# Zhihao Meng > Mechanical Engineer Intern @ Anyware Robotics | UCLA MSME | UW BSME - Mechatronics Location: San Francisco Bay Area, United States Profile: https://flows.cv/zhihao I am a Master’s student in Mechanical Engineering at UCLA (B.S. in Mechanical Engineering from the University of Washington) with a focus on mechanical design and robotics. My background includes CAD modeling (SolidWorks, CATIA, NX, Creo), GD&T, FEA (ANSYS, Abaqus), DFM/DFA, and hands-on prototyping with 3D printing (FDM/SLA/SLS), CNC machining, and injection molding. In robotics, I work with Python, MATLAB/Simulink, ROS2, Gazebo, Isaac Sim, MuJoCo, and Drake to develop control systems (PID, impedance, admittance), kinematic/dynamic modeling, digital twins, and sensor/embedded integration. I have designed and built a range of systems and products, including adaptive robotic end-effectors for composite nondestructive testing, an automated composite bladder wrapping system that replaced manual labor and boosted efficiency, and a handheld kinesthetic device for haptic accessible navigation. Beyond academia, I gained industrial experience in product development for small household electrical appliances, which gave me exposure to product testing, competitive analysis, and performance optimization in a real-world engineering environment. My goal is to pursue internship and full-time opportunities as a Mechanical Engineer or Robotics Engineer in robotics, consumer electronics, or advanced manufacturing. ## Work Experience ### Mechanical Engineer Intern @ Anyware Robotics Jan 2025 – Present | Fremont, CA ### Robotics Researcher @ UCLA | Bionics Lab Jan 2025 – Jan 2025 | Los Angeles, CA • Modeled a digital twin of the Kawasaki CX210L in MuJoCo, adapting URDFs and KDL for accurate kinematic/dynamic simulation. • Built an admittance controller in C++ with mass–damper modeling, force sensing, and Kalman filtering for compliant, safe robot motion. • Automated MATLAB workflows to analyze trajectories, supporting gain tuning and compliance validation in free-space and contact tasks. • Streamed robot states to Unity and mapped dual-camera OpenCV input to a 3D avatar for real-time motion mirroring. ### Product Development Engineer Intern @ Zhejiang Haoda Electrical Appliance Co.,Ltd Jan 2024 – Jan 2024 | Shaoxing, Zhejiang, China • Conducted product testing, validation, and competitor benchmarking to support engineering decisions. • Contributed to design modifications that improved suction performance and overall product reliability. • Identified and resolved motor noise and vibration issues through material and structural optimization. • Collaborated with cross-functional teams on CAD reviews, prototype builds, and manufacturability evaluations. • Incorporated customer feedback from U.S. users to refine designs of a food warming mat and vacuum cleaner, both advancing toward mass production and holiday launch. ### Mechatronics Engineer @ University of Washington Mechanical Engineering Jan 2024 – Jan 2024 | Seattle, Washington, United States • Designed a semi-automated bladder wrapping system, automating the manual process for aerospace composite manufacturing. • Built the system in SolidWorks and fabricated with 3D printing and machining; designed a custom controller box and integrated neoprene ribbons and crowned rollers for smooth alignment. • Simulated system dynamics in MATLAB/Simulink and tuned a closed-loop PIDF controller for stable, responsive motion. • Programmed embedded C on NI myRIO with multi-threading and encoder/joystick integration, ensuring reliable position tracking. ### Mechanical Design Engineer @ Boeing Advanced Research Collaboration at UW Jan 2023 – Jan 2024 | Seattle, Washington, United States • Designed adaptive robotic end effectors inspired by biomimetic mechanisms to enable reliable ultrasonic coupling on complex composite surfaces. • Integrated the ABB IRB 120 robot with custom fixtures and jigs; developed SolidWorks assemblies for robust alignment and repeatable probe testing. • Built and validated prototypes using SolidWorks, FDM 3D printing, silicone casting, and machining, ensuring robust integration and reliable testing. • Performed structural FEA in ANSYS and produced ASME Y14.5 compliant drawings with GD&T and tolerance stack-up analysis. ### Mechanics of Materials Researcher @ Boeing Advanced Research Collaboration at UW Jan 2023 – Jan 2024 | Seattle, Washington, United States • Investigated the anisotropic mechanical response of FDM-printed PEEK under varied parameters to optimize performance for aerospace applications. • Designed and fabricated ASTM-standard tensile specimens; conducted uniaxial testing and applied Digital Image Correlation for strain and failure analysis. • Processed experimental data in MATLAB and compared with theoretical models to evaluate material behavior and failure mechanisms. • Troubleshot and resolved 3D printer issues, improving reliability and establishing standardized maintenance workflows for consistent print quality. ### Mechanical Designer @ UW Engineering Innovation in Health Jan 2022 – Jan 2023 | Seattle, Washington, United States • Designed and prototyped a low-cost medical device to regulate IV flow using a mechanical control system, infrared sensors, and Arduino. • Conducted experiments on polymer tubing and analyzed data with Python, informing design updates that improved flow stability over long durations. • Modeled the controller in SolidWorks and fabricated functional prototypes with SLA 3D printing for testing and validation. ### Mechanical Design Team Lead @ Sensors, Energy, and Automation Laboratory (SEAL) Jan 2022 – Jan 2022 | Seattle, Washington, United States • Applied dielectric barrier discharge technology to generate electrohydrodynamic flow, improving electrostatic filtration efficiency against airborne particles. • Led mechanical design of a lightweight mask frame, iterating through multiple prototypes to integrate battery and wiring while enhancing comfort and usability ### Engineering Assistant @ Zhejiang Supor Co., Ltd. Jan 2021 – Jan 2021 | Zhejiang, China • Composed operating instructions for multiple kitchen appliances, streamlining workflows and improving assembly line productivity. • Optimized tolerances, standardized processes, and added testing procedures, reducing product defects and enhancing manufacturing quality. ## Education ### Master of Science - MS in Mechanical Engineering UCLA ### Bachelor of Science - BS in Mechanical Engineering - Mechatronics University of Washington ## Contact & Social - LinkedIn: https://linkedin.com/in/zhihaomeng --- Source: https://flows.cv/zhihao JSON Resume: https://flows.cv/zhihao/resume.json Last updated: 2026-04-08