set of constraints.