Diwakar Vaish

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Born (1992-07-23) 23 July 1992 (age 33)
Delhi
OccupationRoboticist
Yearsactive2010 - present
KnownforDeveloping 'Manav (robot)'

Researching on mind controlled robots.

Creator of the world's first production brain controlled wheelchair
Diwakar Vaish
Prof. Diwakar Vaish at IIT-Guwahati Techfest- Techniche 2015
Born (1992-07-23) 23 July 1992 (age 33)
Delhi
OccupationRoboticist
Years active2010 - present
Known forDeveloping 'Manav (robot)'

Researching on mind controlled robots.

Creator of the world's first production brain controlled wheelchair
Spouse
Sakshi Dhall
(m. 2020)
Manav is India's first 3D printed humanoid robot, It was developed in late 2014 to early 2015. The robot is made on a multi processor platform to enhance research work.

Diwakar Vaish (/dɪˈvækər ˈvæʃ/ div-AK-ər VASH;[1] born 23 July 1992) is an Indian-born robotics researcher and Head of Robotics and Research at A-SET Training and Research Institutes (2010–present).[2] He is the developer of India's first completely indigenous 3D printed humanoid robot (Manav), India's first mind controlled robot, and the world's first production brain controlled wheelchair.[3][4][5] Diwakar collaborated with the All India Institute of Medical Sciences to create the AgVa Ventilator, a compact and inexpensive medical ventilator.[6][7][8] He founded AgVa Healthcare (now D&D Healthcare) to make and distribute the product.[9] The company was the subject of controversy in 2020 due to claims that many of its ventilators were defective and that some were adjusted to report delivering higher levels of oxygen than were actually being delivered.

  • He is the developer of Manav, India's first completely indigenous 3D printed humanoid robot.[3][4][5]
  • In 2017, Vaish co-created the world's cheapest and smallest ventilator, alongside the All India Institute of Medical Sciences. The ventilator does not require an artificial oxygen supply and can process atmospheric air. The ventilator, currently in trials, will cost $250 US Dollars.[6][7][8][needs update]
  • In 2016, he developed the world's first production brain-controlled wheelchair, which uses the brain's electrical impulses to command the wheelchair. It has been developed for patients of locked-in syndrome (LIS).[10][11][12][13]
  • He developed an unmanned ground vehicle named "Versatile" which has the capability to change its shape according to the terrain.[14][15][16]

Controversy

See also

References

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