Tyler Lewis

• Phone: +1 416 555 0123
• Email: tyler.lewis@email.com
• Location: Toronto, Canada
• LinkedIn: tyler-lewis-robotics

Summary

Led the development and deployment of advanced robotic manipulation systems for manufacturing, achieving a 25% increase in production efficiency over three years. Proven expertise in ROS, computer vision, and mechatronics for complex robotic applications.

Designed and implemented control algorithms for autonomous mobile robots, resulting in a 15% reduction in operational costs through optimized navigation and task execution. Committed to innovating robust and scalable robotic solutions.

Experience

Senior Robotics Engineer, Kinetic Automation Solutions -- Toronto, Canada

Sept 2020 – present

• Architected and implemented ROS-based software frameworks for industrial robotic arms, reducing development cycles by 20% for new product integrations.

• Developed and optimized perception algorithms using OpenCV and PCL for object recognition and pose estimation, improving pick-and-place accuracy by 18%.

• Managed cross-functional teams in the deployment of 10+ robotic cells, ensuring seamless integration with existing manufacturing lines and exceeding client performance targets.

• Mentored junior engineers in best practices for robotics software development, simulation (Gazebo), and hardware-in-the-loop testing.

Robotics Engineer, Maple Robotics Inc. -- Toronto, Canada

June 2017 – Aug 2020

• Designed and programmed control systems for collaborative robots (UR, Franka Emika) for assembly and inspection tasks, increasing throughput by 10%.

• Contributed to the development of autonomous navigation stack for AGVs, utilizing SLAM, path planning (MoveIt!), and obstacle avoidance algorithms.

• Performed system integration and testing of robotic hardware and software components, identifying and resolving critical issues prior to deployment.

• Developed custom HMI interfaces for robot operation and monitoring, enhancing user experience and reducing training time for operators.

Research Assistant, Robotics, Ontario Tech University Robotics Lab -- Oshawa, Canada

Sept 2015 – May 2017

• Assisted in the research and development of novel human-robot interaction techniques for industrial settings.

• Programmed Baxter robot for gesture recognition and adaptive task execution, publishing findings in a peer-reviewed conference.

• Maintained and calibrated laboratory robotic systems, including 7-DOF manipulators and mobile platforms.

Education

University of Toronto, M.Eng. in Robotics and Mechatronics -- Toronto, Canada

Sept 2016 – May 2017

University of Waterloo, B.A.Sc. in Mechanical Engineering -- Waterloo, Canada

Sept 2012 – Apr 2016

Skills

Programming Languages & Frameworks: Python, C++, ROS (Robot Operating System), MATLAB, OpenCV, PCL, MoveIt!, Gazebo, PyTorch

Robotics Hardware & Systems: Industrial Robotic Arms (Fanuc, KUKA, Universal Robots), Collaborative Robots, AGVs, Mobile Manipulators, Sensor Integration (Lidar, Cameras, Force/Torque Sensors)

Control Systems & Algorithms: Kinematics (Forward/Inverse), Dynamics, Path Planning, Motion Control, SLAM, Optimal Control, Machine Learning for Robotics

Tools & Software: Git, Docker, Linux, SolidWorks, AutoCAD, JIRA, Agile Methodologies

Core Competencies: Autonomous Systems, Computer Vision, Mechatronics, System Integration, Troubleshooting, Technical Documentation