Grants and Contributions

This project aims to de-escalate violent conflict, reduce the vulnerability of civilians, and support peacebuilding efforts, in emerging conflicts Crisis Action. Project activities include: (1) developing the capacity and facilitating access of civil society organizations and religious actors to pursue collective action for gender-responsive de-escalation and peacebuilding, and; (2) developing the capacity of women and women’s organizations and networks to play a lead role in national and regional peace-building processes, and on addressing sexual and gender-based violence.

The proposed project advances research and development to optimize the impacts of Additive Manufacturing structural design and material composition, and the surface finish on space componentry to withstand the extreme thermal environments found in lunar surface exploration.

The purpose of this project is to advance the field of Additive Manufacturing with respect to light weighting of structural designs for space hardware, and through the study of alloys and surface finish impact on the mechanical properties of space components undergoing extreme thermal conditions.

Provides an employment opportunity to a security and web/mobile developer in a role of junior security analyst for governance, risk and compliance (GRC).

OTI will design, build, and validate a sublimation tool, which will be used to produce OTI’s high-purity organic electronics materials for commercial supply to the world’s leading display panel manufacturers.

This project is intended to increase Marketing efforts by adding a Digital Marketing Coordinator to our Marketing team. This will allow us to accelerate increasing brand awareness, driving inbound leads, supporting and creating training resources for customers, optimizing reaching our target audiences and performing market research for new target verticals. Additionally, this will allow for increased optimization and content generation to support Digital Advertising campaigns, support trade show preparation and more.

As part of the international consortium project, EUREKA SEi ULH Turbine, this project will focus on successfully demonstration and validation of an innovative Ultra Low-head (ULH) Mini-Hydro Turbine-Generator System.

Both in Canada and Taiwan have large market potential for generating hydro-electricity at existing ultra low-head sites (head less than 3 meters). These sites cannot be developed economically using existing conventional technology. The laboratory model was developed under ISTP Canada-Brazil program (2013-2015) in a joint R&D collaboration with IP international patents filed and issued. SEi will manufacture all turbine system by using 3D printed high strength composite material where partner in Taiwan will manufacture generator.

Design a data-lake around all modules within Compliance Science that can measure risk, controls, incidents, and sites. Within this data-lake, apply machine learning to identify variances within assessed risk (frequency, probability, severity) as well as the level of risk mitigation provided by proper controls, in relationship to incidents resulting from risks as well as field/site assessments. The project will help identify if risk is under-estimated, over-estimated or incomplete, as well as factors related to the effectiveness of controls and procedures.

The purpose of the project is to participate in activities that will help WR Transformateurs establish itself in the United States and gain market share in the sale of dry power transformers, a product for which the demand is rising.

The firm's main aim of this project is to explore the potential to completely integrate Asset Management, Filed Service Management and Health & Safety Management under one platform, underpinned by a unified user experience and interface. The firm will leverage AI capabilities to introduce advanced functionalities such as predicting asset failures, forecasting risk factors in field operations, detecting asset defects through photos and videos, analyzing crew capacity and proficiency, and more.

The firm previously commercialized a novel ring cutting device. This product has validated the market fit, and it has been a commercial success. In order to meet growing demand, the firm is developing a second-generation product that is scalable, designed for international markets, and makes key improvements to the original product.