Electrical Machines Lab

The Electrical Machine Laboratory provides an immersive learning environment where students delve into the intricate workings of electrical machines. From AC and DC machines to transformers and induction motors, students engage with a wide array of equipment to understand design principles, operational dynamics, and control mechanisms. Through hands-on experiments and utilization of advanced instrumentation like digital oscilloscopes and data acquisition systems, students gain practical insights into analyzing machine performance, efficiency, and power factor. This experiential journey fosters a deep understanding of machine characteristics, control strategies, and innovative approaches to address real-world engineering challenges, empowering students to excel in the field of electrical engineering.



  • Examining the characteristics and performance of a DC compound generator through experimental analysis

  • Determining fault currents for LG, LL, LLG, and LLL faults at the terminals of an alternator to assess system protection and safety measures

  • Study of Separately Excited DC Shunt Generator: Investigating the characteristics and behavior of a DC shunt generator when the field winding is separately excited

  • Sumpners Test Practical: An experimental exploration of transformer performance using Sumpners test methodology

  • Analyzing the open circuit and short circuit responses of a three-phase synchronous generator to understand its performance under varying load conditions