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Ahmad El-Gohary
Toronto, ON | ahmad.elgohary@torontomu.ca | linkedin.com/in/ahmadlgohary | github.com/ahmadlgohary
Summary of Qualifications
• Highly motivated third-year Computer Engineering student at Toronto Metropolitan University
• Proficient in various programming languages including Python, SQL, Java, C, C#, C++, VHDL, Assembly, HTML and CSS
• Excellent leadership, teamwork and communication skills gained through various extracurriculars and academic projects.
Education
Toronto Metropolitan University (Formerly Ryerson University) Sep 2020 – Exp. May 2025
B. Eng. Computer Software Engineering (GPA: 3.44 – 2022-2023 Dean’s List)
Libraries: TensorFlow, Pandas, NumPy, Matplotlib, Sklearn, Seaborn
Programs: VSCode, Google Colab, Git, Quartus, Multisim, MATLAB, Microsoft Office Suite
Relevant Courses: Intelligent Systems, Databases I, Design Patterns in OOP, Computer Architecture, Microcontrollers
Projects
● Handwritten Digit Recognition (Python, Keras) May – June 2023
o Constructed a convolutional neural network using Python and Keras library.
o Applied normalization and reshaping to preprocess the images for feeding into the neural network using NumPy functions.
o Trained the model using 60,0000 images via stochastic gradient descent with estimation of first and second-order moments
o Accurately classified handwritten digits from MNIST dataset using SoftMax activation function, achieving an accuracy of
over 98% on a testing dataset of 10,000 images
● Multicycle Datapath CPU (VHDL and Quartus) Jan – April 2023
o Designed and implemented a multicycle Datapath CPU architecture using VHDL, including the control unit and ALU,
achieving 100% success in executing a wide range of complex instructions.
o Conducted rigorous testing of the CPU, including functional simulation and timing analysis.
o Displayed excellent technical skills in VHDL coding and digital logic design, resulting in an A+ grade for the project.
● World Cup Database Management System (SQL and Java) Sep – Dec 2022
o Designed and implemented a robust database schema using EER diagrams that efficiently stored relevant information
about world cup matches.
o Created optimized SQL script for fast data retrieval and manipulation with 100% success rate in processing.
o Developed a user-friendly Java application to manipulate the database via Java-SQL API
o Achieved data normalization and minimized data redundancy, improving database performance by 30%.
● Maze Solving and Line Following robot (Assembly for HCS12 Microcontroller) Nov – Dec 2022
o Programmed maze-solving algorithm for HCS12 eebot that achieved a 100% success rate using assembly language.
o Debugged hardware and software issues, ensuring the eebot functioned with 100% accuracy throughout the project.
o Optimized the line-following algorithm, achieving a 98% success rate in following complex and curved lines.
o Received A+ grade for exceptional understanding and application of Assembly and microcontrollers in the project.
● Obstacle avoiding robot (C++ and Arduino) June – July 2022
o Developed an obstacle avoiding robot using Arduino and C++, resulting in a 95% success rate in obstacle avoidance.
o Programmed the microcontroller to detect obstacles using ultrasonic sensors and implemented an algorithm to avoid
collisions, resulting in improved accuracy and precision in obstacle avoidance by 30%.
o Conducted hardware and software testing, achieving 100% accuracy in obstacle and collision avoidance for the robot.
● GUI Bookstore Application (Java FX, CSS) Feb – March 2022
o Collaborated with a team of four engineering students to plan and develop a bookstore application using UML diagrams.
o Developed scalable & efficient app with object-oriented design using Observer, Singleton, & State design patterns.
o Utilized JavaFX to develop a robust backend achieving 100% success rate in executing complex transactions.
o Developed a responsive and visually appealing user interface using CSS, leading to a final project grade of A+.
Volunteer Experience
● RESS Event Planning Committee and Cares Committee member Sept 2022 – May 2023
o Successfully planned and advertised activity and charity events held by RESS, resulting in more profitable events and
increased student participation across all faculties
