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Muhammad Majid Ferozi

NUST · 2025
Email
muhammadmajidferozi@gmail.com
Phone
923066599687
LinkedIn
GitHub

Academic

Program
BEE
CGPA
3.64
Year
2025
Education
SEECS
Address
Burewala , Pakistan
DOB

Career

Current role
Target role
Skills
Microcontrollers avr, pic, stm, Arm, avr, arduino, atmel, C/c++, python, assembly, Google sheets, Proteus, Matlab, Verilog programming, Modelsim altera, Stm32cubemx, Orcad lite, Lab view, Team management skills, latex, Embedded systems, Robotics, Pixhawk controls, LoRa, SIFT algorithm, FreeRTOS, ESP-32, RISC-V RV-32I

Verbatim text

The exact text the LLM saw on the page (or the booklet text from the old import). This is what powers semantic search.
Muhammad Majid Ferozi
Cell: 923066599687 
Email:
muhammadmajidferozi@gmail.com
Address: POST OFFICE SAME,
CHAK NO 373/EB, TEHSIL
BUREWALADISTRICT VEHARI 
Burewala , Pakistan
Microcontrollers avr, pic, stm
Arm, avr, arduino, atmel
C/c++, python, assembly
Google sheets
Proteus
Matlab
Verilog programming
Modelsim altera
Stm32cubemx
Orcad lite
Teamwork, flexibility
Lab view
Team management skills
Matlab, c++, latex, python
Teamwork & collaboration
To be furnished upon request.
Professional Profile
Undergraduate in Electrical Engineering with a professional aptitude, specializing in
embedded systems. I have participated in various projects, workshops, and
competitions, showcasing my knowledge in technical software, programming, and
robotics. Seeking opportunities to leverage my technical skills and problem-solving
abilities in dynamic environments, contributing to impactful projects and continuous
personal growth.
Education
BE Electrical Engineering 
School of Electrical Engineering and Computer Science , 3.64 
Matric / O levels 
, (2018) 
Intermediate / A levels 
, (2020) 
Electrical Engineering 
SEECS, NUST , 3.67 (2025) 
Internship Experience
Intelligent Digital Twin Lab ( 01-Oct-2024 - 30-May-2025 ) 
Digital & Embedded Systems Lab ( 02-Dec-2024 - 30-Dec-2024 ) 
SINES, NUST. ( 03-Jun-2024 - 05-Sep-2024 ) 
NUST PDC & Summer Fiesta 2024. ( 26-Jun-2024 - 09-Jul-2024 ) 
Pakistan Red Crescent Society ( 28-Aug-2023 - 08-Sep-2022 ) 
Projects
Design and Development of USV Swarm 
This is my Final Year Project in which we are monitoring water quality using USV swarm. We are
developing three USV’s integrated with Pixhawk for controls and LoRa for data transfer to the ground
station. My area of work is USV development and Pixhawk controls for efficient swarm operation.
Fingerprint Detection 
Developed a program to identify fingerprints from a provided database, even with slight alterations in
the input fingerprint. Utilized the Scale-Invariant Feature Transform (SIFT) algorithm to extract and
match features. Implemented a matching process to compare the input fingerprint with database entries an
Traffic Light Control System 
Developed an automated traffic light system that adjusts based on traffic density, using an ultrasonic
sensor for detection. Implemented the system on an ESP-32 microcontroller with FreeRTOS,
displaying the results through LEDs at the crossroads to indicate traffic signal changes.
Five Stage RV-32I 
Designed and implemented a fully functional Five-Stage Pipelined RISC-V RV-32I processor,
adhering to the base instruction set architecture. Also implemented the hazard detection unit of the
RV-32I pipelined architecture using Verilog, ensuring efficient execution and data handling in a five-
stage pipeline

AI enrichment

Muhammad Majid Ferozi is a final-year Electrical Engineering undergraduate at NUST with a strong academic record, specializing in embedded systems and hardware design. He has practical experience through internships and academic projects involving microcontrollers, Verilog, and robotics, demonstrating proficiency in both software and hardware integration.
Skills (AI)
["Embedded Systems", "C/C++", "Python", "Verilog", "Microcontrollers (AVR, PIC, STM32, ESP32)", "Arduino", "FreeRTOS", "Matlab", "Proteus", "LabVIEW", "Git", "Teamwork", "Problem Solving"]
Status: ai_done
Provenance
Source file: BEE-2025-Graduate-Booklet-1.pdf
From job #243 page 9
Created: 1778158068