Shubham Manchanda

• Developed and Modelled Python-based techno-economic modelling framework for PEM and alkaline electrolysers under variable renewable energy input (wind/PV) integrating electrochemistry, degradation, and economics • Implemented degradation and stack replacement models to assess efficiency loss and impact on LCOH • Optimised system configurations across 600+ scenarios using grid search (LCOH, NPV, IRR) • Performed sensitivity analysis and MC simulations to evaluate cost drivers and uncertainty

• Successfully implemented Marketing strategies using Data Analysis on Excel for the expansion of the organization in 4 cities. • Managed internal activities and executed efficient methods to manage workload of the entire staff. • Provided counselling to students to help secure admissions in the universities in the UK, Canada, Australia & Europe with a success rate of over 90%. • Tutored over 950 students and new teachers for the English language exams and help achieve an average score of 6.5 bands.

• Tested products to determine quality, structural strength and maintain quality control to ensure compliance with ISI, OECD and BIS standards. • Conducted more than 25 on-field visits and surveys in Sangrur region to ascertain product performance. • Addressed product related issues, suggested cost-cutting solutions and boosted customer retention by 21% in 2018-2019 by addressing customer complaints. • Promoted to CAD team within a year and assisted with part designing and optimization of design parameters.

• Led the experimental investigation and quantitative analysis of graphene and ITO films for fabrication of organic solar cell. • Performed tests under a solar simulator for its performance measurement, energy conversion, efficiency and durability. • Conducted research and optimized parameters for better encapsulation, energy conversion and durability of the fabricated resulting in increased efficiency from 2% to 10-11%.

Currently pursuing specialization in the field of Hydrogen and its possible application in energy economics and energy markets specifically steel production and other energy intensive industries, industrial and residential heating, system engineering and production of green hydrogen.

1. Computer Programming and Mathematics 2. Fundamentals of Engineering Thermodynamics 3. Worldwide Energy Supply issues 4. Energy Conversion 5. Energy Efficiency and Upgrading 6. Modelling of Energy Systems 7. Numerical tools for Optimization 8. 5 Projects including one design project