Sean Jun Email & Phone Number

New York, NY, US

• US Partner Acquisition Team ‘Partner Gambit’ Project - Front-End Development: Overhauled the front-end interface. - Back-End Integration: Updated PSL request objects for server integration. - React Components: Built.
• Global Acquisition Team - Modular Architecture: Developed an application with a modular system where each geo-location customizes its components. - Dynamic UX: Introduced dynamic application fields based on user.
• Tech: React/Node.js, Angular, Jest, Selenium

Scottsdale, AZ, US

• Engineering: Contributed to the development of an internal data management tool for the company's sales engineers.
• Front-End: Designed application UIs using advanced React technologies like Redux-Saga, styled-components, and Hooks. Set up a TDD environment with Jest, React Testing Library, and Cypress.
• Email Reporting: Specialized in crafting responsive email templates for clients using the MJML framework.
• Tech: React/Redux/Redux-Saga/Hooks, Node.js/Express, Jest/react-testing-library/Cypress, MJML

New York, NY, US

• Community: Engaged in part-time community activities outside of Intel, leveraging post-bootcamp success to enhance public speaking skills.
• Workshop Host: Conducted weekly sessions to teach fundamental programming and provided guidance on entering the tech industry.

Santa Clara, California, US

• UI Programming: Contracted to develop retail applications integrating IoT solutions, similar to Amazon Go.
• Data Visualization: Initially developed D3.js-based visualizations to illustrate RFID tag and sensor interactions. Presented a proof-of-concept at the 2016 National Retail Federation, leading to a full contract.
• RFID Management Console: Post-extension (contract), focused on upgrading an AngularJS app from legacy to version 2 and migrating from Semantic to Bootstrap frameworks for an internal RFID-sensor management tool for.
• Tech: Angular, TypeScript, Bootstrap, D3.js, Karma/Jasmine, SQL, AWS

Scottsdale, Arizona, US

• Last job as a chemist. End of my Chemistry career.
• Worked as an analytical chemist at C4 Laboratories: a botanical testing facility specializing in cannabis medicine.
• Provided scientific-based results to help ensure the purity and safety of cannabis medicine for the patients of Arizona.
• Collaborated with a dedicated staff of doctors and scientists to support the clients with most up-to-date research information and test results.

• Part-time weekend work to support the family business.
• Managed all areas of operations during scheduled shifts -- including interviewing, hiring, and training personnel to work in a restaurant environment. Also worked as a cashier greeting customers, receiving orders, and.

Tempe, AZ, US

• Worked on enhancing the thermal stability of digital PCR enzyme reagents for the environmental sample processor (bioanalytical module), which will be mounted to an autonomous underwater vehicle (provided by Monterey.
• Extracted, purified, and cloned crude marine environmental samples provided by Monterey Bay Aquarium Research Institute. Utilized qPCR to determine the presence of nitrogen-fixing bacteria.
• Created urethane casting for an underwater electronic device that blinks in response to environmental stimuli. The casting was designed to withstand ocean pressure 500 meters below sea level.

• Overseas freelance project while visiting Korea.
• Worked on the project ‘Live Brilliant Hyundai Global Youth Marketing Camp’ -- helping 81 students from across the globe communicate with one another.
• Guided students to understand company principles through interactive games.

Daejeon, KR

• Studied the visible-light-induced inhibition of beta-amyloid aggregation (commonly known to be associated with Alzheimer’s disease) using a photochemical biomaterial known as Rose Bengal.
• Used Circular Dichroism to determine the secondary structure of the amyloid protein. Monitored transition from the non-amyloidogenic unordered/alpha-helix conformation of beta-amyloid small monomers to the.
• Mastered preparation of amyloid-beta fibrils and oligomers. Fully grown amyloid proteins were inserted into PC12 cells (from the rat adrenal medulla), then performed MTT assays to determine cytotoxicity.
• Learned to operate material analysis equipment, such as Atomic Force Microscopy (AFM). Two-dimensional images of single-touch AFM measurements of beta-amyloid oligomers were taken multiple times to monitor the growth.

Daejeon, KR

• Determined the structure of the post-translational protein, known as ubiquitin, and its related functions (signaling DNA replication repair).
• Labeled Ubiquitin with 13C/15N isotopes, then inserted into E. coli to be cultured and expressed in large volumes. Ion Exchange Column Chromatography was used to purify expressed ubiquitin.
• Analyzed purified ubiquitin with 600 MHz liquid-state Nuclear Magnetic Resonance Spectrometer.

Bachelor Of Science (B.S.), Biochemistry

Master Of Science (M.S.), Materials Science And Engineering

Full Stack Javascript Development