At WasteAnt, more than 20 employees from over 11 different countries work together. Our team is international in scope, interdisciplinary in nature, and fosters an open, respectful collaborative environment. With women making up about 30 percent of our workforce, we view diversity as a key driver of innovation.
Our modern office in Bremen provides a space for exchange and professional growth. With a planned location in Munich, we continue to grow and create new opportunities for collaboration.
We develop AI technology that makes industrial processes smarter, safer, and more sustainable. To achieve this, we are looking for people who are willing to take on responsibility, think analytically, and actively help shape innovation.
As a growing technology company with roots in research, we combine scientific depth with industrial expertise. Here, you’ll work on real-world challenges that have a direct impact on our products, technology, and market.
At our company, research, engineering, and business come together. Diverse perspectives and international backgrounds make our collaboration particularly strong.
We are a growing company with flat organizational structures. We actively encourage employees to share their own ideas, which we are eager to implement.
Our work has a direct impact on product development, client projects, and strategic decisions. The results are visible and effective.
As a research spin-off, we combine scientific excellence with industrial application. For us, innovation doesn’t happen solely in the lab, but in real-world applications.
At WasteAnt, you’ll work on technologies that deliver real social and industrial value. You’ll design innovative AI solutions that make processes safer, more efficient, and more sustainable. In an environment characterized by quick decision-making, a high degree of autonomy, and interdisciplinary collaboration, we offer you the opportunity to contribute your strengths and further develop your skills.
If you want to create meaningful technology and take on responsibility, we look forward to getting to know you. Apply now and become part of our team.
We develop AI-based solutions for analyzing and evaluating unstructured waste streams. Our goal is to create transparency, optimize processes, and transform waste into a valuable resource.
The research project “Differentiation of Biogenic and Fossil CO2” and the collaborative project “Optimized Control of Waste-to-Energy Plants” are funded by the BAB and the Senator for Economic Affairs, Ports, and Transformation.
