About
About me
I am a forward-thinking Mechanical Engineer with expertise in design, prototyping, and optimization. Passionate about transforming ideas into reality, I specialize in developing innovative solutions that deliver exceptional results. Let's collaborate on turning your visions into tangible success.
Innovative Solutions: Optimal Designs, Proven Results
As a highly skilled Mechanical Engineer with a stellar record of accomplishments, I have a strong commitment to delivering excellence. With a Bachelor’s degree in Mechanical Engineering from the University of Utah, I have consistently demonstrated my ability to create outstanding designs and drive projects to success.
Throughout my career, I have spearheaded numerous projects, including the design and development of a groundbreaking freestanding hammock tent, which revolutionized outdoor experiences by allowing users to hammock in tree-less environments. This achievement showcased my innovation, problem-solving skills, and attention to detail.
I take pride in optimizing designs for manufacturability, stiffness, and cost-effectiveness. By leveraging my expertise in engineering fundamentals, calculations, and Finite Element Analysis, I consistently deliver superior results that exceed client expectations. Moreover, my proficiency in utilizing advanced software tools such as Solidworks has drastically reduced development time, resulting in enhanced efficiency and precision.
As a seasoned professional, I am adept at collaborating with cross-functional teams and presenting technical information to management and customers. My ability to streamline operations, improve quality outcomes, and mentor teams has consistently delivered exceptional results.
When you hire me, you’re gaining a top-notch engineer who brings a wealth of experience, technical prowess, and a proven ability to transform ideas into successful products. I am committed to delivering outstanding solutions, optimizing processes, and surpassing project goals.
My Skills
Learning never stops, I am passionate about learning new technologies and tools that will help me design and develop a better output in less time.
Experience
2022-2023
Northrop Grumman – Astro Aerospace
Mechanical Design Engineer
- Designed and developed STEM (Storable Tubular Extendable Member) product to articulate instruments away from satellites during orbit, ensuring precise positioning and reliable functionality. - Acted as the technical engineering lead for an R&D program, providing expertise in design and presenting technical information to both management and customers. - Utilized CAD and other software tools to create innovative product designs and concepts, considering factors such as functionality, manufacturability, and cost-effectiveness. - Conducted comprehensive testing and research to validate the design's performance and ensure it met program requirements and industry standards. - Collaborated closely with the analysis team to perform structural and thermal analysis, ensuring the product's reliability, durability, and optimal performance.
2021-2022
Northrop Grumman – Astro Aerospace
Test Engineer
- Collaborated with engineering and manufacturing teams to implement and conduct testing procedures for flight hardware, ensuring compliance with industry standards and project requirements. - Led test operations, effectively managing schedules, resources, and personnel to ensure smooth execution of testing procedures. Presented data and findings to stakeholders, contributing to the successful implementation of the testing process. - Utilized precision measurement equipment, including laser trackers, load frames, and thermal chambers, to accurately validate the performance and integrity of flight hardware. - Developed custom tooling and fixtures to support testing processes, ensuring precise positioning, accurate measurements, and repeatability of tests.
2020-2021
Sessa Manufacturing
Manufacturing Engineer
- Utilized punch presses, laser cutters, brake presses, CNC mills, and welding operations to manufacture high-quality sheet metal components with precision and accuracy. - Streamlined shop processes and workflows to optimize operations, resulting in increased productivity and reduced lead times. - Assisted with various engineering projects, collaborating with cross-functional teams to develop innovative solutions, troubleshoot issues, and ensure timely project completion. - Provided mentorship and guidance to FRC Robotics Team 4414, operating out of the shop, fostering the growth and development of young engineers and promoting a culture of learning and excellence. - Demonstrated proficiency in software tools such as Solidworks, AutoCAD, Matlab, MS Office Suite, and Arduino to design, simulate, analyze, and optimize sheet metal components and assemblies. - Actively participated in continuous improvement initiatives, identifying areas for enhancement and implementing effective solutions to drive efficiency and quality.
2019-2020
Quartzdyne
Quality Engineer
- Developed and implemented Solidworks Inspection documents for engineering drawings to ensure accurate quality control processes and compliance. - Investigated quality issues, conducted root cause analyses, and implemented corrective action procedures to improve quality outcomes. - Utilized Key Performance Indicators (KPIs) to analyze department effectiveness and executed improvement projects for enhanced operational efficiency. - Created tooling, documentation, and work instructions to support quality inspection processes and implemented 5S strategies for improved department organization. - Collaborated with manufacturing engineers to update manufacturing drawings in alignment with quality processes and specifications.
2016-2019
LIT Outdoors
Mechanical Engineer, Co-Founder
- Pioneered the world's first freestanding hammock tent by leading the creation, design, and prototyping processes, enabling users to enjoy hammocking in tree-less environments. - Utilized engineering principles, calculations, and Finite Element Analysis to optimize the design for manufacturing, stiffness, and cost, ensuring a high-quality and affordable product. - Drastically reduced development time by employing Solidworks 3D CAD software to prepare and analyze concepts, enhancing efficiency and precision in the design process. - Demonstrated functionality and performance through the construction of physical prototypes, allowing for thorough testing and validation. - Supported manufacturing and assembly processes by generating comprehensive 2D and 3D assembly drawings and related documentation, effectively communicating design intent and facilitating smooth production.