

Renewable Energy Engineer with experience in system modelling, data analysis and technical project coordination. I enjoy solving complex problems, working collaboratively and translating technical results into clear, actionable insights. With a solid foundation in power-system fundamentals and integrated energy systems, I bring an analytical, structured and hands-on mindset to multidisciplinary engineering environments.
Techno-Economic & Life-Cycle Assessment of Small-Scale Biogas Systems
• Modelled system behaviour using MATLAB and Aspen Plus, focusing on reliability, energy flows, and storage interactions.
• Delivered techno-economic and LCA insights (87% CO₂ reduction across scenarios) and translated results into clear recommendations for academic partners and NGOs.
• Coordinated project activities, structured analysis tasks, and collaborated with international stakeholders to meet deadlines.
Wind–Solar–Biogas Hybrid System (Groote Veen)
• Modelled an integrated wind–solar–biogas system in MATLAB, analysing hourly–seasonal energy flows and system behaviour.
• Assessed storage options (biogas, hydrogen, thermal, CAES) to improve flexibility and reduce required renewable capacity.
• Produced clear technical documentation and presented system-performance results to stakeholders.
• Worked in a four-person team, coordinating modelling tasks and contributing to structured project planning.
Technical: System modelling Power-system basics Techno-economic analysis Environmental life-cycle assessment Storage & flexibility assessment Renewable-integration analysis
Tools: MATLAB Aspen Plus/HYSYS Excel SQL Salesforce
Soft: Analytical thinking Project coordination Communication Collaboration Problem-solving Adaptability