Sustainable Energy Engineer (Thermal Energy / District Heating)

Sustainable Energy Engineer (Thermal Energy / District Heating) At Ramboll, we believe that engineering, consulting, and sustainability go hand in hand. With over 18,000 experts in 35 countries, we work on projects that make a real difference to people, the planet, and future generations. In Poland, we’ve been active for over 30 years, particularly in the energy generation and gas transmission sectors. We help our clients transition to clean, modern, and resilient energy systems. Now, we’re looking for talented engineers and consultants to join us on this journey. Your new role As a Sustainable Energy Engineer at Ramboll, you will be part of team dedicated to driving the energy transition and designing low-carbon, future-ready energy systems. You will work on innovative projects related to renewable energy, energy efficiency, thermal energy systems including district heating and combined heat and power (CHP), and integrated energy planning. Your role involves developing technical solutions, conducting energy system analyses, and supporting public and private clients in reaching their climate and sustainability goals. You will collaborate across markets and borders to deliver high-impact, sustainable energy infrastructure. Key responsibilities: Working with senior consultants in technical projects. Ensuring that sustainability, safety, and compliance are integral to all project stages. Supporting decarbonization and modernization of thermal energy infrastructure Working on low-carbon heat generation technologies and thermal energy supply strategies Conduct feasibility studies, energy modelling, and techno-economic analyses. Design and optimize sustainable energy systems. Working on conceptual and feasibility studies for district heating systems, CHP plants, power plants, and energy transformation technologies (e.g. heat pumps, energy storage, PtX, biogas) Preparing technical documentation and work with permit and design processes. Support the integration of energy so