Grants and Contributions

This project will enable iProgen Biotech to produce and evaluate a number of different antibody-drug conjugates (ADCs) that are performance-enhanced by the firm's proprietary technology. The results of this project will allow the firm to identify a lead therapeutic drug candidate to take through IND-enabling preclinical development .

This project will explore challenges and solutions related to providing meaningful information to festival organizers about patrons: traffic patterns, real-time information about population at the event and specific zones at any point of time, popularity of the vendors and food items, general financial information and potentially insight into behaviour of the festival goers through visits to various events.

The Firm has identified compositions that may be applicable to inducing cell death in a controlled manner. The Firm seeks to obtain proof-of-concent data with this project.

The project involves the development of an ink formulation that can be used to deposit Arylla's nanoparticle based anti-counterfeiting technology onto clothing labels. The final solution must survive standard wear and tear expected for clothing products (washing, dry cleaning etc.) and meet specific cost/throughput requirements. The project will enhance a line of existing products which will enable Arylla to increase the value it currently provides to its customers and facilitate expansion into new markets.

Completion of development of a gas analyzer capable of directly measuring gas components, such as nitrogen oxides, H2S, SO2 etc., with high precision and accuracy, continuously, and in real-time. This project will also include miniaturization of the existing Photolytic NO2 Converter for use within an analyzer chassis.

To build and implement foundational structures of our Software platform including: Privacy workflow, Security Protocols, Research & Development of Healthcare tracking tools.

OCAD U offers IRAP Design Thinking-based design critique and user interface evaluation services in support of IRAP’s mission. Design Thinking is a multi-disciplinary problem-solving approach that cultivates creative ideation, iterative prototyping, and concurrent business analysis using structured methods that promote deep understanding of real needs and the attainment of significant business outcomes. Design Thinking has been identified as a key approach for developing innovative solutions that are desirable, effective and viable.Participants engage in authentic studio environments where art and design thinking promotes problem-focused solutions for workshopping ideas, product, service, and policy development. Our model is based on engaging participants in all three learning domains: cognitive (Head), affective (Heart), and psychomotor (Hand). Outcomes focus on the acquisition of knowledge, the development of affective investment in this knowledge and the change

This project will develop an innovative high performance 3D depth sensor. Applications for the 3D depth sensor include healthcare imaging and object identification for applications such as facial recognition.

This project is to develop Adaptive Desalination Technology (ADT) for optimizing reverse osmosis (RO) operations to a turn-key commercial product. ADT is comprised of a proprietary optimization system for process operation and hardware, using algorithm-based models and machine learning. The developed software and services will provide value to desalination plants by reducing overall operational costs and reduction of energy usage.

There is a growing need to develop cost-efficient clean technologies to reduce greenhouse gas emissions and convert carbon into value-added products that can be sold. The Carbon Capture and Conversion Institute (CCCI), a division of CMC Research Institutes, Inc. (CMCRI) provides state-of-the-art facilities and expertise to help innovators design, build and test their early-stage prototypes, and de-risk and scale-up clean technologies aimed at greenhouse gas emissions reduction, energy storage and clean-fuels and chemicals development. The project will provide SMEs with access to these facilities and expertise.