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I am a materials scientist and engineer(MSE). I have a bachelors from Michigan Technological Uniersity(MTU) and am working on my PhD under Dr. Paul Sanders and Dr. Joshua Pearce. I desire to make a meaningful positive impact on the world. I intend to do so by expanding the knowledge base around 3D printers and their applications in society and industry. I am a senior member of the Alloy Research Center(ARC) and Michigan Tech's Open Sustainability Technology (MOST) Research groups. My research interests are focused around sustainability and discovering novel additive manufacturing applications utilizing unconventional printing materials. I would like to focus this approach on expanding the application of 3D printing in space based initiatives.

Updated 2-12-20

3D printing experience[edit | edit source]

  • Polymers(PLA, PETG, PP, PC, and PET via FFF and syringe printing)
  • Composites(PLA-Aluminum and PLA-Wood via FFF with custom pre mixing)
  • Thin-films(PBI3 and NiO with slot die - syringe printing)
  • Metals(Aluminum-4047,5356,and 6061 via wire arc weld-base printing)
  • Ceramics(Al2O3 via selective laser sintering)

Past Projects[edit | edit source]

Pages[edit | edit source]

  1. Open source syringe pump 3-D printer
  2. Filament print settings: MOST
  3. Glass substrate cleaning method: MOST
  4. Atomic Force Microscopy(AFM) Protocol : MOST
  5. Chemtool(How to draw chemistry):MOST
  6. Grinding Mill in Forestry Plant:MOST
  7. Transmission Measurement Procedure:MOST
  8. Composite Filament Fabrication: MOST
  9. Current Advancements in Human Organic 3-D Printing
  10. Heated syringe delta 3D printer:MOST
  11. CNC Router Parts-based metal printers SOP

Papers[edit | edit source]

Discussion[View | Edit]

Welcome to Appropedia[edit source]

Hi {{subst:PAGENAME}},

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Best regards!


Collaboration on syringe pump 3-D printer?[edit source]

Hi Adam!

I saw that you have recently written the page on the open-source syringe-pump 3D printer. My colleagues and I ([1]]) happen to be working on the same thing just now. We have not yet started printing, but are still in the first steps of setting things up. I just made and tested the bare pump by (electrically) connecting it to the Z-axis of our Prusa i3's RAMPS. The difference to your set-up is that we eventually want to use the open-source "TAZ 4" as base for the 3D printer, so we need to make some changes to the print-head attachment. The designs of the TAZ can be found on the Lulzbot repository, so it's easy to merge the pump with the TAZ's X-carriage.

I'd be more than happy, if we could collaborate in this project! How would you like to communicate? Email? Wiki?

Best greetings, Zeptomoon (talk)

Your 2021 impact stats are right here![edit source]

Let's recap.png

Hi Adam! We thought you may want know that your top performing pages so far are:

  1. How to install FLIR Lepton Thermal Camera and applications on Raspberry Pi (36 828 page views) Update!
  2. Review of low cost synthesis of perovskite solar cells (8 050 page views) Update!
  3. 3D printed PLA as a mold material for ceramics (5 645 page views) Update!
  4. Glass substrate cleaning method: MOST (3 959 page views) Update!
  5. Dual use of water for PV farms and aquaculture literature review (3 324 page views) Update!

Overall, your impact has been of 64,682 page views, woozaa!

Also, your user page has received 649 visits! People are interested in knowing more about you, edit your user page to tell the world what you've been up to.

Thanks for your contributions and for making Appropedia great, have a merry green Christmas!!

The Appropedia Team

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