As a Project Manager at Gruner Stucky SA, I specialize in conducting comprehensive feasibility studies for megawatt-scale solar power plants. By meticulously analyzing factors such as site suitability, regulatory compliance, and technical and financial viability, I ensure the successful planning and implementation of sustainable solar energy projects, contributing to the advancement of renewable energy initiatives and driving positive environmental impact.

🌱 Chief Engineer | Leading Photovoltaic ProjectsChief Engineer leading a team of interns, delivering customized and compliant photovoltaic systems. Conducts comprehensive sustainability and financial studies to design environmentally impactful and cost-effective solutions. Actively manages projects, ensuring seamless coordination, installation, and technical expertise. 👉 Team leaderLead a team of 3 engineering interns, providing guidance and support to achieve project objectives and deliver results.👉 Photovoltaic system designHas designed and optimized over 50 photovoltaic systems tailored to the client’s demand while ensuring compliance with industry standards and local regulations.Conduct exhaustive sustainability assessments of photovoltaic projects, evaluating their environmental impact and long-term indirect CO2 emission reduction.Perform comprehensive financial analyses and feasibility studies to determine the economic viability and ROI, incorporating factors such as cost estimation, energy production forecasts, incentives, and financing options.👉 Project managementHas efficiently managed 5 photovoltaic projects from inception to completion, ensuring seamless coordination, resource allocation, and timely completion. From previous experiences, has created project wide processes for the whole company to follow.👉 Installation supervisionHas participated in the installation of 4 photovoltaic systems, offering hands-on assistance and technical expertise to ensure efficient and accurate implementation.👉 Technical expertiseProvide technical expertise, guidance, and support to internal and external stakeholders.Stay abreast of industry trends, emerging technologies, and regulatory changes related to photovoltaic systems, and incorporate relevant advancements into project designs and strategies.☀️ For information about Liight : https://liight.eco/

Design and thermal simulation of a solar box cooker for humanitarian action.Collaboration with Makerere university for the development of a low-cost solar box cooker, its design, thermal simulation and field implementation.This work was granted the BG Consulting Engineers prize which rewards a project in the context of sustainable development👉 Stakeholder engagementBuild strong collaboration with stakeholders among NGO's, regional suppliers and local communities. A long lasting bond was nurtured with Makerere University (Kampala, Uganda).👉 Project managementSuccessfully managed all aspects of the projects from inception to completion.👉 Data collectionDeveloped a user-friendly LabVIEW interface, enhancing data collection efficiency for the entire laboratory.👉 Scientific writingSummarized the results in a 30 pages concise scientific report.

Evaluation of the solar energy potential at the Grand-St-Bernard pass.Photovoltaic production analysis with Rhino 3D and its parametric environment Grasshopper using the Ladybug and honeybee plug-ins.The results of this study will be published in IOP's Journal of Physics: Conference Series (expected: 15 Nov. 2021).

Study of the resilience of the canton of Vaud’s water management in response to drought events.Using the material flow analysis software STAN to model the water system in the canton of Vaud

Development of a procedure for PV installation for the startup Liight.

Sustainability assessment of four shrinking cities. Using the multicriteria decision aid software Visual PROMETHEE.

Data processing of FAO datasets and results visualization in a data story.Using python and its library pandas to process data and hosting the results on GitHub Pages.