Joshua M. Pearceis an academic engineer atWestern University[1]known for his work onprotocrystallinity,photovoltaic technology,agrivoltaics,open-source-appropriate technology,andopen-source hardwareincludingRepRap3D printersandrecyclebots.

Joshua M. Pearce
NationalityAmerican, Canadian
Alma materThe Pennsylvania State University
Known forsolar photovoltaics, open source hardware, distributed recycling and additive manufacturing, resilient food
Scientific career
Fieldsphotovoltaics,open-source-appropriate technology,materials engineering,protocrystallinity,open-source hardware,electrical engineering
InstitutionsUniversity of Western Ontario,Michigan Tech,Queen's University
Doctoral advisorChristopher R. Wronski
WebsiteAppropedia User Page

Dr. Pearce received his Ph.D. atThe Pennsylvania State University,where his work onprotocrystallinityhelped develop low-costamorphous siliconsolar photovoltaictechnology.[2]His solar research and outreach[3]continues.[4][5]For example, his research group published alevelized cost of electricitystudy[6]on solar energy showed solar electricity was economically competitive with fossil fuels over wide geographic regions.[7][8]and showed the value of solar (VOS) often exceeds the net metering rate.[9][10]He showed 1% of Canada's agricultural land converted toagrivoltaicswould rid the national grid if carbon emissions while increasing food.[11]His research intoBDRFmodeling[12]of reflectors showed potential solar systems output increases of 30%.[13]His research supports solar canopies for parking lots,[14][15]floatovoltaics and aquavoltaics.[16]In addition he promotes theDIY[17]andmaker movements,[18]with the release ofTo Catch the Sunasopen access.[19]

He is also a vocal advocate of anopen-sourceapproach to technical development.[20]For his work related to open-sourcenanotechnology,[21]Ars Technicacompared him to Americansoftware freedomactivistRichard Stallman.[22]He applied open-source3-D printingand electronics toscientific equipmentdesign,[23]where he has claimed both superiorinnovationand lower costs.[24][25]Reviewing his bookOpen-Source Lab,3-D Printing Industrywrote, "This is a manual that every scientist should read and it holds a message so powerful and disruptive that theAnarchist Cookbookis a fairy tale in comparison. "[26]This work has extended to making frugal biomedical equipment and aids.[27][28][29]

His research has shown that printing household items with aRepRapis less costly[30]and better for the environment[31]than purchasing conventionally manufactured goods. Similarly, his group developed therecyclebot,a waste plastic extruder, which drops the cost of3D printing filamentfrom $35/kg to ten cents per kg while making recycling even more environmentally beneficial.[32][33]He also helped develop the concept of fused granular fabrication (FGF) where shredded waste plastic is directly converted to products.[34]

In 2013 his group released an open-source 3D printer capable of printing insteel,which cost less than US$1,200.[35][36]in order to encourage more rapid technological development according toScientific American.[37]This cost reduction was significant as theNew York Timesreported commercial metal printers at the time cost over US$500,000.[38]

He further developed inexpensive methods such asSODISto disinfect drinking water in thedeveloping world,using sunlight, water bottles, and salt.[39]He has called for corporate death penalties for industries that kill more people than they employ.[40]Recently, theMIT Sloan Management Reviewreported that Dr. Pearce has combined many of his research areas developing solar powered 3-D printers to drivesustainable development.[41]

Bibliography

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References

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  1. ^"Western News - Bringing open-source, sustainable tech to the fore".Western News.September 9, 2021.RetrievedNovember 14,2021.
  2. ^Pearce, Joshua M. (2004). "Control of Staebler-Wronski defects in hydrogenated amorphous silicon for the de". Adsabs.harvard.edu.Bibcode:2004PhDT........88P.{{cite journal}}:Cite journal requires|journal=(help)
  3. ^"Costs and benefits of solar panels | Expert Interview with Joshua Pearce".verifythis.com.August 17, 2022.RetrievedDecember 20,2023.
  4. ^"Efficiency breakthrough in solar thermal cells - Cogeneration & On-Site Power Production".Cospp.com. Archived fromthe originalon October 29, 2013.RetrievedSeptember 5,2013.
  5. ^Herman K. Trabish (December 7, 2011)."New Study: Solar Grid Parity Is Here Today".Greentech Media.RetrievedSeptember 5,2013.
  6. ^Branker, K.; Pathak, M. J. M.; Pearce, J. M. (December 1, 2011)."A review of solar photovoltaic levelized cost of electricity".Renewable and Sustainable Energy Reviews.15(9): 4470–4482.doi:10.1016/j.rser.2011.07.104.hdl:1974/6879.S2CID73523633.
  7. ^"Cost of solar falling according to Queen's study".CTVNews.December 7, 2011.RetrievedFebruary 26,2016.
  8. ^"New Study: Solar Grid Parity Is Here Today".www.greentechmedia.com.RetrievedFebruary 26,2016.
  9. ^Hayibo, Koami Soulemane; Pearce, Joshua M. (March 1, 2021)."A review of the value of solar methodology with a case study of the U.S. VOS".Renewable and Sustainable Energy Reviews.137:110599.doi:10.1016/j.rser.2020.110599.ISSN1364-0321.
  10. ^"Your Neighbor's Solar Panels Are Secretly Saving You Money".Popular Mechanics.February 11, 2021.RetrievedDecember 20,2023.
  11. ^Corp, Pelmorex (April 25, 2023)."How just 1% of farmland could meet one third of Canada's energy needs".The Weather Network.RetrievedDecember 20,2023.
  12. ^Andrews, R. W.; Pollard, A.; Pearce, J. M. (November 1, 2015). "Photovoltaic System Performance Enhancement With Nontracking Planar Concentrators: Experimental Results and Bidirectional Reflectance Function (BDRF)-Based Modeling".IEEE Journal of Photovoltaics.5(6): 1626–1635.doi:10.1109/JPHOTOV.2015.2478064.ISSN2156-3381.S2CID40828010.
  13. ^"Researchers Discover How to Shine More Sunlight on Solar Panels, Increase Output By 30% | IHS Electronics360".electronics360.globalspec.com.RetrievedFebruary 26,2016.
  14. ^"Climate Brief: Parking lot solar arrays are a smart, green idea; Himalayan glaciers shrinking fast".Daily Kos.RetrievedDecember 20,2023.
  15. ^"Solar Parking Lots Are a Win-Win Energy Idea. Why Aren't They the Norm?".CNET.RetrievedDecember 20,2023.
  16. ^"Floating solar farms: How 'floatovoltaics' could provide power without taking up valuable real estate".NBC News.February 11, 2019.RetrievedDecember 20,2023.
  17. ^"You Can Make Your Own Solar Panels, and It's Easier Than You'd Think".CNET.RetrievedDecember 20,2023.
  18. ^Dougherty, Dale (October 30, 2020)."Make:cast - Make Anything with Open Source Projects".Make: DIY Projects and Ideas for Makers.RetrievedDecember 20,2023.
  19. ^Grafman, Lonny; Pearce, Joshua (January 1, 2021)."To Catch the Sun".To Catch the Sun.
  20. ^Pearce, JM (September 14, 2012)."Podcast Interview".Science.337(6100). Sciencemag.org: 1303–4.Bibcode:2012Sci...337.1303P.doi:10.1126/science.1228183.PMID22984059.S2CID44722829.RetrievedSeptember 5,2013.
  21. ^Timmer, John (November 21, 2012)."Stallman's got company: Researcher wants nanotech patent moratorium".Ars Technica.RetrievedSeptember 5,2013.
  22. ^Pearce, Joshua M. (2012)."Make nanotechnology research open-source".Nature.491(7425): 519–521.Bibcode:2012Natur.491..519P.doi:10.1038/491519a.PMID23172198.S2CID4366790.
  23. ^Pearce, Joshua M. (September 14, 2012). "Building Research Equipment with Free, Open-Source Hardware".Science.337(6100): 1303–1304.Bibcode:2012Sci...337.1303P.doi:10.1126/science.1228183.ISSN0036-8075.PMID22984059.S2CID44722829.
  24. ^"3D Printing Brings the Science Lab to Your Backyard".Popular Mechanics.September 13, 2012.RetrievedSeptember 5,2013.
  25. ^McMurtrie, Beth (March 29, 2013)."Lab Equipment Made With 3-D Printers Could Cut Costs by 97% - Percolator - The Chronicle of Higher Education".Chronicle.com.RetrievedSeptember 5,2013.
  26. ^Sher, Davide."Prof. Pearce's" Open-Source Lab "Unleashes the Power of 3D Printed Lab Equipment".3D Printing Industry.Archived fromthe originalon March 6, 2016.RetrievedFebruary 26,2016.
  27. ^Isha, Bhargava."Need a walker? These Western University engineers have made it easier, cheaper to build your own".CBC.
  28. ^"Study at Western University on low cost auto injector".london.ctvnews.ca.RetrievedDecember 20,2023.
  29. ^"Western University helps develop 3D-printed surgical table".London.July 16, 2022.RetrievedDecember 20,2023.
  30. ^Study: At-home 3-D printing could save consumers 'thousands'- CNN, 7/31/2013
  31. ^3D printers use less energy than traditional manufacturing - Gigaom - availablehttp://gigaom.com/2013/10/03/3d-printers-use-less-energy-than-traditional-manufacturing/3/10/2013.
  32. ^Michigan Tech Prof Says You Can Save Big With Milk Jug Recycling For 3D Printing- CBS 3/5/2014
  33. ^Need 3D printer filament? Got milk?- Ars Technica
  34. ^Dankovich, Cali (April 16, 2019).""Gigabot X" 3-D printer helps find new uses for recycled plastic ".www.uppermichiganssource.com.RetrievedDecember 20,2023.
  35. ^Loose screw? 3-D printer may soon forge you a new one- NBC News
  36. ^Testing your metal- Newsweek
  37. ^"New 3-D Metal Printer is Open Source and Affordable".Scientific American.
  38. ^An Inexpensive Way to Print Out Metal Parts- The New York Times, 2013/12/10/
  39. ^Cuda, Gretchen (May 8, 2012)."Recipe For Safer Drinking Water? Add Sun, Salt And Lime: The Salt".NPR.RetrievedSeptember 5,2013.
  40. ^"Coal and tobacco industries kill more Americans each year than they employ".Big Think.February 24, 2019.RetrievedDecember 20,2023.
  41. ^Unruh, Gregory (February 12, 2016)."The Revolution Will Be Customized (and Recycled and Solar-Powered)".MIT Sloan Management Review.RetrievedFebruary 26,2016.
  42. ^"Create, Share, and Save Money Using Open-Source Projects".Appropedia, the sustainability wiki.RetrievedDecember 20,2023.
  43. ^Grafman, Lonny; Pearce, Joshua (January 1, 2021)."To Catch the Sun".To Catch the Sun.
  44. ^graphicheart."Accueil".To Catch The Sun(in French).RetrievedDecember 20,2023.
  45. ^graphicheart."Casa".To Catch The Sun(in European Spanish).RetrievedDecember 20,2023.