Completed from United Kingdom
I took the Electrical Systems Engineering program because I wanted to brush up on my circuit design skills, and Stanmore delivered. The tone was relaxed but still informative, and the hands‑on labs using CircuitLab let me build and test a simple DC motor drive in just a week. The course notes were spot‑on – lots of real‑world examples, like the case study on smart grid integration, which made the theory feel relevant. I left the course feeling ready to apply what I learned to my job as an electrical technician, and I even used the new knowledge to improve our plant's power factor by 10%.
The Electrical Systems Engineering course at Stanmore School of Business exceeded my expectations. The curriculum was tightly aligned with my goal of mastering power system analysis, and the detailed modules on load flow and fault calculations gave me the confidence to tackle real‑world problems. I especially appreciated the MATLAB‑based lab exercises where I designed a three‑phase transformer model and simulated voltage regulation under varying load conditions. The course materials were up‑to‑date, with clear diagrams and industry‑standard references that made complex concepts easy to grasp. Overall, the professional delivery and practical focus helped me secure an internship in a utility company shortly after completion.
Wow! This course was exactly what I needed to jump‑start my career in renewable energy. The enthusiastic teaching style kept me engaged, and the project on integrating solar PV with an existing grid was pure gold. I learned to perform harmonic analysis using PSCAD and to size inverters for optimal performance. The textbooks and video lectures were current, and the supplemental resources on IEC standards were incredibly useful. After finishing, I confidently presented a feasibility study to my employer and got approved to lead a new solar installation project.
The Electrical Systems Engineering course offered a detailed and methodical approach to power system design. Each module, from basic circuit theory to advanced protection schemes, was supported by thorough case studies—such as the analysis of a 33 kV distribution network in a rural setting. I particularly valued the step‑by‑step breakdown of relay coordination and the practical assignments that required me to draft protection settings using ETAP software. The course materials were comprehensive, with well‑structured PDFs and access to a library of standards. This depth of coverage equipped me with the skills to audit and improve the reliability of the electrical infrastructure at my workplace.
