This job is no longer available
1KOMMA5°
Working Student Software Engineering (m/f/d)
4 months ago
About the Job
1KOMMA5°
We are looking for you to join our tech team in Berlin, Munich, or Hamburg. 1KOMMA5° is creating Germany's largest one-stop-shop for the sale, installation, and servicing of solar panels, heat pumps, electricity solutions, and charging infrastructure. And the best part? They are all interconnected!
Become a part of our mission and learn more about our Product & Tech team! Your mission
You will work on transforming the business of selling renewable technologies. With our core marketing automation and CRM systems, we innovate growth processes to power the energy transition in private homes and small businesses world-wide.
As a Working Student Software Engineering at 1KOMMA5°, you will work alongside experienced Fullstack Engineers and a Product Manager in a collaborative team environment. You'll contribute to building and maintaining software solutions while learning best practices in development, deployment, and operations. With mentorship and support, you’ll grow your technical skills and help the team deliver impactful solutions.
Our Stack:
Next.js/TypeScript for frontend applications & NestJS/TypeScript for backend applications
TypeScript for CRM customizations & workflow automation
Ruby on Rails for one API-only application
Infrastructure as code, deployment to Google Cloud, observability with Datadog
Google Cloud Tasks and Delayed Job for background jobs
Your profile
Key responsibilities include but are not limited to:
Contribute your skill and motivation to a team of self-driven software engineers
Extending and maintaining business critical applications
Help shaping actionable requirements from complex and undefined business problems
Foster a culture of experiment-driven innovation
Improve developer experience by constantly avoiding/reducing tech-debt, automating as much as possible and documenting decisions, runbooks etc.
You have:
Some experience writing maintainable, self-describing, reusable, and testable code with TypeScript and other major back-end or full-stack technologies
Basic knowledge of designing and maintaining RESTful APIs
An agile and results-oriented mindset with a passion for supporting your team
A creative and enthusiastic approach to tackling new challenges, contributing to an ambitious and dynamic company
Excellent knowledge of spoken and written English, German is a plus
Residency in Germany
Benefits
You are part of an international, dynamic, and highly motivated team of people who have proven to make things happen
With your work, you accelerate the "energy transition" and hence have a direct impact on our climate
Work with and learn from other super-smart colleagues
You will enjoy direct contact with core decision-makers
You will enjoy the best chances of entering full-time in one of Europe’s most thriving scaleups
You work remotely (Germany-wide), with offices in Berlin, Hamburg, or Munich
Create a healthy balance alongside your work and enjoy all the benefits of the EGYM Wellpass
About the Company

1KOMMA5°
1KOMMA5° was founded in summer 2021 by entrepreneurs and industry experts with the aim of making buildings holistically CO2 neutral through the use of photovoltaics, heat pumps and charging infrastructure. This is implemented by providing technology for decentralized, clean energy, mobility and heat supply. Thanks to the intelligent energy management “Heartbeat” and the dynamic electricity tariff “Dynamic Pulse”, 1KOMMA5° always guarantees the cheapest and cleanest electricity from sun and wind. 1KOMMA5° participates in particularly innovative craft businesses in the areas of photovoltaics, electricity storage, charging infrastructure and heat pumps, on the one hand to strengthen regional crafts and on the other hand to enable high-quality advice and installation at the customer's site. 1KOMMA5° currently operates over 65 locations with around 1,500 employees from Europe to Australia. In addition, 1KOMMA5° is working on networking and controlling decentralized generation systems with the aim of fully realizing the potential of the decentralized energy transition. For this purpose, all installed systems become part of a networked IoT platform, which uses algorithms to guarantee optimal, automatic operational management over the life of the system.