/ABOUT
I am a Mechatronics Engineering graduate from Ontario Tech University with a focus on robotics, automation, and control systems. I bring hands-on experience from MDA Space, contributing to aerospace testing, system integration, and mechanical design for ground support equipment and test fixtures, and have developed multi-sensor embedded solutions using ESP32 platforms.
I am passionate about hands-on engineering, prototyping, and continuous improvement — bridging the gap between CAD design, hardware implementation, and system validation.
/EXPERIENCE
/SKILLS
Mechanical
Electrical & Instrumentation
Software
Systems & Testing
Hardware & Prototyping
/FEATURED PROJECTS
CapstoneAutomated Rotating Cat Litter Box
Designed and validated a multi-sensor embedded system with calibration, noise analysis, and threshold tuning to achieve reliable real-time detection.
ControlsPLC-Based Industrial Automation
Developed a PLC-based automation system with sequencing logic, safety interlocks, and fault handling across manual and automatic operating modes.
RoboticsVision-Guided KUKA Robotic Cell
Vision-guided pick-and-place on a moving conveyor with camera calibration and coordinate-frame transforms for accurate part localization.
MECHATRONICSAutonomous Delivery Rover
Autonomous delivery rover — chassis CAD, motor sizing, torque analysis, and full system integration and testing.
Mechatronics3-DOF 3D-Printed Robotic Arm
Designed and developed a 3-DOF robotic arm, including power electronics and SolidWorks–Simulink co-simulation to validate control system performance.
CapstoneAutomated Rotating Cat Litter Box
Designed and validated a multi-sensor embedded system with calibration, noise analysis, and threshold tuning to achieve reliable real-time detection.
/MECHANICAL PROJECTS
/ELECTRICAL & EMBEDDED PROJECTS
/SERVICES
CAD & Mechanical Design
Detailed 3D models, assemblies, and engineering drawings in SolidWorks, Siemens NX, and Inventor — validated through 3D-printed prototypes.
Testing & Validation
System and sensor testing with real-time data acquisition. Performance, accuracy, and reliability analysis to drive design improvements.
Automation & Controls
Automated systems built on control logic and sensor feedback, integrated and validated through iterative testing and tuning.
Have a project in mind?
Let's collaborate on robotics, automation, or mechanical design challenges. I'd love to hear about it.