Introduction

Mechanical engineer with over 3 years of industry experience in automation engineering, thermal and mechanical design, and system integration. Passionate about building innovative solutions and contributing to projects that push technological boundaries.

Areas of Expertise:

• Automation and Controls
• Thermal Transfer
• Mechanical Design and Quick Prototyping
• Python and Computer Scripting
• Systems Engineering

Work Experience

Thermal Engineer at Maxar in Palo Alto, CA (2021 - Present)

• Developed automation software to enable remote and automated control of vacuum chambers, thermostats, and powersupplys for requirements testing and calibration. Python based software that incorporated threading, GUI, and easily editable configuration files. Interfaced with equipment over Serial, VISA, and Serial MODBUS. Automated equiptment poweroffs in thermal overrun scenarios; remote SMS alerts. Reduced direct labor for testing by removing the need for dedicated night shifts.
• Developed and analyzed spacecraft thermal models in Thermal Desktop, primarily working on IS-40e and PPE. PPE's unique unconstrained orbital requirements allowed me to experiment with statistical models including random forests and simple dense neural nets to spatially predict temperatures on the dual-axial rotating antenna pallets and various pointing positions.
• Oversaw spacecraft thermal testing during thermal vacuum chamber (TVAC) validation for both flight hardware and whole spacecraft.
• Administered internal library web app and oversaw its transition to AWS. The application was written in Perl in the 90s with no documentation and references no longer existing libraries, making it a challenge to migrate.

GIS ML Software Developer Intern at Digital Global/Maxar in Tampa, FL (Summers 2019, 2020)

• Trained ImageNet-based classification and segmentation models on unique archival and satellite imagery using TensorFlow and Python.
• Developed client-facing interactive web portals using Vue, JS, and Flask.
• Managed direct communication with clients over requirements.
• Experimented image GaNs to create LULC color coded maps from satellite imagery.

BeverageBot

Overview: BeverageBot is a senior capstone project involving the design and creation of an automated beverage dispensing robot.

Key Features:

• Developed using Python for control logic and user interface.
• Integrated microcontrollers (L298 motor drivers) for precise motor control.
• Implemented entire electronics and software design for team.
• Created a user-friendly interface for beverage selection and dispensing.
• Collaborated with a team to design mechanical components and electronic systems.

GitHub Repository: View on GitHub

Stow Step

Overview: Stow Step is a folding step that attaches to Purdue's bed supplier's railing system, designed during my sophomore mechanical design course.

Key Achievements:

• Innovated a space-saving solution for easy dorm room bed loft access.
• Collaborated with a Sophomore design team to rapidly design and prototype the mechanism.
• Utilized Autodesk Fusion for 3D modeling and FEA simulation.
• Conducted user testing and iterated design based on feedback.
• Secured a patent through the Purdue Research Foundation.

Patent Information: Patent US12078014

Stealthtigers Robot

Overview: Participated in the FIRST Robotics Competition (FRC) with Team Stealthtigers 3164 during high school.

Contributions:

• Programmed autonomous robot functionalities in Java, Python, and C.
• Designed and implemented object recognition algorithms for autonomous target acquisition.
• Developed vision processing systems using OpenCV and Modified FFMPeg to Process Microsoft Kinect Depth Images.
• Served as chief electronics and software designer in multidisciplinary team.
• Developed gyroscope-based ground truth orienting mechanum wheel control scheme.
• Competed in the U.S. Special Operations Command's Tactical Assault Light Operator Suit (TALOS) project. Designed the legs of an exoskeleton suit for soldiers. Presented work at security conferences around Florida

GitHub Repository: View on GitHub

1981 Alfa Romeo GTV6 Restoration

Overview: Personal project focused on restoring a classic 1981 Alfa Romeo GTV6.

Project Highlights:

• Undertaking full mechanical restoration, including engine rebuild and eventually transmission repair.
• Planned electronic system overhaul.
• Performing bodywork restoration, including rust repair and repainting.
• Learning and applying automotive engineering principles hands-on.

Education

Purdue University, West Lafayette

Honors College, Graduated 2021

Bachelor of Science in Mechanical Engineering with a minor in Management.

Related Coursework: Thermodynamics, Mechanics, Programming Applications for Engineers, 2D Design and 3D CAD, Statics and Dynamics, Linear Circuit Analysis, Fluid Mechanics, Control Systems, Mechanics of Materials, Mechanical Design.

Contact

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