Jennifer Hong

"The mission of Rose-Hulman Institute of Technology is to provide our students with the world's best undergraduate science, engineering, and mathematics education in an environment of individual attention and support. Rose-Hulman graduates will be inspired and prepared for lives of purpose and success, defining and solving the problems of a complex global society. Rose-Hulman will be a lifelong partner with our graduates and a recognized global leader in science, engineering, and mathematics education."

- Assisted students who visit Career Services & Employer Relations achieve career success by providing
one-to-one resume advising, facilitating practice interviews, and supporting various outreach activities and events
- Increased Career Services & Employer Relations’ visibility and impact on campus by speaking to student groups, assisting Career Services & Employer Relations events, and completing projects with Career Services & Employer Relations staff members.
- Supported the office during the preparation, running, and post Career Fairs quarterly from completing tasks such as paperwork, assisting employers in set-up/teardown, and during the fairs to provide water or answer questions

- Lead tours of the Rose-Hulman campus as well as providing information and answering questions for prospective students and their families
- Supported the Admissions Office by completing other administrative tasks when necessary

"The next generation of mobility is for riders - not drivers. We are designing new ways to make our time between places more useful, more social and more fun."

• Analyzed supplier data, references, and resources to define the design scope and provide the desired deliverables to match the studio group
• Created environment in OPTIS and CATIA to simulate the real-world output for the center high-mounted stop light (CHMSL) on the vehicle

"Tesla’s mission is to accelerate the world’s transition to sustainable energy."

- Innovated details to an existing design to be able to pass safety regulations, accuracy concerns for the implementation of a new part for the small drive unit
- Identified and corresponded with vendors for rapid prototyping and new equipment quotes to improve the line processes when implementing a new machined part in coordination with ergonomic, engineering, health, and safety
- Designed and implemented a gauge and collector for the large drive unit line to ensure that copper bars placed on the line were separated prior to washing to ensure that grease and other contaminants would not exist when inserted into the stator unit; creating a buildup of copper bars on the line and alerting the associate. Simple, cheap, and easy. formed by sheet metal and this was created in adjunct with a PCA which was created for the Large Drive Unit. This gage will be able to stop stacked copper bars from entering the washer and dryer machine. This enables the ability to remove a portion of the line which alleviates maintenance as well as bent bars that have the need to be recycled. Pre-cut LDU copper bars will now be placed and the conveyor will also be shortened. it seems more than likely that these gages will not have to be replaced very frequently at all because they are quite thick and are not easily destroyed; perhaps once a year at most if the gage is left as it is where it is installed and not manipulated.
- Produced and implemented a solution for the coolant jets on the CNC lathes to provide a stable structure in preventing associates in knocking the coolant pipes into an ineffective position
- Initiated business relationships with suppliers to save $3,000 per part and in turn reducing the amount of scrap rotors
- Developed workflows and processes to increase efficiency on manufacturing lines