Chuan Ding Email & Phone Number

中国 北京

- Designed mechanical structures, motion mechanisms, and sketched CAD drawings for TV program stages of China Central Television (CCTV)- Assisted and problem-solved the on-site installation of stage structures and equipment for TV programs- Researched classic big-scale theatre shows, scouted and collected info&data of innovative mechanism and technologies to build such shows- Participated in the Evergrande’s FairyLand’s theatre conceptual design, storyline, characters and scenes- Participated in the creative design of the “giant tree” element of the 70th Anniversary National Day Tian’anmen square night show, designed angle adjuster mechanism for projectors of the graphics on the giant trees

Beijing City, China

• Used NX/TC to design the mechanical structures (flanges, insulation shields, frames, fixations, etc.) of the Hybrid High-Voltage Direct-Current Circuit Breaker, to make sure well-distributed voltage and good mechanical strength within the breaker• Participated in designing 550kV and 420kV Surge Arresters (enclosures, electrodes, shielding case, etc.), in cooperation with Swiss R&D of ABB• Created NX or ProE 3D models, 2D drawings, BOM, GD&T, and participated in FMEA and DFMA• Supported project manager in material purchasing, and communicated with suppliers to ensure project schedule and quality• Obtained Lean Six Sigma yellow belt certificate

中国 北京市

- Assisted client companies in using IC.IDO system for intelligent design and manufacturing applications (in their projects), including digital twins, virtual assembly verification, ergonomics analysis, interference check and comprehensive coordination review, etc. - Based on client companies’ engineering R&D demands, displayed to potential clients how IC.IDO could help solve their tough problems during the R&D process, acquainting them with our product, gained their trust and passion- In charge of project implementation and user training in automobile and general machinery industries- Edited and translated technical and marketing documents of IC.IDO.

Beijing City, China

• Developed 3D models of cast parts such as nozzles and burners for power plants’ NOx emission control and reduction projects using Solidworks, and converted models into engineering drawings for manufacturing purposes• Analyzed catalyst properties for SCR ammonia system based on data given by catalyst suppliers using Excel• Generated mathematical models that predict the catalyst volumes needed to be used in future low NOx projects• Developed from concept to manufacturing an innovative zigzag separator to separate silicon powder from coal-silicon powder mixture • Created a 3D model of Ammonia Injection Grid (AIG) using Solidworks from the sketch of the R&D department in order for the R&D to discuss the feasibility for development

Greater Atlanta Area

• Drafted design proposal that won the sponsorship project (washroom trash compactor) from Kimberly-Clark • Developed conceptual designs through detailed and fine hand drawings and 3D modeling using AutoCAD Inventor.• Designed and built a prototype of washroom trash compacter in public washrooms to relieve overflow of paper towels and saved janitorial time and cost• Led the team to create a test fixture and found the relationship of required force vs. trash loads, and required force vs. desired compacting ratios• Fabricated a working prototype using waterjet cutter, drill press and bandsaw in machine shop

• Designed a dolphin-like personal submarine that has segmented tail connected by motorized joints to achieve faster and easier maneuver under water• Modeled the main parts of the watercraft using Unigraphics NX• Conducted Finite Element Analysis on the mechanical properties of the key components and located maximum strain• Determined the causes of localized strain and stress• Modified and improved the physical attributes and mechanism of the parts according to the FEA results

Master'S Degree, Mechatronics, Robotics, And Automation Engineering

Bachelor Of Engineering (Be), Mechanical Engineering, 3.4/4.0

Candidate For Bachelor Of Science In Mechanical Engineering, Mechanical Engineering, 3.70/4.00

Activities and Societies: American Society of Mechanical Engineers, Climbing Club