Jeremy Allen Hormann
My Portfolio Welcomes You
Mover. Shaker. Creator.
The drone I designed in SolidWorks June 2022
Coin image from online game
The coin I was commissioned to design in SolidWorks
Computer mouse replacement part
6 inch fan
Modified and improved 3D Printer replacement part: 1 inch by 1 inch
Parts I have designed in SolidWorks and 3D printed for practical use.
Parts I designed in SolidWorks for a rocket project I am currently working on in my Engineering class
Stand to hold gyroscope. Fits in middle opening of lid
Top view of base without servos
Base with servos
Boat project for physics class. Each team had 3-4 students and were given 2 sheets of cardboard and a certain amount of rolls of packing tape. The goal was to design and build a boat that could float and be paddled across the pool and back.
Construction of cardboard boat.....
The boat race....
Boyscout Eagle Project 2021: Built an 8' x 7' x 3' outdoor shed for Home Free Dog Rescue
Designs created by me in SolidWorks
Things I have made for my school's robotics club, Triton Tech 6072, a FIRST team.
Drive station used for my robotics team at Corona Del Mar High School. Triton Tech 6072: FRC - FIRST competitions. I designed it in SolidWorks and I built it with particle board. It was painted by another student.
The Nickola I rover for NASA
In January 2022 I entered the NASA Robotics Rover Competition.
The Nickola I rover utilizes an Aluminum 2219 frame, zinc-coated aluminum wheels, a wire mesh shell, titanium springs, and cleats to increase traction, mobility, and stability. Our scoop has a retractable lid to contain our lunar soil sample and rotates at 180° at four points to help maneuver challenging angles. using a two-tiered box system, our first box includes an automated sealed hatch door to disperse and protect our sample from other atmospheric gases safely. Removing the dust, the soil proceeds through a particle filtration system into a second box containing a reusable nylon bag. The Nickola I is equipped with an autonomous navigation system and several zinc-coated rechargeable lithium-ion batteries. Each battery contains eight 43-amp-hour cells in series, with a 28-volt battery weighing 59 pounds. Both batteries will work independently and are located in the same structure. The Nickola I recharges using a radioisotope thermoelectric generator.
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"So much universe, and so little time."
Terry Pratchett
