Xinyue Chang (CJ), Ph.D., P.E.
Licensed Professional Engineer at Crandall Engineering- Claim this Profile
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English Professional working proficiency
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Chinese Native or bilingual proficiency
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Cantonese Native or bilingual proficiency
Topline Score
Bio
Credentials
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Professional Engineer (PE)
Indiana Professional Licensing AgencyOct, 2020- Nov, 2024 -
Certified LabVIEW Associate Developer (CLAD)
National InstrumentsApr, 2015- Nov, 2024
Experience
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Crandall Engineering
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United States
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Civil Engineering
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1 - 100 Employee
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Licensed Professional Engineer
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Aug 2015 - Dec 2022
- Mechanical HVAC design, calculations, and construction documents - Electrical load calculations, validation, and construction documents - Plumbing design and construction documents - Structural design, validations, and calculations for commercial buildings - Site development, landscaping, stormwater management design - Mechanical HVAC design, calculations, and construction documents - Electrical load calculations, validation, and construction documents - Plumbing design and construction documents - Structural design, validations, and calculations for commercial buildings - Site development, landscaping, stormwater management design
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Purdue University
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United States
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Higher Education
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700 & Above Employee
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Graduate Teaching Assistant
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Oct 2014 - May 2015
- Lab instructor of undergraduate material processing course - Provided student-oriented learning environment for various backgrounds and experiences - Lab instructor of undergraduate material processing course - Provided student-oriented learning environment for various backgrounds and experiences
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AAM - American Axle & Manufacturing
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United States
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Automotive
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700 & Above Employee
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Project Lead, Warehouse Facility Optimization
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May 2013 - May 2015
- Collaborated with cross-functional experts from AAM, Deere, Eaton, and Faurecia to understand industrial needs - Experienced entire project stages from initial scope settling, Gate evaluation, pilot test, to delivering - Developed and analyzed feedback data from front-line personnel, and found key factors with root cause analysis - Led a team of 12 undergraduate students to perform P-FMEA against the implementation of algorithm - Developed meta-heuristic topological spatial and… Show more - Collaborated with cross-functional experts from AAM, Deere, Eaton, and Faurecia to understand industrial needs - Experienced entire project stages from initial scope settling, Gate evaluation, pilot test, to delivering - Developed and analyzed feedback data from front-line personnel, and found key factors with root cause analysis - Led a team of 12 undergraduate students to perform P-FMEA against the implementation of algorithm - Developed meta-heuristic topological spatial and optimal algorithms for ODP(W/S) in CLP - Created GUI application with Qt/ OpenGL to implement the algorithms - Achieved 13.8% improvement of utilizing the given warehouse more efficiently Show less - Collaborated with cross-functional experts from AAM, Deere, Eaton, and Faurecia to understand industrial needs - Experienced entire project stages from initial scope settling, Gate evaluation, pilot test, to delivering - Developed and analyzed feedback data from front-line personnel, and found key factors with root cause analysis - Led a team of 12 undergraduate students to perform P-FMEA against the implementation of algorithm - Developed meta-heuristic topological spatial and… Show more - Collaborated with cross-functional experts from AAM, Deere, Eaton, and Faurecia to understand industrial needs - Experienced entire project stages from initial scope settling, Gate evaluation, pilot test, to delivering - Developed and analyzed feedback data from front-line personnel, and found key factors with root cause analysis - Led a team of 12 undergraduate students to perform P-FMEA against the implementation of algorithm - Developed meta-heuristic topological spatial and optimal algorithms for ODP(W/S) in CLP - Created GUI application with Qt/ OpenGL to implement the algorithms - Achieved 13.8% improvement of utilizing the given warehouse more efficiently Show less
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John Deere
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United States
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Machinery Manufacturing
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700 & Above Employee
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Project Lead, Shipping Configuration Optimization
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Jan 2012 - May 2015
- Closely collaborated with experts from Deere, AAM, Eaton, and Faurecia during the project cycle, from scope identification to the validation and delivery - Utilized QFM and FDM to find root causes and key factors for optimization model - Established KPI evaluation system, combined with cost-effectiveness analysis, for containerization configurations - Led a team of 26 undergraduate students to perform D-FMEA to the design; and FEA evaluation with ANSYS & COMSOL - Developed… Show more - Closely collaborated with experts from Deere, AAM, Eaton, and Faurecia during the project cycle, from scope identification to the validation and delivery - Utilized QFM and FDM to find root causes and key factors for optimization model - Established KPI evaluation system, combined with cost-effectiveness analysis, for containerization configurations - Led a team of 26 undergraduate students to perform D-FMEA to the design; and FEA evaluation with ANSYS & COMSOL - Developed meta-heuristic topology-based optimization algorithms for RBPP in CLP with irregular shaped SKD modules - Created GUI application with Qt/ OpenGL to implement the algorithms - Achieved 16.2% improvement in container space utilization in the worst-case scenario Show less - Closely collaborated with experts from Deere, AAM, Eaton, and Faurecia during the project cycle, from scope identification to the validation and delivery - Utilized QFM and FDM to find root causes and key factors for optimization model - Established KPI evaluation system, combined with cost-effectiveness analysis, for containerization configurations - Led a team of 26 undergraduate students to perform D-FMEA to the design; and FEA evaluation with ANSYS & COMSOL - Developed… Show more - Closely collaborated with experts from Deere, AAM, Eaton, and Faurecia during the project cycle, from scope identification to the validation and delivery - Utilized QFM and FDM to find root causes and key factors for optimization model - Established KPI evaluation system, combined with cost-effectiveness analysis, for containerization configurations - Led a team of 26 undergraduate students to perform D-FMEA to the design; and FEA evaluation with ANSYS & COMSOL - Developed meta-heuristic topology-based optimization algorithms for RBPP in CLP with irregular shaped SKD modules - Created GUI application with Qt/ OpenGL to implement the algorithms - Achieved 16.2% improvement in container space utilization in the worst-case scenario Show less
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Purdue University
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United States
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Higher Education
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700 & Above Employee
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Graduate Researcher, Research-Oriented 3D Printer Development
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Oct 2011 - Dec 2012
- Constructed the largest FDM 3D printer in Indiana - Design and verified with software tools - SolidWorks, AutoCAD, COMSOL, and ANSYS - Wrote control codes to regulate motion and precision of the 3D printer based on LabVIEW simulation logic - Built the designed 3D printer from scratch and performed troubleshooting along the product life cycle of the printer - Helped other research projects to succeed by providing high quality 3D printed tools and models using CATIA and AutoCAD, - Constructed the largest FDM 3D printer in Indiana - Design and verified with software tools - SolidWorks, AutoCAD, COMSOL, and ANSYS - Wrote control codes to regulate motion and precision of the 3D printer based on LabVIEW simulation logic - Built the designed 3D printer from scratch and performed troubleshooting along the product life cycle of the printer - Helped other research projects to succeed by providing high quality 3D printed tools and models using CATIA and AutoCAD,
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Michigan Technological University
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United States
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Higher Education
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700 & Above Employee
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Graduate Research Assistant, Product Development & Lean Improvement Research
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Jan 2010 - Nov 2010
- Analyzed customer feedback data for optimizing customer-driven product development with QFM benchmarking tools - Investigated production-line feedback data and manufacturing records for improving lean manufacturing with P-FMEA and root-cause analysis - Analyzed customer feedback data for optimizing customer-driven product development with QFM benchmarking tools - Investigated production-line feedback data and manufacturing records for improving lean manufacturing with P-FMEA and root-cause analysis
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ZTE Corporation
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China
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Telecommunications
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700 & Above Employee
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Lean Manufacturing Engineer, summer internship
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Jun 2008 - Aug 2008
- Investigated and analyzed the material flows, factory layout and management of the production lines - Utilized lean manufacturing and six sigma tools - Achieved 23% reduction in defection rate and 15.6% reductions in production-line starving rate - Investigated and analyzed the material flows, factory layout and management of the production lines - Utilized lean manufacturing and six sigma tools - Achieved 23% reduction in defection rate and 15.6% reductions in production-line starving rate
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Education
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2011 - 2015
Purdue University
Doctor of Philosophy (Ph.D.), Mechanical Engineering Technology: Engineering/ Industrial Management -
2009 - 2010
Michigan Technological University
Master of Science (M.S.), Mechanical Engineering & Engineering Mechanics -
2005 - 2009
The Hong Kong University of Science and Technology
Bachelor of Engineering (B.Eng.), Mechanical Engineering
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