• Please complete the task and either 1) hyperlink to the page in our Appropedia space or 2) email Dr. Pearce and cross off the result
  • Update task list every Wednesday by midnight.

Summer

Group meetings 10 am tues

Megan

Appropedia Pages

XRD

  • check spot sizes for each and error
  • Data plotted, Dr. P - Bandgap, waiting for external response
  • Write paragraph on what was done

Ellipsometry

  • write TS report - ellipsometery
  • screenshots of testing conditions
  • Figure out what is wrong w/epsilon 2
  • Refit ellipsometry data

LCA of Silane

  • Finish silane recycling LCA paper draft (PRIORITY #2)
  • Waiting for draft to be looked over by a faculty member before final revisions

Recyclebot

  • LCA & Fix up for Meredith's Paper (PRIORITY #1)

RepRap

  • coordinate mech team (Jerry, Megan, Paulo, Eric, me)
    • Assign printing
    • Assign testing
    • Look at literature review to determine how many variables we should test
    • 3 layer heights - .2, .3, .4; orientations 45, 90; 12 testing conditions; 10X each; 120 total tests.....
    • PLA
      • 0.4mm 90 deg (10 printed) 45 deg (0 printed)
      • 0.3mm 90 deg (0 printed) 45 deg (0 printed)
      • 0.2mm 90 deg (0 printed) 45 deg (0 printed)
    • ABS
      • 0.4mm 90 deg (2 printed) 45 deg (0 printed)
      • 0.3mm 90 deg (0 printed) 45 deg (0 printed)
      • 0.2mm 90 deg (0 printed) 45 deg (0 printed)


Meredith

* write MakerBot Replicator protocol:MOST - ensure software is viewable by all logins

Nick

  • discuss order
  • environmental chamber
  • filter wheel
  • chopper wheel
  • pin/nip flip
  • electrode
  • TiO2 test cell
  • multiangle cell holder
  • dremel fuge2
  • dremel spincoater
  • labjack

Paulo

Ravi


Publications

Rodrigo

  • write tutorial with links here MOST Arduino Use
  • coordinate with Ravi - add in software for Laser welding protocol: MOST, put together electronics, controls for laser welder - ask Jerry for help - with me get Allen Niemi permission after all laser safety protocols have been worked out...document everything in detail. Next step is to finish this Open source laser system for polymeric welding
  • coordinate with Jerry about mechanical design of filter wheel - work on controls code
  • review pronterface codes and add serial communication with the laser
  • test laser serial communication
  • attach the laser to the laser welder machine
  • print mechanical parts for the laser wheel and put together with electronics

Xin

Fall

Allie

Brennan

Michaela

  • resend order form new format
  • download 3d printer software and begin to learn
  • meet with biz people
  • create how to for biz start up
  • learn an open source CAD package of your choice see list here -- see what you think of the web ones - https://tinkercad.com/
  • when parts are in build printer - keep careful notes of time, difficulty, any variations from guide.



Dr. Pearce

(W= waiting on reply) (add to bottom of list before waiting/triggers)


Deadlines

  • IEEE end of may



To do

  • j1s
  • finish/submit open source research (w on code)
  • OS nano
  • collab ed grant
  • order mbe
    • press PVT trigger
  • rewrite PL/ellip
  • PVT dispatch
  • outline open science

  • finish/submit lca distribute recycling - w
  • polish/submit silane - w
  • pv off grid - w
  • pv annuity - w
  • arctic policy - trigger

Pending Projects

open design

spectral pv

Laser welding

InGaN

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