MUHAMMAD HAMZA

Fabrication and Comparative Analysis of Lithium Coin Cells Using Graphite and Silicon-Based Anodes
Academic Project

• Fabricated lithium coin cells using graphite and silicon-based anode materials in a controlled laboratory environment
• Analysed electrochemical performance including charge/discharge characteristics and capacity retention
• Compared efficiency, stability, and lifecycle performance of graphite versus silicon anodes
• Conducted testing and data analysis to evaluate energy density and degradation behaviour
• Identified advantages and limitations of advanced anode materials for energy storage applications

Residential Energy Management System Based on ISO 50001
Academic Project

• Studied the implementation of ISO 50001 energy management principles in residential environments
• Analysed electrical load distribution and energy consumption data
• Proposed energy-efficient solutions to optimise power usage and reduce losses
• Explored integration of smart monitoring systems for real-time energy tracking

Design of 5 kW Grid-Connected Residential Solar PV System

• Performed load analysis and system sizing for a 5 kW residential solar installation
• Designed system layout including PV array configuration and inverter selection
• Conducted performance analysis based on irradiance, system losses, and efficiency
• Evaluated grid integration and energy yield using standard engineering calculations
• Assessed economic feasibility and lifecycle performance

FPGA-Based Automated Greenhouse Monitoring and Control System
Academic Project

• Developed a real-time embedded system using FPGA for environmental monitoring and control
• Implemented sensor interfacing and control algorithms for temperature, humidity, and irrigation systems
• Designed and simulated digital logic using VHDL/Verilog
• Optimised system response time and reliability for continuous operation