Artemis Rondo

Sep 2022 - Sep 2023

Collins Aerospace - Manufacturing Engineering Specialist Intern

• Successfully migrated the Manufacturing Process Sheets (MPS) and Assembly Process Sheets (APS) from Matrix PLM to Solumina, showcasing meticulous attention to detail and a commitment to precision.
• Worked with cross-functional teams in operations, quality, tooling, gauge calibration, and manufacturing engineering to ensure alignment with the master plan.
• Facilitated the efficient transfer of key documents into Solumina, covering Critical Lifting plans, approved MPS/APA plans, FOD documentation, part-specific notes, acceptance test plans, data recordings, part and serial numbers, gauge information, torque requirements, NadCap specifications, and process tracking dimensions.
• Collaborated with an extensive team to implement and upgrade Autotime software, overseeing testing, installation, and delivering comprehensive training for accurate labor cost tracking and improved project assessment.

Sept 2023 - Dec 2023

Force Controlled Gripper, Ryerson University

• Designed a force-controlled gripper prototype within a 25-gram 3D printing limit, integrating mechanical components for optimal handling.
• Combined a DC motor, NI USB-6001 Multifunction USB DAQ, force sensor, and ELEGOO kit to create a fully functional force-controlled gripper.
• Implemented LABVIEW (VI) software with a PID controller, showcasing expertise in motion and feedback control for secure grip on a ping-pong ball. Also, used SolidWorks for mechanical integration and KiCad for electrical integration.

Sept 2023 - Dec 2023

Robot Car System Project, Ryerson University

• Collaborated with a team of four engineers to develop a versatile robot car utilizing the ELEGOO kit and MechBot design, excelling in manual control response, predefined path navigation, and obstacle avoidance maneuvers.
• Integrated advanced sensory technologies, including ultrasonic and infrared sensors, rotary encoder, and inertial measurement unit, enhancing the robot's precision in navigation and task execution.
• Implemented a meticulous PID controller system for precise feedback, ensuring consistent adherence to the intended path and overall heightened system control and responsiveness.

A proactive and motivated individual seeking a full-time position in the Engineering industry, eager to take on new and demanding responsibilities. I aspire to make valuable contributions to a company's success while expanding my skills and knowledge.

• Mechatronics Systems Design
• Measurements, Sensors and Instruments
• Project Management
• Mechanical Design (Capstone Project)
• Control Systems
• Microprocessors Systems
• Heat Transfer

Team Design Member                            09/2021 - 09/2022

Willing to learn about vehicle electrical design, and the function of different computing devices, and processing units. Strong foundation on vehicle aerodynamics. Attending all the team meetings, and always being active in the conversations to help the team by showing superior analytical and problem-solving skills.