Reaction All Years

Adverse Childhood Experiences: What Are They and How Can We Mitigate the Effects

In collaboration with Pinecrest-Queensway Community Health Center (PQCHC), we aimed to address Adverse Childhood Experiences and their impact on children’s development. Our project emerged from the recognition of a knowledge gap in the community about ACEs. Consequently, we focused on the specific programs offered by PQCHC that empowered parents with effective strategies and resources. Our goal was to promote these programs so families could access support and reduce the effects of ACEs.

AI Opportunities in Retail Shopping Centres

This project investigates the integration of AI within Les Promenades Gatineau shopping center to enhance customer interactions, reduce operational costs, and improve security. By collecting primary data through surveys and discussions with mall visitors and stakeholders, our research aims to provide actionable insights into the benefits and challenges of AI in retail environments. The outcomes are expected to support the mall in its competitive positioning and customer service goals within the Ottawa-Gatineau region.

Filling empty spaces in shopping malls.

This project aims to investigate consumer preferences regarding shopping malls by analyzing factors that influence their choice of malls to visit. Through a structured survey, we will gather data on various aspects such as location, store variety, promotions, dining options, and entertainment facilities. The insights gained will help identify key trends and preferences among shoppers, ultimately providing valuable recommendations for mall management and retailers to enhance customer experience and increase foot traffic.

NadaRhada.ca

We are enhancing Radha and Jay Jayaraman’s wellness website by improving user experience, adding administrative tools, and managing sign-ups for yoga and spiritual healing programs, with a focus on promoting health and wellness.

The impact of mandating mechanical cooling systems in multi-unit residential buildings in Canada

In view of the rising global temperatures and the summer season heat events, building regulations across Canada are looking into mandating cooling systems in buildings. This project will help to fill the information gap for such changes to the regulations by quantifying the impact of mandating cooling systems in terms of both the operational energy usage and construction cost associated with buildings. This will be accomplished through energy modeling and simulation for representative building types and climate zones. The outcome of this project is expected to be a significant step towards meeting the needs of the construction as well as codes and standards regulating industry, enabling them to make well-informed decisions regarding the requirements of mechanical cooling in buildings.

The impact of mandating mechanical cooling systems in multi-unit residential buildings in Canada

In view of the rising global temperatures and the summer season heat events, building regulations across Canada are looking into mandating cooling systems in buildings. This project will help to fill the information gap for such changes to the regulations by quantifying the impact of mandating cooling systems in terms of both the operational energy usage and construction cost associated with buildings. This will be accomplished through energy modeling and simulation for representative building types and climate zones. The outcome of this project is expected to be a significant step towards meeting the needs of the construction as well as codes and standards regulating industry, enabling them to make well-informed decisions regarding the requirements of mechanical cooling in buildings.

OWASP Dependency Checker

he Tech Titans, a team of Algonquin College students, is developing a Python application aimed at enhancing the existing capabilities of ML4Cyber by integrating OWASP dependency checks. This new feature is designed to assist cyber security analysts and IT professionals in identifying vulnerabilities within code bases, libraries, and directories, which is currently not supported by the existing system.
By providing ML4Cyber with this new OWASP dependency check functionality, The Tech Titans aim to significantly improve the ability of cyber security professionals to detect vulnerabilities in their systems. This project not only addresses a critical gap in the existing software but also positions ML4Cyber for enhanced security and regulatory compliance in an ever-evolving cyber landscape.

OWASP Dependency Checker

The Tech Titans, a team of Algonquin College students, is developing a Python application aimed at enhancing the existing capabilities of ML4Cyber by integrating OWASP dependency checks. This new feature is designed to assist cyber security analysts and IT professionals in identifying vulnerabilities within code bases, libraries, and directories, which is currently not supported by the existing system. By providing ML4Cyber with this new OWASP dependency check functionality, The Tech Titans aim to significantly improve the ability of cyber security professionals to detect vulnerabilities in their systems. This project not only addresses a critical gap in the existing software but also positions ML4Cyber for enhanced security and regulatory compliance in an ever-evolving cyber landscape.

Stratosfy – Temperature Monitoring Service

Stratosfy has an already successful dashboard that customers use to monitor their refrigeration units, using sensors that Stratosfy has provided. The aim of this project is to provide a lower level version of the service, where customers can utilize a set of APIs to gather the same information, but not have to go through the Stratosy dashboard in order to retrieve it.
This is useful not only because it opens up the potential customer base of the Stratosfy products, but it also makes the service more versatile in how it is used by the end client. For example, if a customer had their own in house development team, that team could use the new APIs to create a custom dashboard tailored for their own uses.