Jaeho Oh Email & Phone Number

Grenada, Ms, Us

Grenada, Ms, Us

Athens, Georgia, United States

Grenada, Mississippi, United States

• Successfully led line efficiency project - Conducted time study to balance work force throughout the line - Improved line equipment and fixture functionality by labor optimization Kaizen - Introduced/displayed line efficiency tracking system - Reduced head count and created cost reduction effect• Managed the most critical equipments/machines for production - Created a simple but very informative document for tracking changes on machine settings - Improved design of spare parts to reduce part failure, which incurred cost reduction effect - Purchased, installed, and set up the important machines to meet production demands for capacity increase driven by customers - Conducted PM program for equipment to maintain satisfactory performance level• Supervised employees to aid in running equipments/machines for production team - Educated employees to be knowledgeable about principles of machine operation - Delegated the appropriate jobs to each employees to maximize their skills/expertise• Assisted communication between company and Korean vendors to facilitate technical support, part purchase, trade compliance, and etc.

Alexander City, Al

• Established preventative maintenance (PM) manuals for part scrap reduction - Documented all the necessary steps to perform the best PM - Installed monitors at locations where operators can read and learn PM continuously • Managed injection-related documents of newly developed parts from Korea for smooth transition to the local plant - Recorded injection problems of each part and cooperated with engineers to establish and apply countermeasures to them • Assisted communication between Korean and American engineers by playing a role as an interpreter

● Designed, developed, and fabricated a microfluidic device to study cell adhesion related to cancer metastasis.● Simulated a custom-designed microfluidc device using COMSOL for surveying wall shear stress and streamline profiles inside the chamber.● Performed theoretical calculations on particle trajectory within the chamber to predict distribution of the cells along the chamber.● Advised an undergraduate student in creating data analysis software powered by MATLAB.● Analyzed complex cellular response behavior and compared statistically analyzed experimental data with predicted theoretical outcomes.● Characterized cell-specific behaviors to distinguish between healthy and diseased cells.

● Developed a Microelectrical Mechanical Systems (MEMS) platform to study the influence of spatial restriction on would healing.● Established fabrication process and performed troubleshooting to improve the integrity of the systems In the development of MEMS devices.● Trained an undergraduate student in the design and fabrication of a mechanical stretching apparatus to study the effects of mechanical stress on cells.● Quantified the effects of mechanical stimuli on cell morphology by visualizing changes in internal cellular building structures.

Master'S Degree, Mechanical Engineering

Activities and Societies: BGSAC

Bachelor'S Degree, Mechanical Engineering

Activities and Societies: Pi Tau Sigma• Listed in Dean's list every semester • Graduated with high honor

Associate Of Arts (A.A.)

Activities and Societies: Phi Theta Kappa• Listed in Dean's list every semester • Graduated top 5 percent of student body