Portfolio
Megan Ying
Carnegie Mellon University — B.S. Mechanical Engineering
(01)about
Hi! I’m Megan Ying, a mechanical engineer and Carnegie Mellon graduate with experience taking mechanical designs from early concepts and prototypes to production hardware. I enjoy combining creative design with analytical problem-solving, using math, simulation, and testing to predict performance, evaluate trade-offs, and guide design iteration.
My background also spans software engineering and data analytics, which I use to complement my mechanical design work through test-data analysis, automation, and design optimization. I’m particularly interested in robotics and physical AI because of their interdisciplinary nature and the way they bring together mechanical design, electronics, and software.
product design & cad
- Siemens NX
- SolidWorks
- GD&T
- DFM
- PLM
analysis & validation
- FEA
- ANSYS
- Tolerance Analysis
- DOE
- Failure Analysis
manufacturing & prototyping
- Machining
- 3D Printing
- Stamping
- Injection Molding
- Rapid Prototyping
mechatronics & controls
- Arduino
- Control Systems
- Sensor Integration
engineering software
- Python
- MATLAB
(02)experiences
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Bloomberg
Software Engineer
Oct 2025 — Present
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Design Research Collective
Research Assistant
Sep 2024 — Jul 2026
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Apple
Interconnect Product Design Co-op
Sep 2023 — Aug 2024
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UBS
Quantitative Trading Summer Analyst
Jun 2023 — Aug 2023
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Caterpillar
Hydraulics & Controls Engineering Intern
May 2022 — Aug 2022
(03)meche projects
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Battery
Door Nov 2024 — Dec 2024Designing a one-touch battery door release mechanism with the button seamlessly integrated into the door geometry.
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Trash
Compactor Sep 2024 — Dec 2024Designing and fabricating an automated household trash compactor to reduce waste volume and plastic bag consumption.
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Tripod
Attachment Nov 2022 — Dec 2022Designing and manufacturing an assistive tripod attachment that automates phone mounting and simplifies camera positioning for users with limited wrist strength and dexterity.
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Linkage
System Oct 2022 — Nov 2022Designing and iterating a linkage mechanism to convert rotary motor motion into controlled linear motion and maximize button actuation time.
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Well
Driller Nov 2021 — Dec 2021Developing a human-powered well drilling system that converts pedal input into vertical drilling motion through mechanical power transmission.
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Mobile
Robot Oct 2021 — Nov 2021Programming an autonomous differential-drive robot to follow a curved path and avoid moving obstacles using infrared and ultrasonic sensors.
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Truss
Structure Sep 2021 — Oct 2021Designing and fabricating a lightweight truss structure to withstand a 40-pound load.
(04)other projects
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Noise
Reduction Feb 2023 — Mar 2023Implementing an adaptive LMS filter in MATLAB to reduce background noise in real-world audio while preserving important signals.
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Chinese
Checkers Oct 2021 — Nov 2021Building a Chinese Checkers game with AI decision-making, multiplayer support, and an interactive graphical interface.
Bloomberg
Design Research Collective
Apple
UBS
Caterpillar