Faisal Amin

Building a GIS-based database of energy-intensive industries in France and Germany (QGIS). Completing and harmonizing plant-level production and emission indicators. Estimating plant-level hydrogen demand to support industrial decarbonization planning.

I am working with Low-Carbon Hydrogen Systems, focusing on the techno-economic analysis of electrolyzer production for the creation of Hydrogen Energy. This involves assessing critical materials, cost evolution, and sustainability aspects to support the development of efficient and scalable hydrogen technologies.

Prospective life cycle analyses of international green hydrogen value chains.

As a Studentische Hilfskraft at FlashPhos, a University of Stuttgart-led EU project. I played a pivotal role in managing and optimizing operations within a swedge sludge pilot dryer facility. I specialized in overseeing the sludge drying process, ensuring precise mass input and output measurements over specific time intervals, and calculating rotation for time. I also managed the sieving of dried sludge, removing dust and grading grains, and meticulously recording masses before and after. This experience enhanced my process optimization, data analysis, and quality assurance skills, making me a valuable addition to any team or organization.

HVAC Plant, Maintenance Trainee and Inspection

I worked as an intern in department of Mechanical Engineering.I have learned the Process which involves the basic working and operations of different departments like Query Workshop, Hammer Crushing, raw mill, Rotary Kiln and Packing plant. Teamwork: Coordinated with 3 members to carry out the project with includes collecting, recording, and looking through data for improvements. Monitor operation parameters and keeping them under limits, maintaining log sheets and avoiding unnecessary tripping of units. Performing detailed technical evaluations. Learning attitude: Acquired hands-on experience with milling and lathe machines. Business communication: Reported supervisors weekly via emails and personal meetings.

I am gaining a comprehensive, interdisciplinary understanding of sustainable biomass production and utilization. This program bridges the fields of renewable resource cultivation, chemical-material and energy processing, and sustainability economics. Through my studies, I am developing a unique skill set in biomass technology that includes designing innovative, sustainable solutions to global challenges like climate change and renewable energy. With training in both technical and ecological aspects, I’m equipped to tackle complex issues with a holistic approach that considers technical feasibility, economic viability, and environmental impact. My goal is to leverage these insights and skills in impactful roles within renewable energy, environmental consulting, and sustainable resource management, where bridging science and technology with sustainability is essential.

Fields of energy, process engineering, In order to transform our technology and industry onto a sustainable basis. Course Work: Energy Process Engineering I Conceptual Process Design | Mechanical Process Engineering | Energetic Use of Biomass | Energy and Economics | Modelling and Optimization of Energy | Energy and Economics | Renewable Utilization | Machine Learning | Production of Alternative Fuels I Energy Storage

(Exchange Program with TalTech University) Doing coursework in Quality Management, covering Total Quality Management, Product Quality Assurance, and Product Quality Control, with emphasis on ISO 9000 standards, Six Sigma, Lean principles, and DMAIC process management. Acquired practical skills in risk-based and statistical process controls, product conformity assessment, and CE-marking compliance with EU machinery directives. Developed competencies in quality testing and control, including advanced measurement techniques, ISO GPS principles, and measurement uncertainty management. Studied circular economy in raw materials value chains, focusing on recycling, sustainability impacts, and resource efficiency. Emphasized sustainable design and the 5 pillars: user responsibility, re-use, mining, production, and manufacturing.

Gold Medalist(both institute and Campus level CUI Wah) 🥇🥇