Responsible for product development of enterprise wireless hardware monitors for industrial equipment.Contributed to R&D of machine learning diagnostic models for real-time industrial health monitoring.Responsible for product implementation in farms, food production facilities and commercial buildings.Product development and testing.Design business development strategies.

Led a team of 5 to design and implement a set of engineered solutions that would reduce defects caused by incorrect bag placement on a production line. Subsequent testing of the solutions indicate that it would mitigate the effect that caused incorrect bag placement.AccomplishmentsManufactured a physical prototype of our design using novel manufacturing techniques (3D printing) and conventional methods.Subsequent testing indicates that the design would be a cost effective solution and mitigate incorrect bag placement, if installed on the lineAccomplismentsSemi-finalist at Innovate to Grow Event

Managed a project involving the installation of a bottle warming system. Provided support and assistance on the design and execution of capital projects including the following: Equipment sizing and selection, purchasing, logistics, commissioning, start-up, equipment and system qualification, continuous improvement. Worked in engineering teams to identify issues, collect appropriate supporting data, develop and present improvement ideas, and implement solutions. Developed and maintained relationships and a line of communication between contractors, suppliers, engineers, and operations.

Organized and led a team of two, to develop a functional home automation system (Switch). System is composed of a custom engineered wifi smart outlet and android application. Designed and manufactured the smart outlet system and used Node JS (computer language) in order to create a interface for easy hardware access by the android app. 3D modeling and 3D printing were used extensively to showcase a complete working product.AccomplishmentsFinals : Grand Prize WinnerSemi-Finals : Energy Category Winner

Developed a custom 3D printing web service that allows users to upload STL models for 3D print manufacturing. Utilized php and javascript for custom logic for the web service. Provided a simple interface to provide quotes for manufacturing. Fixed issues surrounding 3D printer to improve gcode generation speed and quality of parts.

Developed a google chrome extension that checks for viruses in web links before downloading. Utilized javascript to interact with a rest api in order to check for viruses. Parent company of the api (OPSWAT), purchased the app and then later released it as an OPSWAT officially supported product.AccomplishmentsSold intellectual property to Silicon Valley companyExercised proficient use of javascript, css and html in order to provide a useful tool for web usersCurrently carries 4.74/5 rating on the chrome store and has 3,293 users with the app installed

April 2012, April 2013, April 2014 and April 2015In cooperation with the Merritt Writing Program, we co-developed and spearheaded an Entrepreneurial Conference on campus to inspire undergraduate students. Developed ASUCM senate bills and worked with senators to secure funding. We invited 6 professionals from various backgrounds to attend as speakers; this included venture partners, entrepreneurs, marketing executives and private business owners. Managed logistics and spending budgets of the event with professor John Haner.AccomplishmentsCo-founded the conference with Professor John HanerApril 2016 will be the 5th annual Pitchfest; Pitchfest has ran successfully for 4 years on a light budget.

Designed and engineered an automated food delivery service. Purpose of service was to sell food items to students at UC Merced. 5 main applications were developed in order to create the service. Restaurants in the system were able to access orders in real time through an iPad web app. SQL and php were used extensively in order to develop a common storage mechanism and custom logic for foodie.

Founding team member of the Formula SAE program at UC Merced. In a team of over twenty members, we designed and manufactured two formula cars from scratch with limited resources. As one of five technical leaders, I focused primarily on engine electronics and logistics.AccomplishmentsWrote a funding proposal that was submitted to School of Engineering. This resulted in largest awarded grant for a collegiate organization at UC Merced.Taught introduction to 3D modeling to a group of over 35 new SAE members over the course of three months

Tutored K-12 students from low income and bilingual backgrounds in science, reading and writing. Helped improve their skills in preparation for star testing.