Nabil Ebrahim

I am recently electronic engineering graduate from the University of Kwa-zulu Natal who is currently perusing a career as a determined Business Consultant with success boosting productivity and streamlining procedures for organizations. Expertly balanced targets with resources and optimized long-term success.

I am a young, deeply curious, and self-motivated positive individual constantly exploring and wanting to learn more. I consider myself an honest, reliable, and dedicated individual. I am a team player and can work well independently to achieve my goals.

• 2015: Winning the DCLFA Under 17 Soccer League
• 2016 – 2017: Held the position of prefect
• 2017: Complete memorization of the holy book of Islam. (Hafez‑ul‑Quran at Madressa Akhtrarul Uloom)
• 2017: Achieving distinction in Physical Science, Life Science, Arabic, and Life Orientation
• 2022: Completed Bachelor of Science Electronic Engineering (Honours) at UKZN
  Certificates available on request

Complete SQL Bootcamp (Udemy)

• Insulation design and simulation of a 3‑phase, 25KVa, core‑type, distribution transformer connected in a star‑star configuration using the FEMM software. [ELectrical Design 3]
• A system to monitor and control the speed of a fan ‑ The design of the speed measurement unit measures the speed of the motor and displays it on a 7‑ segment display. [Electronic Design 1]
• The design a Switched Mode Power Supply for a Maximum Demand Controller System to monitor the power consumption of multiple electrical loads and automatically turns off (or sheds) low priority loads. [Electronic Design 2]
• A Smart Health Monitoring System to allow a patient to be monitored remotely. This project incorporated an ESP-32 sensor at the heart of a sensor system monitoring heartrate, blood oxygen saturation, and temperature along with a designed SMPS power supply. On the software side, a technicians application and patient/doctors application was designed along with the a Wi-Fi managing tool to link the device to a WI-Fi signal to record data to a database. I was responsible for technicians application design, patients part of the patient/doctors application and linking the ESP-32 to a Wi-Fi signal. [Electronic Design 3]
• The design of a microstrip antenna array for sub-6 GHz 5G communications. The patch antenna will be fed by a microstrip feed line and parallel feeding network The rectangular broadband antenna array parameters are improved by utilizing appropriate calculations and techniques. The array with optimized dimensions was fabricated and measured. A viable design was developed and simulated using CST Microwave Studio software. Two different antennas were designed, simulated and fabricated and both operating at a wide bandwidth. [Electronic Design Project]

• Elite Learning Centre - Sajidah Osman (084 800 4667)
• Teachme2 - Udi Ramesar (0213000971)
• Madressa Akhtarul Uloom - Mr I Amod (083 578 6598)
• Department of Education - Kogie Joseph (0744224025)