Grants and Contributions

A full time office and lab manager will be hired to organise and streamline operations. This manager will be responsible for building an online system for invoice and purchase orders, and for ordering lab supplies, shipping and receiving and for arranging meetings with clients and staff.

Correct-AI is a fast-growing Canadian early-stage company that works closely with customers who need sophisticated, precise and automated navigation techniques to ensure the safe mobility of their vehicles in real-time. The main function of Correct-AI’s products is to improve safety and operating efficiencies by preventing collisions and rollovers of vehicles and machinery. The system uses camera and LiDAR data to detect and classify objects and determine their size and distance to the vehicle. Our products combine hardware & software solutions and leverage proprietary Machine Learning and Artificial Intelligence (AI) technologies to provide an awareness of surroundings and situations and to convey essential information to operators.

In this specific project HMR will focus on verifying and testing different software packages that we developed in terms of their compliance with the standard software development for medical devices, including the motion generation, balancing, and firmware of various PCBs we developed.

To increase capacity for fabrication and assembly of ITC’s directional steering instruments at the ITC Whitehorse facility. This includes increasing volume on the production line and subsequent calibration, while identifying and reducing manufacturing defects.

The objectives of the project are to employ a highly qualified graduate with specific skills and expertise to assist the advancement of Source Nutraceutical Inc. The graduate will gain career-related work experience, mentoring and coaching to build advanced, employable skills.

This position will help to design and build web applications and backend infrastructure for our smart home products. With thousands of customers and connected devices interacting with our cloud service, the position will involve developing highly scalable and reliable software. Our infrastructure is built on Amazon Web Services, and will work heavily with services such as DynamoDB and Lambda.

The objectives of the project are to employ a highly qualified graduate with specific skills and expertise to assist in the advancement of Source Nutraceutical Inc. The graduate will gain career-related work experience, mentoring and coaching to build advanced, employable skills.

Design and development of enhancements SkillShark software platform

This Project will focus on developing an advanced network that can provide accurate, real-time information about road surface conditions to ensure the safety of roadways for all users. The Project will investigate efficient methods of maintaining safe, optimal traffic flow, particularly for freight transportation by road, which is essential to support a robust, flourishing economy. This made-in-Canada research Project will guarantee that the systems adopted here will be able to withstand harsh environmental conditions, and the systems developed will be based on locally available data, thus ensuring that both the physical operating limits of the system (i.e. operation at cold temperatures) and the information used to complement the data collected from the physical sensors are relevant to the local context. Key Project activities include:
- Developing a real-time active monitoring system for a major roadway, capable of giving real-time feedback about both structural capacity and surface conditions
- Developing an information-based system that can monitor the structural capacity of a road and alert authorities to early signs of deterioration in the road structure
- Developing a sensor-based system that accurately measures the frost and thaw depth of pavement - Developing roadway performance prediction models based on field and laboratory data
- Developing a dynamic system capable of determining allowable speed limits for the roadway, based on real-time data related to the condition of the road surface

Design, development and implementation of a AI based prediction engine within the Appointment Scheduling software platform