Muhammad Athar S.

Solar Design Engineer, Academic Writer(Electrical Engineering)/ MATLAB

Who am I? I am an accomplished electrical engineer with a wealth of experience spanning more than five years, encompassing roles as a solar design engineer for four years and a research assistant for one year. I have expertise in MATLAB, PVSYST, HELIOSCOPE, ETAP, and Auto-CAD(Electrical). In the capacity as a solar design engineer, I have adeptly employed a range of software applications including PVSYST, Helioscope, Sketchup, Auto-CAD, and Aurora Solar. Notably, I have personally overseen and managed a substantial portfolio of 2636 solar sites. Furthermore, my professional journey includes a year spent as a research assistant at a prestigious university, during which I contributed to five publications featured in internationally recognized impact factor journals. My proficiency extends to MATLAB and Simulink, areas in which I possess a strong foundation. I offer the following services as solar design engineer and electrical academic writer: 1) Proficiency in MATLAB programming and implementation of different optimization techniques like grey wolf optimization (GWO), particle swarm optimization (PSO), long short term memory algorithm (LSTM), and utilization of MATLAB toll boxes, and Simulink for various tasks. 2) Proficient delivery of academic and technical writing services. 3) Assistance in diverse electrical engineering research pursuits. 4) Preliminary design work utilizing tools such as PV SYST, Helioscope, Aurora, and SketchUp. 5) Annual energy production pattern utilizing specified site parameters. 6) Diagram illustrating losses within an on-grid, standalone, or hybrid solar power facility, comprehensively addressing factors like Incident Angle Modifier (IAM) losses, copper losses, auxiliary losses, etc. 7) In-depth shading analysis in proximity, employing diverse tools. 8) Dimensioning of solar power installations and their constituent elements. 9) Three-dimensional depiction of the site to facilitate meticulous shading analysis. 10) Evaluation of electricity bills to decipher energy consumption patterns, subsequently providing informed recommendations regarding necessary solar capacity, payback periods, and potential savings. 11) Compilation of comprehensive feasibility reports, detailed project breakdowns, and technically rigorous proposals. 12) Effective utilization of Google Docs and spreadsheets for collaborative endeavours. Software Competency MATLAB Simulink PVSYST SketchUp Helioscope AutoCAD Google Earth Pro Microsoft Office Aurora Google docs and spreadsheets What to expect from me? As an electrical engineering, solar design, and research expert, you can anticipate the following aspects in addition to the technical outputs: Top-tier work quality Unlimited revisions Timely project completion Conduct characterized by professionalism