Germany
Energy Engineer with 6+ years of experience in hydrogen technologies, energy system modeling, and integrated renewable energy systems. Specialized in the design, simulation, and techno-economic assessment of hydrogen production, storage, and utilization systems, including reversible solid oxide cells and power-to-gas concepts. Experienced in applied research, feasibility studies, and collaboration with industry partners on energy transition projects.
- Contribute to applied research supporting the energy transition and renewable heating systems - Develop performance monitoring and fault detection methods for energy systems - Collaborate with industry partners to improve system efficiency and reliability - Support technology transfer from research to practical implementation
- Designed and evaluated renewable energy communities integrating solar energy, storage, and grid interaction - Performed techno-economic and feasibility analysis of integrated energy systems - Supported applied energy transition projects and research proposals - Supervised MSc students on energy system modeling
- Modeled and analyzed hydrogen-based energy systems using solid oxide fuel cell technology - Evaluated alternative fuels and hydrogen integration strategies - Collaborated on industry-related research projects - Supported development of simulation tools for energy system performance analysis
- Investigation of Material Requisition (MR) and technical specifications; - Obtaining full details of project inquiry from sales group and from customer personnel; - Initiation of meeting with other departments to determine the technical and financial viability of Proposed scope of work to make bid/no bid decision; - Initiation of meeting with customer personnel in case of any ambiguity; - Preparation and development of sales technical proposal; - Preparation of basic bill of material (BOM) in cooperation with engineering department; - Preparation of time schedule for project in cooperation with planning department; - Cost estimate for production, spare parts, and relative engineering, - Cost and price calculation based on scope of work.
- Designed and optimized hydrogen-based poly-generation systems - Modeled reversible solid oxide cell systems for hydrogen production and energy storage - Performed techno-economic and environmental assessments - Conducted system optimization to improve efficiency and reduce costs