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About the Role
At C1 Green Chemicals, your models directly support process concepts that move from equations to pilot-scale reality, influencing real decisions and having a measurable impact on sustainable chemical process design.
Responsibilities
- Build and run steady-state and/or dynamic process simulations
- Integrate and adapt kinetic sub-models within existing simulation environments
- Support early-stage technical assessments of process concepts
- Assist with CAPEX/OPEX estimations using existing templates and assumptions
- Document assumptions, calculation paths and results in a clear, reproducible way
- Develop small programming tools or scripts for data handling, analysis or reporting
- Collaborate closely with engineering and lab teams
Requirements
- Enrolled in a Bachelor's or Master's program (chemical engineering, process engineering or similar)
- Mandatory internship as required by your study regulations
- Strong fundamentals in thermodynamics, reaction engineering/kinetics and separations
- Hands-on experience with process simulation software (e.g. Aspen Plus/HYSYS, gPROMS)
- Python skills (NumPy, Pandas, plotting, basic automation)
- Analytical mindset, structured documentation and strong ownership of your tasks
Skills
- Process simulation software (e.g. Aspen Plus/HYSYS, gPROMS)
- Python (NumPy, Pandas, plotting, basic automation)
- Thermodynamics
- Reaction engineering/kinetics
- Separations
- Dynamic simulation
- Model simplification
- AI skills (machine learning for parameter estimation, surrogate models, AI-based optimization or automated analysis of large simulation datasets)
Location
- Remote
Work Type
- Internship
- Full-time
Experience Level
- Internship
Education Level
- Bachelor's program
- Master's program
Benefits
- Close mentoring and clearly defined work packages with real impact
- Hands-on work on actual engineering decisions, not academic exercises
- Modern tools and structured methods at the interface of simulation and engineering
- Insight into building sustainable chemical technologies up to pilot scale
- Option to continue with a Master’s thesis, if it’s a good fit
- Compensation according to company standards
About the Company
- Develops and scales new chemical processes from lab to pilot scale.
- Teams span catalysis, synthesis, engineering and technical operations.
- Simulation plays a key role in deciding which technologies are built, tested and scaled – not as theory, but as a practical engineering tool.
- Re-inventing chemistry by developing disruptive chemical production processes from the atomic level up to production scale.
- Explores new chemistries by employing quantum-chemical simulations and transfers them into proprietary production technology.
- Designs green processes based on renewable feedstocks & energy, enabling closed carbon loops.
- Supports industries in their net zero journey with climate-friendly chemical technologies.
- Proprietary C1 methanol technology unlocks green methanol production.