MA

MOHAMMED AWAIZ

Electronics & Communication Engineering Undergraduate · Embedded Systems & PCB Design

Mysore, Karnataka, India

@md_awaiz

0 followers

B.E. in Electronics and Communication Engineering (ECE) at Siddaganga Institute of Technology · Graduating 2027

About

Electronics and Communication Engineering undergraduate with hands-on experience in embedded systems, circuit and PCB design, and Python-based automation. Built Arduino-driven hardware and an OCR/computer-vision pipeline using OpenCV, Tesseract, and TrOCR; familiar with VLSI tools such as Cadence and Xilinx.

Experience

  • Quality Control (QC) Intern
    Schneider Electric Pvt. Ltd.
    Jan 2024 – Jul 2024

    Inspected manufactured products against company quality standards and identified defects before dispatch. Approved quality-verified items for the packing section, supporting defect-free output. Strengthened attention to detail, quality assurance, and inspection discipline in a production environment.

Education

  • B.E. in Electronics and Communication Engineering (ECE)
    Electronics and Communication Engineering (ECE) · 2027
  • Diploma in Electronics and Communication Engineering (ECE)
    Electronics and Communication Engineering (ECE) · 2024
  • SSLC (Class X)
    Buds Foundation School
    2020

Skills

Tools / apps / platforms

<3 months <3 months Just getting started - under three months. This is also what shows when a level has not been set.
Arduino Proteus Microsoft Excel The MathWorks MATLAB

Projects

  • Test and Quiz Marks Reader with Automated Feeder System
    Python, OpenCV, OCR, Arduino

    Developed an OCR pipeline in Python using OpenCV, Tesseract OCR, and TrOCR to extract student details and marks from answer sheets. Engineered an Arduino- and DC motor-based automatic feeder that processes sheets without manual handling. Automated Excel data entry from extracted results, reducing manual effort and improving accuracy.

  • Power Generation System Through Footsteps
    Arduino, Piezoelectric Sensors, Renewable Energy

    Designed and built a renewable energy system that converts footstep pressure into electrical energy using piezoelectric sensors. Integrated Arduino, voltage regulator, battery storage, and LED indicators for power management and live demonstration. Tested power output under varying load conditions to validate circuit performance and reliability.

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