Simon Greffard

La pratique de Simon Greffard s’articule autour de l’impression 3D, de l’expérimentation en gravure laser ainsi que du détournement de programmes informatiques à des fins artistiques. Son travail récent sur le thème des mondes imaginaires et des mythologies réinventées a été présenté au studio E.aucarre avec le soutien d’échoFab et de Communautique.

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Related Activities

Vernissage and exhibition of Media arts for families 2017

Consulter « Vernissage and exhibition of Media arts for families 2017 »

10 June 2017

Étiquette(s)

  • educational activities
  • exhibition
Saturday June 10, 2017 | From 2 PM to 4 PM @ STUDIO XX – 4001, Berri (corner of Duluth) space 201 Bring a snack to share! Studio XX invites you to discover all the projects produced in the workshops of Media art for families, activities that took place from January…

Media arts for families and 3D printing

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25 March 2017

Étiquette(s)

  • educational activities
With : Simon Greffard et Raphaël Demers Saturday March 25th, 2017 from 2PM to 4PM Free | Registration Participants will be invited to explore the different possibilities for 3D printing by subverting the primary function of a 3D printer, so instead of producing a 3D plastic object, we…

Vernissage and exhibition Electronic arts for families

Consulter « Vernissage and exhibition Electronic arts for families »

10 April 2016

Étiquette(s)

  • educational activities
  • exhibition
Sunday April 10, 2016 | From 1PM to 4PM @ STUDIO XX – 4001, Berri (corner of Duluth) space 201 Entrance: 2$ / adultes*  Bring a snack to share! Studio XX invites you to discover all the projects produced in the workshops of Electronic art for families, activities…

Electronic arts for families and 3D printing with Simon Greffard

Consulter « Electronic arts for families and 3D printing with Simon Greffard »

17 January 2016

Étiquette(s)

  • educational activities
January 17th, 2016 FREE * (registration required) Participants will learn how to design the modular elements of a collaborative work using different tools: scans of drawings, modeling with 3D software (SketchUp, Tinkercad) or programming. The parts designed by each participant will be printed, touched up and then assembled together…