Innovative Projects Realized

L2M QC 2024 – «BeNat»

There are three main problems in construction sector which are addressed through our startup. The first one is the high negative environmental impacts and energy required for conventional concrete or earthen constructions. The second problem is the high pre- and post-construction costs which results more building costs and maintenance fees. Lastly, there is the necessity for rapid construction to meet the growing market demand.
Indeed, the construction industry represents a real challenge for the environment. Concrete is the second most used material in the world after water. Cement, a hydraulic binder used in the preparation of concrete contributes significantly to worldwide greenhouse gas (GHG) emissions. The production of cement releases approximately 0.8 tons of CO2 to the atmosphere per ton cement. Moreover, cement production presents a high energy demand and an extensive consumption of natural resources. There is a pressing necessity for sustainable building materials before it becomes irreversibly late.
Our startup BeNat is dedicated to use natural renewable resources to facilitate the construction sector in different forms and reduce its environmental impact. The present innovation proposes a new sustainable construction material called self-consolidating earth concrete (SCEC). A technology that takes the advantages of self-consolidating concrete (SCC) and earthen constructions. SCEC comprises a natural soil, stabilizer (reactive materials) and chemical high-range water reducer (HRWR) admixture. Different applications targeted by BeNat are: cast-in-place and prefabricated SCEC elements, prepacked green materials, and earth-based 3D printing. Therefore, by keeping the benefits offered by earthen materials, more advanced developments are introduced through our technology.

Thermochemical recycling of textile waste mixtures via microwave catalytic pyrolysis

THIS IS A GENERIC TEXT PUT IN PLACE AS THERE WAS NO PROJECT OVERVIEW.

Publicité Durable : Explorer les pratiques responsables à travers la chaîne de valeur publicitaire.

Le projet de recherche vise à promouvoir des pratiques publicitaires écologiques et responsables. Nous voulons montrer comment la publicité peut être conçue et diffusée de manière durable, en utilisant des pratiques responsables et en améliorant les processus publicitaires numériques pour les rendre plus efficaces et moins polluants. Nous identifierons également les obstacles à l’adoption de ces pratiques et proposerons des solutions pour les surmonter. Nous croyons que cette initiative améliorera la qualité des publicités, réduira l’impact environnemental des campagnes publicitaires et encouragera les différents acteurs à réfléchir et à adopter des pratiques plus durables.

Gitanyow

Meziadin Junction Holdings sits on Gitanyow territory and derives customers from traffic to these lands. The Gitanyow museum has been closed for 15 years because of financial constraints; therefore, we have been restricted in our ability to share our cultural history with the public. Furthermore, Gitanyow is located in northern British Columbia and as a result of our rural location, visitors from outside of the Gitanyow community are limited. Additionally, 50% of Gitanyow members live outside of the community, making it difficult for them to access information about their culture, practices, and traditions. Through collaboration with Emily Carr University and the use of picture animation, we aim to bring to life the story of Emily Carr’s visit to Gitanyow in 1928 in a way that is engaging, accessible, and understandable for all ages, backgrounds, and education levels. The story of Emily Carr’s visit to Gitanyow speaks to an important time in Gitanyow’s contemporary history and resistance to colonization and shows Gitanyow’s point of view and vision for coexistence. Gitanyow’s resilience and strength as a nation will be highlighted through the voices and perspectives of our Chiefs.

Organizational Innovation on Blockchain Integration and Optimization Project

The proposed project involves integrating and optimizing blockchain technology within Penrose Partners’ internal operations. By implementing blockchain, the project aims to automate complex processes, enhance data security, and increase transparency within the organization. This will streamline workflows, protect sensitive information, and provide a clear record of transactions, leading to improved efficiency and reduced operational costs. As a result, Penrose Partners can expect to see not only an increase in operational effectiveness but also a boost in trust and reliability in their services, enhancing their reputation as a leader in the blockchain consultancy sector.

MRP Configuration for ERP Upgrade

The EPS Materials Management Warehouse manages the majority of the supplies, clothing, and equipment
used by the service. Goods are received, stored, issued, and distributed using a combination of email, paper,
and electronic means which are tracked in the organizations ERP system, SAP ECC. Inventory ordering is
conducted using a manual process which is time consuming and ineffective. The organization is currently
upgrading to SAP S/4 Hana which presents the opportunity to leverage its embedded Material Requirements
Planning (MRP) system to manage inventory items more effectively. Our goal for this project is to analyze
inventory usage and available storage capacity to determine min/max and order quantity thresholds that will
be used in MRP planning. The analysis will provide an opportunity to review the current data with the intent to
remove outdated or redundant information and therefore transfer only current and relevant data to SAP S/4
Hana. Implementation of SAP S/4 Hana is expected in Q4 of 2024

Informing Customized Responsible Gambling Messaging

This research will investigate Responsible Gambling (RG) messaging. Specifically, the research will examine which RG messages are more effective and which populations respond better to certain kinds of message. This information will be used to create RG messaging that meets the needs of the diverse casino patronage.

Optimizing a retail point-of-service system for cross referenced inventory

The filter and battery manufacturers do not maintain information for Canadian market specific equipment. This knowledge is continually being lost as more and more catalogues are moving online. After supporting the construction, and agricultural communities for over 50 years we have gained and stored knowledge for much this older Canadian equipment. Especially in Saskatchewan much of this equipment is still being used today. A custom retail management database will enable us to document this information and make it searchable.

Establishing ISO 27001 certification baseline

The main objective of this project is to assist Technology North company and similar ones in managing cybersecurity risks linked with deploying assistive technologies, especially those designed for individuals with Autism Spectrum Disorder (ASD). By establishing strong information security controls that conforms with industry standards, this will increase the accessibility and dependability of assistive technologies for ASD-affected individuals, hence improve their overall quality of life and widen their employment prospects nationwide. In this project, we will create an extensive collection of information security controls, tools, and methods that enable firms involved in creating assistive technologies to adhere to the stringent ISO 27001 standards.

A framework for technology integration centered around the concept of Self Actualization

This project aims to enhance and expand a comprehensive framework for holistic technology integration tailored to Indigenous values and needs. The first year will involve developing a detailed research plan, establishing relationships with key community stakeholders, and securing necessary permissions and ethical approvals. The project will then conduct primary consultations and interviews with community members, elders, and leaders to gather qualitative data. This data will be analyzed to refine the existing framework, ensuring it incorporates organizational, cultural, environmental, and community values. The project will produce initial consultation reports and a preliminary research report, laying the groundwork for a sustainable and culturally aligned approach to technology integration. In the second year, we plan to take our findings and apply them to create a graphically enhanced book for publishing, communicating our innovative framework and inspiring a wider audience.

Polymath Global

Revised Public Project Overview

Polymath Global is participating in the MITACS – BSI program to offer valuable internship opportunities in Software Design and Development. These internships aim to bridge the gap between academia and industry, providing students with practical experience and skills in product design and software development. The program will benefit Polymath Global by fostering innovation and introducing fresh perspectives within the organization, enhancing its talent pool, and strengthening its product design systems to produce industry-leading designs. Interns will engage in real-world projects, contributing to product management and strategic planning efforts while addressing current industry challenges. By participating in this program, Polymath Global supports the development of the Canadian workforce and gains access to emerging talent, leading to long-term organizational growth and success.

This engagement underscores Polymath Global’s commitment to a continuous learning environment and academic-industry collaboration, enriching its service offerings and maintaining its competitive edge in the tech industry. By investing in the next generation of professionals, Polymath Global ensures a steady influx of new ideas and approaches that drive innovation and improve service delivery of its products. This strategic involvement aligns with Polymath Global’s goals of expanding its reach and influence in the market, while contributing to the broader educational and professional landscape in Canada.

Functional MRI for post-stroke rehabilitation

Motor impairment is a common symptom after stroke and recovery of motor function is important for regaining the patient’s independence in activities of daily living. Being able to predict motion recovery and outcomes soon after stroke could support clinicians, patients and families to set proper goals for rehabilitation and appropriate plans of time and resource allocation. In this project, multimodal medical imaging data such as MRI and/or CT will be used to predict the recovery of upper limb function after stroke. The deep learning algorithms will be developed to predict the post stroke recovery based on the quantitative imaging biomarkers derived from the multimodal medical images.

The proposed project focuses on using advanced MRI technology and augmented reality (AR) to improve stroke recovery. By analyzing MRI scans, the research aims to predict how well patients will regain motor function after a stroke. The project will also develop and test an AR-based app to help patients with spatial neglect, a common post-stroke condition. This collaboration between Memorial University and the University of Auckland will enhance research capabilities at both institutions, foster international partnerships, and provide valuable insights that could lead to better stroke rehabilitation methods.