- Mechanical Fixture Lead; Perseverance Brake Life Testbed- Cognizant Engineer; Secondary Structures, Mars Sample Return Lander - Mechanical Engineer; Structural Thermal Model of Radioisotope Heater Units, for Rosalind Franklin Rover

"ATLO" - Assembly, Test, Launch Operations. "Europa Clipper" - New spacecraft designed to study Jupiter's icy moon Europa. Under the thick ice of Europa, there is believed to be an immense ocean, larger than all the oceans of Earth combined. Studying this moon will be paramount in our search for signs of life, to understand our planet's origin, and to prepare for future missions into our Solar System. About my role: Mechanical Engineer on ATLO team. Responsibilities include writing/approving procedures, leading hardware integration activities in clean room, directing lifts of flight hardware, testing the spacecraft in TVAC and vibration simulators, delivering the spacecraft to the launch site, and supporting launch activities.

Engineer responsible for operating the "Qualification Model Dirty Testbed" and "Vehicle Systems Test Bed" for the Perseverance Rover. This role includes creating/running robotic sequences, monitoring real-time data streams, performing hands-on mechanical/electrical integration work, writing and approving procedures, communicating technical jargon with large teams of various subject-matter-experts, working with environmental technicians to replicate Mars Environment inside chamber, performing highly detailed note-taking, solving day-to-day unexpected issues, presenting results to larger teams, and performing basic scientific analysis of Mars-like soil/rock samples.

Engineer developing the Remote Sensing Mast, i.e. the "Head" and "Neck" of the Mars 2020 Rover, with a fresh suite of instruments for seeking Martian Life.Responsibilities Include:-Building/Testing Flight Hardware in Clean Environments-Creating the Procedures for Building/Testing Flight Hardware-Installing Delicate Fiber Optics-Interpreting Test Results / Data Visualization -Managing Requirements-3D Printing / Prototyping / Mock-Ups-Designing the Paint Job for a high-profile Mars Rover Subsystem -Developing Technical Drawings for Manufacturing Flight Parts & MGSE-CAD Design / NX + SolidWorks-Researching Heritage Aerospace Practices -Collaborating with Technicians, Engineers, QA, Safety, etc.-Communicating Across Several Disciplines (Software, Materials, etc)-Managing Mass Properties / MATLAB + VBA

Project: Starshade - click this link for video: http://planetquest.jpl.nasa.gov/video/15-Aided in the design and construction of groundbreaking deployable space structures. -Manufactured and bonded precision parts using fixtures to achieve high tolerances.-Wrote technical progress reports and procedures for manufacturing processes. -Collaborated with machine shops and technicians to create innovative tools and parts.-Attained knowledge of heritage manufacturing methods for large deployable truss development.-Performed tests on materials and tools to advance technological readiness level (TRL) of project.

-Responsible for the design, manufacture, and assembly of micro-compressor prototypes, to be implemented in microcryogenic cooling device for miniscule electronic devices. -Designed parts to be manufactured via high-precision machining and additive manufacturing, and performed the machining and 3D printing to produce the micro-scale mechanical parts.

- Responsible for designing a new creative and functional workspace for engineering students. - Modeled and manufactured steampunk furnishings for the university design center. - Budgeted time and money in order to efficiently produce dozens of tables and whiteboards. - Operated CNC mill, drill press, handheld electric saw, and sandblaster to build furniture.

- Responsible for co-leading 4 recitations with 20 undergraduate students each for Physics.- Assembled the curriculum for each week based on milestones given by course instructor.- Scheduled office hours every week for guiding students to better understand new material.