Start with the role, not the application form.
Join an innovative climate-tech company developing next-generation water treatment and water reuse technologies. This role will lead the development, modeling, optimization, and scale-up of advanced hydrodynamic evaporation systems based on supercavitation. The engineer will combine deep scientific knowledge with practical engineering to improve industrial water treatment performance, optimize thermal processes, and support commercialization of breakthrough technology.
The team and context behind the brief.
Our client is an innovative European climate-tech company developing advanced technologies for industrial water treatment and water reuse. The team is building next-generation process engineering solutions, taking breakthrough technologies from research and pilot validation to large-scale industrial deployment in collaboration with international engineering and research partners.
What you will own and move forward.
- Design and optimize hydrodynamic systems utilizing supercavitation principles.
- Develop mathematical and CFD models for evaporation and heat transfer processes.
- Perform engineering calculations involving fluid dynamics, thermodynamics, and multiphase flow.
- Design and optimize reactor geometries and process equipment.
- Develop process flow diagrams, mass balances, and energy balances.
- Support technology scale-up from pilot systems to industrial deployment.
- Participate in laboratory, pilot, and industrial testing activities.
- Analyze experimental results and recommend process improvements.
- Prepare technical documentation and engineering reports.
- Collaborate with multidisciplinary R&D teams on innovative water treatment technologies.
What strong fit looks like.
- Master's degree or PhD in Mechanical Engineering, Chemical Engineering, Hydrodynamics, Thermal Engineering, Process Engineering, Applied Physics, or a related field.
- 5+ years of experience in process engineering, evaporation technologies, industrial water treatment, or desalination.
- Strong understanding of hydrodynamics, fluid mechanics, thermodynamics, heat and mass transfer.
- Experience with mathematical modeling and engineering simulations.
- Knowledge of evaporation technologies and industrial process optimization.
- Excellent analytical and problem-solving skills.
- Professional English communication skills.
- Experience working in R&D or deep-tech environments is highly desirable.