Huzaifa Nadeem

• Working at Europe’s largest solar research institute, focused on vapor compression and sorption technologies to enhance the performance of heat pump systems under demand-based heating and cooling conditions. • Developing and optimizing evaporator heat exchanger designs using water as a natural refrigerant under sub-atmospheric conditions, aimed at improving heat transfer and energy efficiency in sustainable heat pump systems, in collaboration with TU Berlin and two industrial partners on "H2O Splash" project. • Utilizing LabVIEW and Python for real-time data acquisition and performance analysis, enabling streamlined system evaluation and process optimization.

• Designed and optimized hybrid renewable energy systems integrating photovoltaic (PV) and battery energy storage systems (BESS) using MATLAB, Simulink, and PVsyst, enhanced renewable utilization and significantly improved system reliability, load balancing, and resilience through performance simulations. • Conducted in-depth techno-economic feasibility studies of renewable energy projects, analyzing system costs, LCOE, and ROI, identified cost-saving opportunities and delivered insights to support strategic investment and policy decisions.

• Completed two applied case studies on sustainability in the energy sector: Ecological Corridor Management (ECM) and Offshore Wind Farm Design. • Conducted in-depth analysis of ecological corridors and land-use practices in the ECM project, presenting strategic, data-driven solutions to E.ON stakeholders. • Designed a wind energy solution to power 800 households, using ~3,500 kWh/year per household as a baseline, and performed output estimation, environmental impact analysis, and cost-effectiveness evaluation based on location-specific wind data.

• Conducted research on wind and solar energy under Prof. Mika Järvinen, analyzing 20+ academic papers to assess efficiency, sustainability, and economic viability of renewable sources. • Worked as a Research Assistant in the Renewable Energy Lab, studying shading effects on PV modules and bipolar solar panel performance, analyzed IV and PV curve characteristics using Excel and MATLAB to determine Maximum Power Point (MPP) and Fill Factor (FF). • Supported the Renewable Energy Engineering course by assisting in lectures, grading 90+ assignments, and leading lab sessions on PV modules, improved course productivity by 15% through streamlined analysis methods that enhanced student understanding of energy economics and solar technologies.

• Led the development of project ReLIGHT for the Deep Dive Competition in Finland, addressing key challenges in green hydrogen production with a focus on sustainability and innovation. • Designed cost-effective strategies to reduce dependence on Platinum Group Metals (PGMs) in PEM electrolyzers and engineered solutions to improve electrolysis efficiency and durability. • Collaborated with professors from the University of Helsinki to validate technical approaches and explored go-to-market strategies to prepare the technology for commercialization.

• Led a multidisciplinary team of 10 students in the national IMechE UAS Challenge Pakistan to design and develop an agricultural drone for pesticide spraying applications. • Engineered a quadcopter with a 10 kg payload capacity and 15-minute flight time, capable of covering a 3,000 m spray area at 5 m/s, contributing to precision farming and sustainability. • Aligned the project with UN Sustainable Development Goals (SDGs 3, 9, and 13), promoting clean technology in agriculture while reducing carbon emissions and introducing drone innovation to Pakistan’s farming sector.

• Participated in TEKNOFEST, an international UAV competition (Fixed Wing category), and led the manufacturing process of a UAV with a team of 7 members. • Developed a twin-boom pusher configuration fixed-wing aircraft equipped with a Pixhawk flight controller, GPS module, and telemetry system; achieved full autonomous flight with specs including 3 kg weight (without payload), 1.7 m wingspan, 3100 g motor thrust, and a 5000 mAh Li-ion battery. • Engaged with international teams from around the world, fostering multicultural collaboration and gaining global exposure to UAV technologies and design practices.

• Completed a Technical Procurement and Supply Chain internship at Paragon, gaining hands-on experience across Sales, Procurement, and Import departments while learning key business processes and departmental hierarchies. • Worked on tasks such as preparing sales quotations, processing RFQs, compiling audit reports for sales items, and understanding end-to-end import and procurement procedures. • Strengthened professional skills including leadership, communication, management, and presentation abilities, and was recognized as the Most Valued Team Player (MVTP) during the internship.

• Completed a 4-week Mechanical Engineering internship at Tarbela Hydal Power Station (4,888 MW capacity), the world’s largest earth-filled dam, gaining hands-on exposure to hydroelectric power generation and distribution systems across TPS-1, TPS-2, and TPS-3 extensions. • Spent two weeks each in the plant and auxiliary sections, studying turbine components (modern vertical-axis Francis turbines), valves, bearings, oil distribution systems, compressors, and pumps used in safety and operational support. • Visited 3 major power stations (14 units, 3,478 MW total), participated in rotor blade overhauling during scheduled maintenance, and developed a strong understanding of large-scale hydroelectric systems and their mechanical infrastructure.

Courses Studied: -Fundamentals and Technology of Solar Cells -Electrochemistry for Energy Applications -German A2/B1

Master Thesis: Integration of Splash Evaporation for Enhanced Surface Wetting in Low Pressure Evaporator of Sorption and Compression Refrigeration Systems Courses Studied: -Thermodynamics -Fluid Dynamics -Heat transfer -Introduction to Advanced Energy Solutions -Electrical Energy -Heating & Cooling Systems -Ventilation & Air-Conditioning Systems -Fundamentals of HVAC -Thermochemical Energy Conversion -Numerical Modelling of Multiphase flows -Energy & Environmental Economics -Sustainable Building Energy Systems -German 1 -Practical Training

Major(s): Computational Fluid Dynamics (CFD), Aerodynamics and Renewable Energy Resources Final Year Project: Design and Development of an Unmanned Aerial Vehicle (UAV) for Precision Agriculture

Passed out among top 3 students of College and earned distinction in overall Punjab.