Hyeonjin Rim
************@*******.***.*** 323-***-****
Experience
Intern, KMAC, South Korea June – August 2016
Developed, designed, presented of learning materials for the Korea PSM program.
Collected and compiled survey data for Korea PSM learning materials. Student Intern, NURI- START UP COMPANY, South Korea May– December2011
Designed and manufactured the screw using Autodesk inventor and CNC machine. Software and QA
Programming Languages: Matlab, C++, Python, Fortran Design Programs: CATIA, AutoCAD, INVENTOR
Structural Analysis: ANSYS, ABAQUS
Documentation: MS Word, Excel, PowerPoint
Tools: SIX SIGMA, FRACAS, QFD, DFM, FMEA
Education
M.S.E. Mechanical Engineering May 2018
University of Massachusetts Lowell, Lowell, MA
Overall GPA: 3.36, GPA in Major: 3.66
B.S. in Aero Mechanical Engineering February 2013
Hanseo University, Seosan-si, Chungnam South Korea Overall GPA: 3.43, GPA in Major: 3.8
Publication
Published and Accepted
Eunsang Yoon, HyeonJin Rim,”Timing of Market Entry for New Products: An Exploratory Case Study” in Association of Marketing Theory and Practice 2018 (AMPT) for publication. Projects
Research Project - AMTP, Lowell, MA June 2017 – February 2018
Studied the factors that are relevant to the timing decisions for a new product like expectations of customers, responses of competitors, challenges of emerging start-ups, shortening of product life cycles, and global alliance of corporations.
Examined the timing-related strategic issues, reports an exploratory case study of the ninety-two pioneering or following market entries, and discusses the managerial implications or guideline for a firm’s entry-time decisions.
Model Aircraft Competition, South Korea February – June 2008, 2010
Designed, constructed, and programmed model aircraft.
Completed cost analysis, and reliability feasibility study, to complete model aircraft competition within design tolerances.
Awarded academic prize at Chungnam National University academic conference. Robot Arm Project and Humanoid Project, Hanseo University, South Korea February – June 2007, 2008
Designed, constructed, and programmed autonomous industrial robotic arms.
Completed cost analysis, and reliability feasibility study, to complete industrial robotic arms and small scale humanoid robot within design tolerances.