Backend Engineer, envelio

• You have a background in electrical engineering, a closely related engineering field or have a strong mathematical background (e.g. mechanical energy engineering, applied computer science, engineering physics, …) and are highly interested in extending your knowledge in the field of electrical engineering and calculations for power systems continuously
• You are a team player and passionate about working with talented and inspiring people
• You are looking for technical challenges and pride yourself in finding smart and creative solutions
• You have experience with Python and possibly other programming languages like C++, Go or Rust, ideally in the context of electrical engineering and mathematical algorithms
• You are eager and passionate about writing state of the art software as major part of your daily work
• You are business-fluent in English (Level C1)
• Ideally you are familiar with parts of our tech stack, with current software design principles and are looking forward to keeping up with current industry best practices

• As Backend  Engineer (f/m/d) Electrical Engineering you will be part of an engineering squad with strong knowledge of electrical engineering, coding, databases, and software architecture
• Together, you drive the topics surrounding electrical power system engineering and electrical/mathematical models and algorithms, have an impact on the experience of our users, our organization, and our engineering practices
• You are part of a cross-functional department and team (backend, frontend, DevOps developers, design and product owner) and develop state of the art electrical engineering related applications which bring effective customer value
• You design, enhance and implement electrical engineering workflows and mathematical solvers in accordance with the current state of technology and best practices
• You are part of the conceptualizing and developing of professional backend solutions to continuously evolve our product in an agile working environment together with the other cross-functional squads in the engineering department
• How we develop Software:
• Agile working method with Kanban in cooperation of all squads
• Continuous integration / Continuous delivery
• Clean (and simple) code, documentation
• High unit test coverage and regular code reviews
• Knowledge sharing sessions between developers
• “You Code it – You Own it” – Team responsibility for certain functional areas of the product

• Flexible working model (fully remote OR hybrid OR onsite). We are a remote-first company, meaning that everyone is free to choose their remote work percentage anywhere from 0% to 100% within Germany.
• 33 days vacation per year; 30 days are regular holidays and 3 days are corporate holidays (Rose-Monday, Christmas Eve, New Year's Eve).
• Modern office loft that welcomes four legged friends. Coffee lovers will find fair-trade organic coffee from a local roastery and premium Oatly Barista oat milk. Fresh fruit and various Charitea options also boost energy throughout the day.
• Subsidised Urban Sport Club membership. M membership with a personal contribution of only 10€ per month.
• Company-funded tech equipment; 16-inch MacBooks (including keyboard and mouse), noise-cancelling headphones.
• Workations: Option to work up to three months per year abroad – the world is your office.
• Flexible use of a monthly mobility budget for environmentally friendly mobility solutions. You choose how to spend it!
• Regular company and team events; Carnival party, Christmas party, spring break / summer party and quarterly team events.
• Time and resources for individual growth: 5% of your weekly time and 1.000€ per year for learning and development and full access to our online learning platform (e.g. for courses in soft skills, productivity, mental health).

Total funding: $9.5m

As the world transitions to sustainable energy, millions of new wind energy systems are being integrated into power grids. As well as the number of new consumer solutions, such as electric charging stations is also rapidly increasing, and the integration of these new systems is putting a strain on distribution grids.