Solidworks (4 years) and FEA
Fusion 360 (9 years)
Onshape (2 years)
DFMA and optimizing for machining, sheet metal, 3D printing, laser cutting, welding, servicability etc.
Fully articulated FTC robots designed from the ground up each year from 8th grade to senior year of high school
Scanning existing items and designing systems around them, as well as modifying and working with the resulting meshes
Created many manufacturing drawings with GD&T, tolerance stackup analysis, press fit calculations, fastener calculations
Internal force calculations, failure mode analysis, FEA (both mechanical and thermal), material selection and validation, motion ratio and torque calculations of linkage assemblies
Stress, strain, deflection, beam bending equations, applying theory and equations to individual parts and assemblies before FEA
Performed FEA on many components both for work and for personal projects to validate design and material selections
Calculated the motion ratio of linkages to determine the torque needed to actuate the assembly
7 years of building, coding and FTC robots with odometry based autonomous and computer vision
Planning electronics assemblies Soldering wiring harnesses for my minibikes and go-karts
Arduino/ ESP8266 based projects
Ground up FPV racing drone builds
Scanning existing items and designing systems around them, as well as modifying and working with meshes
This is one of my old 3" FPV drones I converted into a flying cap for my high school graduation
TIG welding, sheet metal fabrication, grinders, drills, standard shop tools
3 years of TIG welding mostly tube frame and or assembled waterjet assemblies, some sheet metal repair
As well as actually welding I have learned a lot about fixturing and used many other shop tools
Design and bending sheet metal for both small complex shapes and larger surfaces that require consistent gaps
CNC 3 and 5 axis
(DT2 and UMC350HD)
Programming in Mastercam
Conversational on TRAK DRO mill
Manual mill and lathe
At Cytonome I CNCed many small 3 and 5 axis parts, both running and modifying existing programs as well as writing my own
I machined many parts for the brake assembly on my minibike, from caliper and rotor mounts to fork clamps
Sprocket hub I made on a rotary table on a manual mill
As well as maintaining the small vehicles I've created, I've worked on Volvos (S60 and XC70), GMC Acadia, and others with oil changes, drivetrain fluid flushes (trans, diffs, awd), PCV oil trap, 3D printed sway bar bushings, brake pads and rotors, tire changes, etc.
3 years of TIG welding mostly tube frame and or assembled waterjet assemblies, some sheet metal repair
Scanning existing items and designing systems around them, as well as modifying and working with meshes
Design and bending sheet metal for both small complex shapes and larger surfaces that require consistent gaps
Laser cut wood, acrylic, sheet metal
Waterjet metal and assemblies
I laser cut the wing for the Little Tikes Gokart out of plywood
A majority of the parts and assemblies for the FTC robots were designed and lasercut out of acrylic
The powertrain swap for the KTM were designed to be waterjet and welded together for ease and speed in manufacturing and strength
Many woodworking projects over the years starting in elementary school
Shelf designed to be made out of 2 sheets of plywood for my room, designed and built in an afternoon
Wheeled 3D printer enclosure with filament storage drawer
Standing desk with frame made of 2x4s that used pulleys and a winch to raise and lower with no electronics
3D printed earrings
Wire based necklaces, rings
Fixing a lot of jewelry
Wire earrings and ear cuffs I've made more recently too
Many 3D printed earrings over the years as gifts for friends
Some of the many wire rings I made freshman year before I got actual wire tools