Design Engineer

• Jul 2022 - Present

Junior Design Engineer

• Jun 2021 - Jun 2022

Mechanical Engineer

• Apr 2021 - Jun 2021

Packaging Engineer

• Jul 2020 - Mar 2021

Safety Engineer-UC Merced Capstone Project

• Jan 2020 - May 2020

•Prevented liquid from mixing with CO2 gas in the pipes of the champagne line filtration system. •Designed in SolidWorks a gas/liquid separation system to separate reroute the liquid from the CO2. •Won 3rd place overall in the engineering design expo competition where 32 teams competed. •Prevented liquid from mixing with CO2 gas in the pipes of the champagne line filtration system. •Designed in SolidWorks a gas/liquid separation system to separate reroute the liquid from the CO2. •Won 3rd place overall in the engineering design expo competition where 32 teams competed.

Machine Shop Trainee

• Jan 2020 - Mar 2020

Manufacturing Engineer - Intern

• May 2019 - Jul 2019

• Rotated through various areas of the manufacturing plant to gain an overall understanding of the manufacturing process of making the water beverage. • Assisted various manufacturing plant team members to gain hands on experience with high pressure injection and blow molding machinery by conducting manufacturing procedures such as, preventative maintenance. • Investigated root causes of high bottle rejection rate and machine downtime with the use of lean six-sigma tools such as, Fishbone Analysis and DMAIC. • Designed a drainage system and a cooling fan system to prevent water overflow and increase the cooling heat transfer rate of the water packs downstream. • Collaborated with the plant engineer to monitor the reverse osmosis filtration system by conducting periodic filter changes. Also, assisted in performing maintenance on the facilities cooling towers. • Applied continuous improvement principles by creating a much more accurate method of determining the amount of raw material content within gaylord containers with the use of Microsoft Excel. • Cooperated with quality assurance personal to conduct dip slide test, section weight analysis of bottles, and measure turbidity levels of permeate water. Show less

Engineering Project Manager- 1/4 Scale Tractor Build-UC Merced Chapter

• Aug 2018 - May 2019

•Lead and organized a team of 20 students to design and build a 1/4 scale tractor that is powered by a 31-horse power Briggs & Stratton engine which will compete in an international competition. •Teach students to use computer aided design software’s such as, Solid works and Autodesk Fusion 360 to help facilitate the teams design process of the tractor. •Lead and organized a team of 20 students to design and build a 1/4 scale tractor that is powered by a 31-horse power Briggs & Stratton engine which will compete in an international competition. •Teach students to use computer aided design software’s such as, Solid works and Autodesk Fusion 360 to help facilitate the teams design process of the tractor.

Aircraft Restoration Intern

• Aug 2018 - Dec 2018

•Restored retired United States Military aircraft's that were used in the Vietnam war and World War 2. •Fabricated and replaced sheet 50 x 42-inch panels for the wing and rudder of a Convair B-36 aircraft bomber with use of a drill press, mechanical shear, bender brake, grinder, rivets and power roller. •Sanded, drilled, and grinded the propellers and exterior of a General Electric J47-19 jet engine mounted on the B-36 aircraft in order to remove accumulating surface rust. •Produced countersink-holes with use of pressured air drills in order to attach rivets onto the replacement panels for the vertical stabilizer and ailerons of an F-100 Super Sabre fighter jet. Show less

Unmanned Aerial Vehicle Project- Electronic System Engineering Designer

• Aug 2017 - May 2018

•Worked with a specialized team at the Mechatronics, Embedded and Automation Laboratory on a Remote Control Unmanned Aerial Vehicle with the overall goal to obtain 15 hours of continuous flight with the use of a nitro engine, battery, and solar panels. •Responsible for helping program and solder an Arduino relay onto the unmanned aerial vehicle that allows it to change from solar, battery, and engine power during flight. •Worked with a specialized team at the Mechatronics, Embedded and Automation Laboratory on a Remote Control Unmanned Aerial Vehicle with the overall goal to obtain 15 hours of continuous flight with the use of a nitro engine, battery, and solar panels. •Responsible for helping program and solder an Arduino relay onto the unmanned aerial vehicle that allows it to change from solar, battery, and engine power during flight.

Student Trainee

• Aug 2015 - Nov 2015

•Designed and manufactured an electric guitar with the use of GibbsCAM a computer aided design software. •Operated a Computer Numerical Control Machine to manufacture the final guitar design from a 20 x 14 x 3-inch poplar block of wood. •Sanded, drilled, painted, and soldered all the electronics in order to finish building the electric guitar. •Designed and manufactured an electric guitar with the use of GibbsCAM a computer aided design software. •Operated a Computer Numerical Control Machine to manufacture the final guitar design from a 20 x 14 x 3-inch poplar block of wood. •Sanded, drilled, painted, and soldered all the electronics in order to finish building the electric guitar.