Hi, I’m Parker

I have always been curious about the world around me and how things work. I hope you enjoy looking at the projects I’ve completed. If you would like to get in touch, contact me at parkerlofstrom1021 [at] gmail.com.

Experience
  • BitSpace Maker Lab – maker from 2015 – 2021
  • Pumping Station Maker Space – current maker
  • Loyola Academy – Clavius Scholars Honors Program
  • Loyola Academy – Architecture Club
  • Loyola Academy – Sailing Team
  • Loyola Academy – Peer Tutor
  • Loyola Academy – Student Ambassador
  • Loyola Academy – Theater Prop Design and Construction Team / Annie performance 2021
  • Illinois Junior Academy of Science 2019 – Top Board Winner, Regionals; Concept Schools Award Recipient; Gold medal, State competition

  • Haunted House – design, props, construction, production, live event management – 2014 – 2019 (2020 canceled due to COVID)
  • Go-Kart (2 models) – design, engineering, construction
  • Fire-breathing Dragon – design, chemistry, production
  • Apps/Software – Fusion 360, Inkscape, Illustrator, NoLimits2
  • Tools/Skillsets – Prusa 3D printer, ShopBot CNC, universal and BOSS laser cutters, wood shop, electronics, cold metals

Fire Breathing Dragon

Upon looking at the portfolio, it may seem obvious that I had already built a fire breathing dragon a couple years back. This post is about a new version that I had finished for Halloween. For the design of the head, I went with the Dragon Mask design from Wintercroft. The pieces were then blown up to produce a larger dragon head. All 126 individual panels were then laser cut out of ⅛” plywood. Following the numbering system and design specifications, the panels were then pieced together using hot glue, as it bonds very well with plywood. The whole dragon was then covered in aluminum foil, providing it with a very shiny finish, and also acting as a fire retardant. For the fire, a propane tank was connected to vinyl tubing with a solenoid valve allowing for remote control. A small lighter was positioned in front of the tubing near the mouth, producing a large flame when the propane would pass over the lighter. Because of the aluminum foil encasing the entire head, it acted as a heat sync in case the fire got too close to the structure, and didn’t throw the flame outwards. Linked below are a few pictures of it “firing”. Enjoy!

Written by: plofstrom