Jesus Herrera Email & Phone Number

Austin, TX, US

Princeton, New Jersey, United States

• Organized social and academic events to promote career readiness for students who identify as Hispanic/Latinx and are interested in STEM-related careers within Princeton's chapter of the Society of Hispanic.

Mansfield, Texas, United States

• Organize financial documents regarding the company’s income and expenses on a yearly basis for tax purposes
• Facilitate the communication between 5 construction builders and the company to prepare for future projects
• Sustain an account of additional construction company’s inquiries, projects completed, and upcoming projects to manage and formula a schedule on a weekly basis
• Compile a payroll for 4 workers and document invoices to companies with the charges for completed projects
• Coordinate marketing campaigns to increase the public’s familiarity with the company

Mansfield, Texas, United States

• Designed living areas tailored to the customer’s requests which optimized storage, accessibility, and aesthetic appeal with the aid of engineering drawings
• Constructed and installed the designs developed in conjunction with the customer
• Increased labor production by 25% as a carpenter which translated to the completion of 23 additional homes compared to the previous year

Herndon, Virginia, United States

• Optimized an electrical room cooling strategy for a Direct Evaporative Cooling data center, resulting in a 43.5% reduction in cooling load within electric rooms based on a 15-year NPV analysis
• Developed a Supply Air Temperature reset table for a legacy air-cooled data center, correlating to a reduction of 13,490.9 mtCO2e over a 15-year period, in alignment with Amazon’s Climate Pledge

Mansfield, Texas, United States

• Led a team of 15 students to complete 4 different deliverables which culminated in the presentation of a 205-page technical report (PDR) focused on studying the habitability of Ceres
• Monitored project schedules, and team organization, and managed proposed budget; conducted research on landing site and rover design, including mechanical, power, command, thermal, and instrumentation aspects, as well.
• Designed, modeled, and assembled the chassis, suspension, and drivetrain system for the team's rover in Siemens NX

Princeton, New Jersey, United States

• As a member of the MK3 Chassis team, I have helped redesign the MK2 upright system and optimize it for better overall performance in the upcoming MK3 iteration of the electric racing vehicle being developed for.

Mckinney, Texas, United States

• Developed and installed an aerating system to prevent black mass bridging during the transfer of material
• Evaluated material levels within an enclosed container through the integration of an infrared sensor, gauge, and control box system
• Designed, sourced, and built a dust collection system to prevent material loss during drying
• Compared the heat dissipation capabilities of a chilling system to the actual tested values in order to assess whether the equipment was appropriate for the given application
• Optimized the parameters of the drying cycle within the furnace leading to a 40% time reduction
• Fabricated a reducing adapter model to connect two originally incompatible machines in order to be manufactured and installed to automate the recycling process

Mansfield, Texas, United States

• Analyzed the technical specifications and improved the design of technology fabricated for the ARTEMIS program through finite element analysis, computer-aided design, and electro/mechanical system analysis.
• Achieved recognition for being part of the top 20% of students who completed the interactive lessons component of the program related to space exploration, Earth science, technology, mathematics, and aeronautics
• Planned an ARTEMIS-themed mission to the Moon and Mars which accounted for financing the project sustainably
• Implemented new technology introduced during the program to formulate an innovative design for space exploration
• Fabricated a presentation evaluating the utility and feasibility of the research conducted for the mission highlighting the sensor technology utilized and aircraft technical data.

Bachelor Of Science In Engineering - B.S.E, Mechanical And Aerospace Engineering

Activities and Societies: Princeton Racing Electric, The Society of Hispanic Professional Engineers, SIFPRelevant Coursework: Engineering.

High School Diploma, Associate Of Arts

Activities and Societies: Superintendent Advisory Council, AVID Ambassador, Art Club, Student Council, Study Club, National Honor Society.