Jan Paul George

I am a highly motivated and passionate student currently pursuing a bachelor's degree in electrical engineering. I am eager to contribute my growing expertise to a dynamic and forward-thinking company. My goal is to find an organization that not only values innovation and cutting-edge technology but also fosters personal and professional growth. I am excited about the opportunity to collaborate with industry leaders, tackle real-world engineering challenges, and continuously develop my skills while growing as an individual and a future professional.

• Project Overview: Designed and built a custom high-performance gaming PC from scratch, selecting and assembling all components to meet specific performance, cooling, and aesthetic goals.
• Component Selection: Researched and selected compatible hardware components, balancing performance, cost, and future upgradeability.
• Assembly and Configuration: Assembled the PC, ensuring proper installation of components, cable management, and optimized airflow for cooling.
• Software Installation and Optimization: Installed the operating system and essential drivers, tuned settings for performance, and customized RGB lighting.
• Outcome: Successfully built a high-performance gaming PC, gaining valuable experience in hardware assembly, troubleshooting, and system optimization.

MathLab Course Work: Energy Distribution System for a Small Town

• Project Overview: Modeled and simulated the energy distribution system for a small town using MATLAB, focusing on optimizing power delivery and minimizing losses in the distribution network.
• System Design: Designed an energy distribution network to provide reliable power to residential, commercial, and industrial areas of the town, considering demand patterns and load distribution.
• MATLAB Simulation: Simulated the power flow through the distribution system using MATLAB, analyzing voltage levels, current, and power losses across the network.
• Optimization: Implemented optimization techniques to balance load demand, reduce power losses, and improve the efficiency of the system, while ensuring voltage stability and minimal disruption.
• Performance Testing: Conducted various scenarios including peak load and fault conditions to test system resilience and identify potential improvements in energy delivery.
• Outcome: Successfully designed and optimized an energy distribution system for a small town, demonstrating skills in power flow analysis, network optimization, and simulation using MATLAB.