Grants and Contributions

To develop products based on milling tenebrion with specific organoleptic characteristics, nutritional values and shelf life according to the target market.

E-Sonar will design and develop a hardware based acoustic release mechanism to be integrated with Enginuity Inc Sea-stab line of products. The resulting technology will allow for Enginuity to acoustically release their mechanism reliably at an operational depth of up to 2000 m.

International Co-Innovation Action Program (ICAP) project: The objective is to partner with co-innovators who develop realistic medical simulation solutions, whole-product concept that will integrate the firm’s devices into their existing and new solutions from software, content, analytics tools to other hardware components.

Creation of digital artwork as part of a content marketing campaign.

We are hiring a youth hire that resided in the Calgary Edmonton corridor to help us with our efforts in launching our new line TARKKA. TARKKA is a made in Canada wheelchair seating solution that solves many current problems with current state of the art in our industry. This new product is manufactured thru the application of additive manufacturing and artificial intelligence. Our youth hire will be tasked with multiple responsibilities, documentation of processes, implementation of new processes being the major responsibility.

The study and treatment of rare diseases is an unmet area, in particular, the need for proper capturing of clinical data is high while the task of completing such activity is onerous. The project involves creating a system to expedite the creation of modules that can be customized for the unique requirements connected to the treatment of specific diseases while facilitating the capturing and collection of discrete clinical data to enable meaningful analytics on the data.

Visfuture is engaging the candidate for both data analysis for a Electronic Medical Record project that is related to InVitro Fertilization. The graduate will be involved in the business requirement development of the project definition which allows the graduate to understand the data elements of the project.

This pilot project is set out to determine functionality of available commercial processors to functionally achieve desired final product specifications. This project will provide detailed functional processing data at the desired processing scale, with commercially available equipment.

This project will support the development of Assistability's novel 3D-printed customized wheelchair cushion and AI algorithm in the following areas:
• Materials selection and testing
• Development of material property database to complement machine learning algorithm (currently being developed at RDP and UofA) considering stress-strain data for various unique lattice cell structures
• Quality control of cushions fabricated at RDP in terms of productivity, traceability, and optimization of digital process
• Develop procedure document and prepare documents required ISO 13485 certification

The developed software will be used for the processing of the data generated by the building systems up to the visualization for the optimization of the energy and building management processes.