Kun Chong Lam
*** ****** **. ****** ** *****
*******@*****.***
Education
Wentworth Institute of Technology, Boston, MA
Bachelor of Science in Electromechanical Engineering May 2012
Dean’s List Fall 2008 – 2009
Merit Award Scholarship
GPA 3.352/4.0
Coursework
Network Theory II Engineering Heat Transfer Analog Circuit Design
Embedded Computer Systems Engineering Dynamics Electromechanical Design
Feedback and Control Advanced Mechanics of Material Engineering Thermal Design
Computer Aided Manufacturing Advanced Mathematical Modeling
Technical Skills
Engineering: Strength tests, solder, debug circuits
Software: Working Model 2005, CamWork 2010, PSpice, Adobe Dreamweaver CS3, Benchman,
Microsoft Office 2010 (Word, Excel, Visio), MATLAB, SolidWorks 2010
Devices: Instron Machine, oscilloscope, digital multimeter, function generator, tensile machine, pitot
tube, mechanical anemometer, hot wire anemometer, thermocouples
Language: Cantonese
Work Experience
Cognex Corporation, Natick, MA April 2013 – Present
System Technician
• Assembled raw materials to create finish products
• Evaluated and inspected final goods before shipping
• Modified procedures to increase productivity
Revolabs, Sudbury, MA May – December, 2011
Quality Assurance and Quality Control Technician
• Shipped on average of 500 units per week
• Diagnosed and debugged malfunction units
• Guaranteed products satisfaction
Wentworth Institute of Technology, Boston, MA May – September, 2010
Research Assistant
• Researched to enhance the telemedicine field
• Simulated a remote home monitoring system in a lab environment
• Published paper, Application of Simulation Scheme for a Telemedicine System in a Lab, in
International Conference of Education, Research and Innovation, 2010
Skywalk Observatory, Boston, MA October 2009 – May 2011
Sales Clerk
• Sold on average of 100 tickets per shift
• Ensured stability of all exhibits
• Provided customer service satisfaction
Projects
Automatic Delivery of Supplemental Oxygen September 2011
• Measured the patient’s oxygen saturation level
• Regulated supplemental oxygen to maintain above 93% oxygen saturation level
• A close loop system for automatic adjustments
Tensile Analysis Station for Biological Materials February 2010
• Researched to revive an old tensile machine at Brigham and Women’s Hospital
• Developed a tensile test program using LabVIEW
Computer Aided Manufacture September 2009
• Hand drew sketches; Simulated designs using Solidworks and Camworks
• Verified operation plans using Benchman; Used ProtoTrak to cut designs
Heating Cup September 2009
• Redesigned portable heating cup for beverages
• Used Nichrome wire; Added a switch to enhance longevity of the power source