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Fully-Integrated Height-Adjustable Virtual-Reality Tender - 84643112

The UNIVERSITY OF OTTAWA has issued a Tender notice for the procurement of a Fully-Integrated Height-Adjustable Virtual-Reality Set-Up in the Canada. This Tender notice was published on 21 Jun 2023 and is scheduled to close on 17 Jul 2023, with an estimated Tender value of Refer Document. Interested bidders can access detailed Tender information, eligibility criteria, and complete bidding documents by referencing TOT Ref No. 84643112, while the tender notice number is 0000250289 and Registering on the platform.

Procurement Summary

Country: Canada

Summary: Fully-Integrated Height-Adjustable Virtual-Reality Set-Up

Deadline: 17 Jul 2023

Posting Date: 21 Jun 2023

Other Information

Notice Type: Tender

TOT Ref.No.: 84643112

Document Ref. No.: 0000250289

Competition: ICB

Financier: Self Financed

Purchaser Ownership: Public

Tender Value: Refer Document

Purchaser's Detail

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Tender Details

Fully-integrated height-adjustable virtual-reality set-up
Solicitation Type : RFP - Request for Proposal (Formal)
Solicitation Number : 43661-2A-RFP
Location : Canada, Ontario, Ottawa
Delivery Point : University of Ottawa
Purchase Type : One Time Only- Delivery Date:2024/02/16
Description : The Unversity of Ottawa is pleased to invite qualified proponents to submit a proposal for fully-integrated height-adjustable virtual-reality set-up for sensorimotor assessment and training. The overarching objective of the research program is to understand the relationship between effort overestimation, decision making, and automatic approach-avoidance tendencies toward physical inactivity. The height-adjustable virtual-reality robot is integral to the force matching paradigm at the center of this research program, as it allows for both measurement and generation of a variety of movements and forces. The real-time combination of this information allows for the movement or force applied by the participant to one handle to be applied to the other handle by the robot with (e.g., movement transformed into force) or without modifications (i.e., same force direction and intensity). The possibility to perform the task in sitting and standing positions will allow for the manipulation of energy expenditure during the task. In addition, the robot will provide multiple objective and continuous measures to characterize automatic tendencies, such as force and velocity, t...

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