Grants and Contributions

The Youth Graduate working on this Youth project will provide operational support for a New SaaS B2B platform.

Provide a recent graduate in Engineering Technology – Design and Automation, a career growth opportunity in the Firm’s development and refinement of their existing and new software and hardware products.

To provide employment for a computer science graduate youth in the field of software development and provide high quality training in AI/ML programming to develop automation, forecasting, and decision-making skills.

The firm wants to implement an ERP integrated barcode/scanner system in order to track direct labour on the shop floor. Right now, the company are manually recording time per work order on paper, and manually entering that data into spreadsheets.

The project involves the development of API, AI and automation tools to support the commercialization of a SaaS B2B low carbon material platform that helps the Architects, Engineers, Contractors, owners, developers and professionals dramatically streamline the material and technology evaluation, reducing the documentation process from hours to minutes.

The purpose of the project is to develop AI image contextualization and keyword / tag generation for SubC’s technology. If it is proven that the integration of AI in existing products can generate revenue, it would become an added feature in the company software, similar to how the streaming service is currently offered.

This project marks the next phase of ACS’s R&D, advancing toward AI-enabled industrial automation. ACS is developing an integrated vision and lighting system for use in autonomous, explosion-proof robotic cleaning tools. Combining high-intensity, hazardous-rated lighting with computer vision, the system will enable real-time coverage tracking, obstacle detection, and environment mapping. Designed for Class I, Div 1 zones, this innovation will lay the foundation for intelligent decision-making in zero-entry tank and vessel cleaning.

Design of a more compact, safer and easier-to-use gun lock.

This project will develop an AI-powered tool enabling relief veterinarians to assess the likelihood of a shift being approved by clinics. The tool factors in current market dynamics, negotiation parameters, vet profiles, and clinic preferences to deliver real-time predictive insights. Designed to support strategic decision-making, it empowers vets to optimize their time, increase income stability, and reduce emotional fatigue from rejections or uncertainty. This initiative aligns with the Firm's mission to provide structure, autonomy, and financial clarity for independent veterinarians.

This project aims to develop and integrate a virtual mailbox management module for shipping centers and retailers.