MUHAMMAD
Muhammad Waseem
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About Me

I’m a Mechanical Engineer driven by the challenge of making systems more reliable and efficient. I’m passionate about ensuring operations run smoothly by improving processes, minimizing downtime, and enabling quick, informed responses when issues arise.

My experiences have helped me build strong skills in communication, leadership, and organization, gained through managing projects, collaborating with cross-functional teams, and delivering results in fast-paced environments.

I’ve worked on projects that optimize maintenance strategies, enhance system performance, and ensure compliance with industry standards. I’ve also contributed to automation and control initiatives, assisting with PLC programming, system design, and testing. I’m motivated by solving complex challenges and creating impactful solutions that improve how systems operate.

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Education

Sep. 2020 - Present

B.Eng, Mechanical Engineering - Mechatronics specialization

Toronto Metropolitan University

Courses: Electric Machines & Actuators, Digital Systems, Electric Circuits, Measurement Instruments & Sensors, Control Systems, Manufacturing System Control, Intelligent Systems, Mechatronics Systems Design, Machine Design, Mechanics of Machines, Solid Mechanics, Statics & Dynamics, Fluid Mechanics, Applied Thermodynamics, Heat Transfer

Work Experience

Jan. 2024 - Aug. 2024

Suncor Energy Inc., Oakville

Maintenance Engineer

    Contributed to projects optimizing equipment reliability and streamlining maintenance processes by conducting root cause analyses to reduce downtime, implementing a asset database for Vapor Recovery Units to enhance predictive maintenance, and improving inventory management efficiency. I developed Scopes of Work for Pressure Relief Device piping modifications to ensure API compliance and led VRU and PRD initiatives by managing teams, setting deadlines, delegating tasks, and presenting progress and safety updates.
May 2023 - Dec. 2023

Suncor Energy Inc., Oakville

Reliability Engineer

    Focused on advancing projects to enhance system efficiency and ensure regulatory compliance. I corrected P&ID discrepancies, developed corrosion control strategies, and analyzed deadlegs to mitigate risks and improve performance. Additionally, I managed Engineering Change processes for PRD modifications, created a database for streamlined maintenance, and led VRU and PRD initiatives by coordinating teams, planning schedules, and delivering safety presentations.
May 2022 - Aug. 2022

Cyberwolfe, Oakville

Automation & Controls Engineer

    Designed secure automated access systems, creating 3D CAD models, 2D drawings, assemblies, and applying GD&T in SolidWorks for precision. I performed FEA to ensure structural integrity and rendered models to communicate designs effectively. I also programmed PLCs for RFID integration and troubleshooted PLC logic during prototyping to ensure seamless and reliable system operation.

Projects

Coffee Bean Destoner Device

PLC-Controlled System with Precision Design

  • Developed a cylindrical coffee bean destoner employing sieving, vibration, and airflow technologies for density-based impurity removal.
  • Integrated Allen-Bradley PLC-based control system with HMI for regulating flow, monitoring performance, and ensuring efficiency.
  • Designed vibrating sieves and a cone-shaped dispenser for uniform input and calibrated airflow to enhance separation accuracy.
  • Utilized mathematical modeling, fluid mechanics, vibration analysis, and FEA to optimize system performance.
  • Created prototypes using 3D CAD, GD&T, and 3D printing, refining the modular system for scalability and cost-effectiveness.
  • Added performance tracking and capacity sensors in the waste tray to improve reliability and ease of maintenance.

Electro Mechanical Weight Scale

LabVIEW-Based PID-Controlled Device

  • Designed and implemented an electro-mechanical weighing system with a load cell, DAQ system, and PID controller.
  • Utilized LabVIEW for signal processing, calibration, noise filtering, and actuator control.
  • Conducted static and dynamic calibration to ensure accurate measurements within a 0–1 kg range.
  • Integrated a stepper motor for precise dial pointer adjustments using PID logic for stability.
  • Demonstrated strong expertise in sensor calibration, feedback control, and mechatronics system design.

Autonomous Driving Vehicle

Arduino-Based Navigation System in C/C++

  • Developed an Arduino-based autonomous driving vehicle with line tracking, obstacle avoidance, and infrared (IR) remote control.
  • Integrated IR sensors and ultrasonic modules for precise navigation and obstacle detection.
  • Programmed motor control and movement logic using PWM signals for smooth transitions and accurate steering.
  • Utilized servo motors for omnidirectional scanning in obstacle avoidance mode, enhancing operational safety and efficiency.
  • Implemented modular and scalable code architecture to enable seamless mode switching.
  • Demonstrated strong expertise in embedded systems, sensor integration, and robotics.

Windmill Waterpump Gearbox

3D CAD, Simulation and FEA Optimization

  • Designed a bull and pinion gearbox to transmit 20 Nm torque at 65 rpm for a wind pump.
  • Conducted finite element analysis (FEA) using SolidWorks to evaluate and optimize stress distribution and durability.
  • Modified the design by adding gears and arms, improving stress distribution and achieving infinite life under cyclic loads.
  • Ensured compactness with dimensions of 60 cm x 19 cm x 35.39 cm, meeting the 70 cm x 70 cm x 70 cm criteria.
  • Selected AISI 1020-HR steel for high fatigue strength and performance.
  • Developed detailed 3D CAD models, assemblies, and technical drawings for manufacturing.
  • Validated the design for static yielding and fatigue failure, ensuring long-term reliability.

4-Link Medical Gripper

Planar Mechanism Design with CAD and Motion Analysis

  • Designed a two-finger robotic gripper capable of securely grasping a 200-gram cup with a 10 cm diameter.
  • Utilized SolidWorks for creating 3D CAD models, assemblies, and engineering drawings.
  • Conducted force analysis to determine appropriate servo motor selection and torque requirements.
  • Implemented MATLAB for motion analysis, generating plots to evaluate gripper path and performance at varying angles.
  • Incorporated a 5-bar planar mechanism, verified for crank-rocker motion and workspace coverage.
  • Selected materials based on static friction tests, optimizing grip stability using an acrylic cup for high friction with rubber.

Social Media Platform

Real-Time MERN Stack Application

  • Developed a music-centric social media platform using the MERN stack with real-time notifications and chat functionality via Socket.io.
  • Implemented features for post creation, image uploads, and secure user authentication (login/logout).
  • Designed and coded both frontend and backend, totaling ~1,500 lines of code.
  • Utilized MongoDB for scalable data management and ensured responsive, user-friendly performance.

Investment Value Analyzer

Machine Learning Model in Python

  • Developed a data-driven tool to forecast real estate investment values across metropolitan areas.
  • Designed and implemented predictive algorithms using Python libraries like pandas, NumPy, scikit-learn, and matplotlib for data processing, analysis, and visualization.
  • Processed and analyzed large CSV datasets for cities including New York, Charlotte, and Los Angeles, integrating market trends and key performance indicators.
  • Delivered actionable insights for investors using advanced machine learning models and data analysis techniques.