Mechanical Engineer Engineering

Joseph Vizcarra

Alhambra, CA 626-***-**** ************@*****.*** linkedin.com/in/joseph-vizcarra-36919321a Summary

Multidisciplinary mechanical engineer with a proven track record of success and comprehensive engineering knowledge. Proficient in analyzing and evaluating data, with strong written and verbal communication skills. A quick learner, adept at applying new information effectively, and demonstrates strong critical thinking and problem-solving abilities. Education

Bachelor of Science, Mechanical Engineering Expected Graduation Date: Spring 2024 California State University, Los Angeles (SHPE 23) GPA (3.147) Master of Science, Aerospace Engineering Expected Start Date: Fall 2024 California State Polytechnic University, Pomona

Experience

Jet Propulsion Laboratory (JPL) – Research Intern (July 5th, 2022 – April 4th, 2024)

• Actively engaged in the development, fabrication, and testing of high and low-frequency transducers, instrumental in enabling effective acoustic communication amidst the demanding conditions of deep ice environments as part of the Concepts for Ocean Worlds Life Detection Technology task.

• The transducers demonstrated exceptional performance during a pivotal field test, successfully transmitting signals across a remarkable distance of 85 meters in frozen glacier conditions.

• Included as a coauthor in two publications that were presented at an IEEE Aerospace Conference and SPIE Symposium.

• Demonstrated versatility and adaptability by actively supporting other tasks, such as the Elastic Wave Analyzer for Icy Sub-surfaces

(EWAIS), an advanced instrument for gathering crucial data on water-bearing icy world’s sub-surface structures, and Consolidated Edison

(ConEd).

Projects

Cal State LA, Mechanical Engineering Department – Teacher’s Assistant (Intro to Autonomous Robotic Systems) (June – December 2022)

• Demonstrated proficiency in mechanical design, analysis, and manufacturing through the redesign and fabrication of electronics shelf brackets, precision cutting and phasing of T-slots, and water jetting of thruster brackets, all contributing to the assembly of an autonomous underwater vehicle (AUV) for a new engineering course.

• Co-Authored a published academic paper on the design and first-time offering of a convergence engineering course.

• Provided diligent monitoring, guidance, and support to students throughout the duration of their class project.

• Prepared and organized materials essential for the lab portion of the class, fostering an optimized learning environment and facilitating smooth practical sessions for students.

Senior Design – California Unmanned Aerial Systems Competition (September 2023 – Present)

• Led a multidisciplinary team through the development of a quadcopter drone, showcasing effective leadership and project management skills.

• Redesigned the entire quadcopter frame, showcasing expertise in Solidworks, resulting in enhanced structural stability, improved aerodynamics, and reduced weight.

• Collaborated closely with electrical engineers on the team to ensure the most advantageous positioning of components within the frame, maximizing usefulness and effectiveness.

University Rover Challenge – American Society of Mechanical Engineers (September 2022 – May 2023)

• Led the mechanical team through all stages of the design and analysis process, effectively coordinating tasks and ensuring optimal performance of each team member.

• Participated in the redesign efforts for an established rover, enhancing its mechanical chassis, electronics shelf, and battery compartment to drive significant improvements in performance, durability, and operational efficiency.

• Utilized Solidworks to proficiently design and conduct finite element analysis on a rover wheel prototype, demonstrating proficiency in both CAD design and structural analysis.

• Leveraged Solidworks expertise to design a differential mechanism, effectively enhancing the suspension system’s functionality and overall performance.

Cal State LA – Laser Interferometer Gravitational Wave Research (LIGO)

• Collaborated with a diverse team consisting of undergraduate students, graduate students, and professors to design and develop components for a mechanism targeted at mitigating the effects of thermal lensing on optical resonators known as Fabry-Perot Cavities. Skills

• CAD Modelling & Simulation SolidWorks, OnShape

• Manufacturing Lathe, Mill, Bandsaw, Drill Press, Laser Cutter, 3D Printing, Soldering

• Microsoft Office Word, PowerPoint, Excel, Sharepoint

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