Degree with honors CGPA: • 3.723/4.00 University: • University of Engineering and Technology, Lahore Digital Skills Honors And Awards a) Academic Position & Scholarship • Secured first position in 4th semester and Received full merit-based academic scholarship from UET Lahore(2017) a) UET Hockey Team • Remained an active member of the official hockey team of UET Lahore and played HEC and LUMS tournaments Major Academic Projects (Other than Final year project) 1. Effect of Temp. and wind speed on efficiency of five photovoltaic module technologies for different climate Zones • Analyzed the effect of temperature and wind speed on the performance of five photovoltaic (PV) module technologies for different climatic zones of Pakistan • Five PV module technologies: mono-crystalline silicon (MC), poly-crystalline silicon (PC), heterogeneous intrinsic thin-film (TFH), copper–indium–gallium–selenide (TFC), and amorphous silicon (TFA) materials were studied 2. Heat removal from car cabin using sustainable energy • Design a heat control system to remove heat from car cabin based on electric input from solar energy. • Microcontroller was programmed to monitor the temperature and humidity from sensors and to control air conditioning unit • Prototype model was designed in the CAD software: Solid edge 3. Optimization of the effectiveness of a fin by varying geometry • Design optimization of the effectiveness of a fin by varying geometrical properties of a 100-Watt electronic heat sink by using MATLAB • Optimization method uses the Genetic Algorithm (GA) to search, combine and optimize the geometry of the fin 4. Two-way pump for magnetic refrigeration • Designed, programmed MCU and manufactured two-way pump, in which fluid motion can reverse it direction after specific time interval 5. Modeling of power transmission shaft • Designed the prototype of power transmission shaft with bevel and spur gears by using Solid edge and AutoCAD. • MATLAB • Python • AutoCAD • SolidWorks • ANSYS • Microsoft Office ( Word, Excel (Advance), Access, PowerPoint)
Pakistan Renewable energy resource assessment using six different reanalysis datasets (NECP-DOE, NCEP-CFSR, NASA- MERRA, NASA-MERRA-2, ERA-Interim and ERA-5) and surface measurements (Provided by Energy Sector Management Assistance Program of the World Bank) for different climatic conditions for Punjab, Pakistan under the supervision of Professor Muhammad Asim in “Renewable Energy Lab” ✓ First objective was to evaluate six different generations datasets having different temporal and spatial resolution using high quality measured data for three stations having different climatic conditions using statistical analysis. ✓ Second objective was to evaluate the performance of the latest versions of datasets under different sky conditions (clear-sky, intermediate-sky, and cloudy-sky). Statistical and regression analysis between measured and estimated clearness index was performed. ✓ Third objective was to develop bias correction method based on the clearness index to improve the accuracy of the solar radiation. ❑ Our research has identified the best performing reanalysis dataset and bias correction model which can be used to correct long-term time series of solar radiation data for accurate resource assessment to develop economic and technical feasibility of future solar projects in Pakistan such as the Quaid-e-Azam Solar Park, the first photovoltaic power station in Pakistan with a capacity of 1000 MW Publications 1. Improving the accuracy of solar radiation estimation from reanalysis datasets using surface measurements, Sustainable Energy Technologies and Assessments, 2021 2. Hourly global horizontal irradiance data of three stations in Punjab, Pakistan, Data in Brief, 2021 3. Evaluation of Solar Radiation from MERRA, MERRA-2, ERA-Interim and CFSR Reanalysis Datasets Against Surface Observations for Multan, Pakistan, 2018
Experience: OCT’18 – Present Position: Deputy Manager Department: Planning and Performance Major Role • Monitor plant overall operational parameters & performance KPI’s for optimization of plant maintenance and operation and report it to NEPRA • Perform root cause analysis of recurring faults to ensure maximum reliability & minimum downtime of generation. • Data recording and analysis to predict performance using advanced data visualization tools • Prepared monthly reports of performance KPI’s and present it to higher management • Attained ISO 90001 Quality management system, ISO 50001 Energy Management System and ISO 55001 Asset Management System Major Achievements 1. Developed 20 curves for off-design pressures, temperatures, other parameters, and several versions of the cycle heat balance affecting the performance of equipment of 100MW powerplant 2. Conduct Performance and Heat rate test of four power plants (BQPS-III: 450 MW, KPC: 248MW, KTGTPS: 100MW, SGTPS: 100MW) as per requirement of NEPRA (National Electric Power Regulatory Authority) 3. Execution of replacement of Air-cooled condenser duct & Online washing project using internal resources 4. Develop and installation of integrated real time performance monitoring integrated system of overall plant 5. NLP (natural language processing) model for BQ1 (1260MW) forced outages complain log data analysis 6. Distributed Control System Implementation of BQPS-I (1260MW) to reliable operation & performance monitoring Trainings • Advanced Performance Analysis & Troubleshooting of Power Plants • Concept of Process control • Incident Investigation & RCA Techniques • ISO 55001 Asset management System • ISO 50001 Energy management System • Maintenance Management • Risk Assesment and Management Awards a) CARES AWARD • Awarded two times CARES For FY’21 & FY'22 for outstanding performance awarded to one engineer each year from whole plant b) TEAM PERFROMANCE AWARD • Awarded for FY’19 on successfully execution of replacement of Air-cooled condenser duct & Online washing project using internal resources
Programming with MATLAB • Exploratory Data Analysis with MATLAB • Data Analysis Using Excel • Excel Skills for Business: Intermediate I & II ➢ Machine learning • Machine learning – MATLAB • Machine Learning – Python ➢ Photovoltaic • Photovoltaic solar energy • First Order Optical System Design ➢ Research Method • How to Write and Publish a Scientific Paper • Understand Research Methods ➢ Soft skills • Business writing • Communication strategies • Assertiveness And Self-Confidence • Career-Prep Fellow by Stanford University Courses ➢ Renewable Energy 1. Renewable Energy Technology 2. Fundamentals Renewable Power and Electricity Systems 3. Renewable Energy Projects 4. Renewable Energy Futures ➢ Data Science 1. What is Data Science 2. Tools for Data Science 3. Data Science Methodology 4. Python for Data Science, AI & Development 5. Python Project for Data Science 6. Databases and SQL for Data Science with Python 7. Data Analysis with Python 8. Data Visualization with Python 9. Machine Learning with Python 10. Applied Data Science Capstone ➢ Google Project Management 1. Foundations of Project Management 2. Project Initiation: Starting a Successful Project 3. Project Planning: Putting It All Together 4. Project Execution: Running the Project Agile 5. Project Management Capstone: Applying 6. Project Management in the Real World Specializations ➢ Strategic Management and Innovation 1. Strategic Management 2. Strategy Formulation 3. Strategy Implementation 4. Strategic Management - Capstone Project ➢ Others • Hydro, Wind & Solar power: Resources, Variability & Forecast • Intelligent Machining • Modern Robotics, Course 1: Foundations of Robot Motion • Smart Cities – Management of Smart Urban Infrastructures • Quantum Optics 1 : Single Photons ➢ Power Electronics • Introduction to power electronics • Converter Circuits • Converter Control • Magnetics for Power Electronic Converters ➢ Semiconductor Devices ➢ Digital Systems: From Logic Gates to Processors
of Microsystems • Sustainable Electronic • Design for Reliability ❑ Department of Electrical Engineering and Automation ❑ Prof. Mervi Paulasto-Kröckel and Prof. Mari Lundström ❑ Simulation and Life Cycle Assessment of electronics devices for environmental sustainability • UN Agenda 2030 and European Green Deal • European Technology Platform on Smart Systems Integration (EPoSS) • 2022 IEEE 9th Electronics System-Integration Technology Conference (ESTC) ➢ Establishing a 100% renewable energy system through modeling of energy systems using hybrid methods combining Process Systems Engineering (PSE) and Energy Economics (EE) and Intelligent Engineering System ➢ The use of artificial neural network models for real-time estimation of asset reliability and energy generation due to dependance of renewable energy resources on environmental parameters, forecasting power generation of multiple renewable energy sources ➢ Energy-efficient and sustainable AI based design techniques for smart energy networks for real time application in smart grid (EPoSS objective-4 of Strategic Research and Innovation Agenda 2023 for Electronic Components and Systems (ECS-SRIA)) USN Norway • Measurements and Characterization techniques • Mic and Nano system • Manufacturing Processes for Smart Systems ❑ Department of Microsystems ❑ Prof. Lars-Cyril Blystad ❑ Micro- and Nanoelectromechanical Systems ❑ Automatized manufacturing and testing of smart devices BME Hungary • System-Level Design • IC and MEMS design • System level modelling and Prototyping ❑ Department of Electron Devices ❑ Prof. Dr. Hosszú Gábor ❑ Machine learning & AI for intelligent systems Future Goals ✓ Pursuing a Ph.D. upon completion of my master’s ✓ One of the Consortium Master Thesis work ✓ Simplification of energy network models for smart systems ✓ Smart systems to integrate renewable energy with convention power plants ✓ Use of artificial intelligence ✓ To achieve energy efficiency and cost reduction for sustainable development ❑ WALLPAPER consortium at Aalto university Electronics Software ➢ NI Multisim ➢ Proteus Design Suite
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