Hi! I'm Parker
DRIVEN - AUTHENTIC - EXCITED
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Resume
View My Work
Resume
DRIVEN - AUTHENTIC - EXCITED
View My Work
Resume
As a child, I was captivated by the mystery of how things worked—spending hours dismantling toys and household gadgets to uncover their secrets. That early curiosity sparked a lifelong passion for exploration and learning.
Growing up with my dad, a dedicated contractor, had a profound impact on me. Working alongside him on job sites, I learned firsthand the importance of precision, reliability, and the art of making things last. His example fueled my desire to understand the inner workings of everything.
This passion evolved as I became a mechanical engineering student at Utah Tech University. Rigorous academics blended seamlessly with hands-on projects, driving me to transform innovative ideas into real-world solutions. I embraced every challenge, knowing each one was a step toward mastering my craft.
Collaborating on group projects has been a cornerstone of my journey. Late nights brainstorming, problem-solving as a team, and merging diverse ideas taught me that working together can lead to breakthrough innovations. These experiences not only refined my technical skills but also underscored the power of teamwork in achieving excellence.
Mechanical Engineer EIT
Graduating spring 2025
Utah Tech University
ABET accredited school
Project Oriented
Turning ideas into reality
I still think back to my first science fair project where I was able to explore density in everyday fluids and objects. Using the scientific process to guide my early experiment, I learned valuable lessons in documentation, reliability and repeatability. With a burning curiostiy in my bones, I followed my passion to pre-engineering classes in high school.
Paired with my background in construction this taught me that reliability and repeatability are paramount. In both engineering and construction, consistency is the foundation of success, where every measurement or calculation must be repeated with precision to build trust in the process.
I thrive on hands-on testing, where theory meets reality. Much like in sports where the experiment is similar to the critical game. There’s a unique excitement in validating ideas through real-world experiments, just as there is in the exhilaration of a perfectly executed play. This rigorous testing fuels my passion for innovation and drives me to continually refine my approach.
My love for sports mirrors my professional journey. Just as dedicated athletes trust their training and commit to the process, I trust a systematic approach—from design and simulation to hands-on validation—to produce robust, efficient solutions. This dedication minimizes risks and sparks creativity, ensuring that every project is ready to meet real-world challenges.
Simulation and Analysis
Proficient in Ansys and 3D modeling
Data Processing
Skilled in python to streamline tasks
Documentation
Extreme attention to detail
Here’s an overview of my engineering process from initial concept to final review in my Junior Year boat project. During this project we built an electric motor, developed a steering module then invented a new gear propeller module.
Step 1: Define
Using previous boat projects and inspiration, our team started defining our goals. We came together with the end in mind to make a clear path for success. Our main goal was to have a boat that goes 3 meters per second in a time frame of 3 months.
Step 2: Investigate
With Matlab, Ansys, and Python tools, I determined how much thrust would be required to move the boat at speed to reach our goals. In conjuction with AMSE research paper, we came up with new designs and manufacturing techniques to implement.
Step 3: Plan
Using Onshape for 3D modeling, the team broke into individual parts to design the boat. I was in charge of designing the drivetrain from the motor to the propeller. The biggest challenge was finding a method to make gears both waterproof and under budget.
Step 4: Execute
Using 3D printing to rapidly prototype was crucial. I printed several smaller gears to ensure the drivetrain worked properly, then went full scale to make a proof of concept. As part of our research and planning, our team developed a "Grop" which is a propeller with gear teeth on the outside.
Step 5: Test
Using nearby resources and rapid prototyping, we quickly adapted to ensure our project was ready for testing. The video shows our group leader using a drill to drive the Grop, ensuring that it works. We then used strain gauges to find the overall thrust of the unit.
Step 6: Improve
Returning to the top and thinking backwards, we reviewed our goals to see if they were met. I found that through setting specific targets and using my personal toolbox, the drivetrain was fully functional and ready to race!
Raised in a working-class home, I learned early on that hard work wasn’t just an option—it was a way of life. My parents, both diligent and determined, set an example by giving their all every day. Their unwavering commitment instilled in me the values of perseverance and excellence, teaching me that success is built on consistent effort.
In high school, these values truly took root on the golf course. Every round of golf became a lesson in discipline and focus, as I realized that the same hard work expected at home was just as essential on the green. The dedication I developed through countless hours of practice translated into every swing, reinforcing my belief in the power of determination.
As I transitioned to college, that strong work ethic only grew stronger. The academic challenges and hands-on projects pushed me to apply the lessons of my upbringing—always striving for precision and reliability in everything I did. I learned that whether on the sports field or in the lab, every obstacle was an opportunity to grow and excel.
Today, I am driven by the desire to become a professional engineer who makes a positive impact on the world. I aspire to contribute not only to my community and my work but also to honor my family’s legacy by embodying the dedication, resilience, and hard work that have shaped my journey.
Professional Engineer
Become a licensed professional engineer by 2029
Community first approach
Building trust through consistent support and collaboration
Stay curious
Keep a learning first approach