Reaction All Years

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Project Summary:

Vibes is a groundbreaking mobile app that will transform how we experience nightlife. Combining brand-new features, as well as established features from modern social media apps, users can find nightclubs, pubs, and bars that will fit their vibes.

Project Description:

Transforming the nightlife scene, Vibes Social Network stands as a unique mobile app poised to redefine how we experience night entertainment. Blending innovative functionalities with the best of contemporary social media platforms, users can find nightclubs, pubs, and bars that will suit their needs and fit their vibes.
Born from firsthand experiences of international students navigating Dublin’s nightlife scene, Vibes Social Network aims to make selecting a bar, club, or pub easier through reliable, real-time user-generated information.
Through extensive interviews and research targeting Ottawa residents aged 18-30, it became evident that existing platforms needed critical details such as cover charges, wait times, and accurate ambiance descriptions. The demand for real-time insights into a venue’s atmosphere, crowd size, queue lengths, pricing, and ability to plan a night out with friends before committing to a venue, resonated loudly among prospective users.
With the insights gained from our user research, our next step was designing an intuitive interface that delivered this information to users. Recognizing the crowded landscape of social media apps, our design system prioritized user-friendliness while ensuring essential details remained front and centre.
Transitioning to the development phase, we conducted technical research to assemble the ideal technology stack for our application’s success. Opting for React Native for our front-end, we were drawn to its widespread industry adoption, robust community-driven libraries, and customizable components, promising users a familiar and fluid experience. Complimenting this choice, we embraced Google’s Firebase services for the backend, enticed by its user-friendly authentication and rapid database updates.
Within Vibes Social Network, users navigate a wealth of real-time venue information, from crowd dynamics, atmosphere, prices, past reviews, and line length. Armed with insights gleaned from fellow patrons’ check-ins, live reviews, and the ability to share a venue with friends to organize a night out, users make informed decisions, enriching their nightlife adventures.
Working on this project has provided our team with invaluable experience. We learned about the steps required to design and develop a mobile application from start to finish and to overcome the challenges that come with it. It was challenging to manage this project’s scope as we quickly saw that the end app could have numerous features and capabilities. We handled this by focusing on the main user problems and ensuring the solution was handled most intuitively. One of our biggest technical challenges was writing clean, modular code that could be scaled with the app’s complexity. As the app enlarged, we found that we were re-writing the same components with minor changes. This applied to both the front-end and back-end. We learned it would have been more effective if we had planned which components we would reuse throughout the app and made minor changes accordingly.
Throughout this project, we were able to put the skills learned in the Mobile Application Design & Development program to the test as well as enhancing soft skills such as teamwork and cooperation. In essence, this project has not only enriched our technical capabilities but also fostered invaluable personal growth, solidifying our commitment to excellence in future endeavours.

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Project Summary:

The purpose of this research is to develop the skill set to design for prefabrication. This is achieved by studying its quality, performance, and speed of construction. It also addresses sustainable retrofitting practices and historical integrity

Project Description:

Scope of the research:

Explore innovative pathways for prefabrication,

Deliver high performance, resilience, and affordability

Address pressing issues like productivity and sustainability

Integration of renewable energy systems in prefabrication

Respond effectively to the housing crisis and the construction sector priorities

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Project Summary:

Through collaboration with the greenhouse owner, greenhouse experts, and comprehensive research, Fantastic Planta Greenhouse Project aims to modify a greenhouse in Ottawa for year-round growth, emphasizing sustainability, budget, and design.

Project Description:

The main problem to be addressed is that greenhouses were originally designed to establish a controlled environment for plant growth during warmer seasons. However, these traditional greenhouses lack optimization for sustaining ideal conditions consistently throughout the entire year, especially during winter season. The challenge is to create modifications that ensure consistent and suitable growing conditions, regardless of external weather variations.

In response to this issue, we seek to address it by designing a sustainable year-round greenhouse. Dubbed as Fantastic Planta Greenhouse Project, the project team proposes the modification of a greenhouse for an all-season growth that includes the necessary adjustments, associated risks, budget considerations, and design details to transform the existing greenhouse into a sustainable and efficient facility capable of year-round food production. By consulting with the farm owner and conducting comprehensive related literature research coupled with architects and environmental experts, we plan to develop a detailed design that meets the needs and expectations of all stakeholders involved. Furthermore, our project aligns with the farm owner’s vision of utilizing sustainable sources, to minimize or eliminate the use of fossil fuels in greenhouse operations.

Ultimately, the implementation of this project will not only enable the farm to extend its growing season and continue serving the community with fresh produce year-round but also pave the way for educational initiatives, such as in-person workshops for residents through Ottawa Community Housing.

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Project Summary:

The project aims to develop an Automatic Water Filling Station that utilizes PLC, microcontrollers, and robotic arm technology to automate the process of filling, sealing, and packaging water bottles.

Project Description:

The objective we hope to reach by the end of this project is to create a process that automatically fills, seals, and neatly packs bottles in an efficient manner. This eliminates the use of manual labor, alloying for a faster and more cost-efficient process. Bottling and packaging are key steps in the manufacturing of bottled substances. Our project aims to represent a small-scale automated bottling and packaging process. This will be done by employing the use of a programmable logic controller, microcontrollers, FANUC 200 iD and various I/Os such as motors, sensors, etc.

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Project Summary:

The online quiz platform can be used to quiz writers to write new quizzes, and to generate quizzes from preexisting quizzes and questions in a database.

Project Description:

client of this project:
The CCEAC is a nonprofit organization dedicated to promoting ethics, compliance, and anti-corruption efforts. They offer training, resources, and assistance to help governmental and economic organizations become more adept at preventing, discouraging, and reducing corruption-related problems.

Purpose of the project:
The purpose of this project is to develop and deploy an integrated online quiz maker/quiz taker platform specifically tailored for themes related to anti-corruption and ethics. The CCEAC aims to raise awareness about anti-corruption topics among employees of various corporations and organizations. The project seeks to provide a user-friendly tool for creating, editing, taking, and sharing online quizzes, facilitating knowledge assessment, and promoting education on anti-corruption topics.

Requirements for the Project:
The main priorities of the CCEAC Quiz Maker website include:
Developing an online platform accessible to different user groups, including quiz creators, quiz takers, and administrators.
Creating a robust database containing anti-corruption quiz questions and answers.
Implementing a RESTful API for interacting with the quiz database connected to the online web application.
Ensuring ease of quiz creation, offering a knowledge assessment platform, and providing flexibility for different use cases such as employee training and continuous learning programs.

Users of this Project:
Educators, trainers, and decision-makers within organizations seeking an easy-to-use method for knowledge evaluation regarding ethics and anti-corruption topics.

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Project Summary:

Our team from the Interactive Media Design program is tasked to website redesign and rebrand for Hustle Temple. Hustle temple operates as a dynamic e-]commerce and marketing consultancy, catering to enterprises across various scales.

Project Description:

Hustle Temple operates as a dynamic e-commerce and marketing consultancy, catering to enterprises across various scales. Specializing in comprehensive e-commerce solutions,

we adeptly facilitate the establishment and efficient management of online stores for

businesses of all sizes. Additionally, we excel as brand ambassadors at diverse events and trade shows, leveraging experiential marketing to enhance brand visibility and

Engagement.

Our project team consists of four students from the Interactive Media Design Program at Algonquin College (IMD). Kristian Penny, Team Lead, Samuel Tesfaye, Team Second, Setareh Bagheri, Lead Designer, Minute Taker, and Conner Hyndman, UX Researcher. We worked through this project by these phases: Define, design, develop, deploy to provide solutions to Hustle Temple redesign.

Our team aims to redesign Hustle Temple’s website to create a visually appealing and professional online presence. The outcome of this project will include an attractive redesign of each webpage, a product that will attract their target audiences, between ages 18 and 65, and a mobile-first and user-friendly web experience

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Project Summary:

Foam Glass Gravel (FGG) was evaluated based on the American Society for Testing and Materials (ASTM) standards to determine its potential as a lightweight fill material for infrastructure and construction projects.

Project Description:

The inspiration to explore the potential of Foam Glass Gravel as a backfill material for the team’s project arose from Blaine Kennedy’s research conducted at Geo Glass Ottawa. Recognizing FGG’s success in Europe, Blaine initiated research but faced obstacles due to the increased costs associated with ASTM standards testing. However, Blaine’s provision of an FGG sample enabled the team to conduct tests in the laboratory facilities at Algonquin College.
The team explored FGG, also known as cellular glass aggregate, as a potential solution to the limitations of EPS blocks and aggregates. FGG is crafted from recycled glass, a foaming agent (such as carbon), and a fluxing agent (like limestone). This mixture undergoes heating upwards of 900 degrees Celsius, causing the foaming agent to decompose and release gas bubbles, creating a cellular structure within the glass. The resulting Foam Glass is then crushed into gravel-sized particles.
Research findings suggest promising attributes of FGG, including notable impact-absorbing capabilities and insulative properties. Its lightweight nature also renders it suitable for various applications, such as airport EMAS (Engineered Materials Arresting System), below-grade building insulation, and landscaping projects.

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Project Summary:

We are invited to enter the 2024 BLIA International Microfilm contest. As the video team, we aim to create a 3-5 mins film showcasing the key theme “Let’s Go Places!” to Promote Three Acts of Goodness.

Project Description:

Our project aims to explore the complexities of sibling relationships through the lens of loss, resilience, and hope. It highlights the delicate balance between protection and personal freedom. Through this narrative, we hope to promote understanding and empathy among viewers, highlighting the importance of communication and mutual respect in navigating life’s challenges together.
The story centers around two siblings who live together due to work and school. The younger sibling harbors a dream that may seem unrealistic to the older sibling, who works hard to provide for them both. This leads to an intense argument between the two, resulting in both storming off. However, after reflecting on their actions, they come back together with the goal of repairing their broken relationship.

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Project Summary:

Plastics in Concrete goes into dept on the incorporation of plastics in concrete to help reduce recyclable materials in landfills and to promote an environmentally friendly material into the construction industry.

Project Description:

A problem the world is facing is plastics and recyclables in our landfills with nowhere for them to go. The study of plastics in concrete is being completed to investigate the incorporation of plastics as a sustainable component in concrete mixtures based on strength and reliability. By examining concrete containing plastics, a way to re-use the plastics that end up in our landfills, that is easy and efficient will be developed to contribute to the recycling crisis around the world. This contribution will help the environment, but as well will promote an environmentally friendly material into the construction industry that does not have any effects to the materials mechanical properties.

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Project Summary:

The purpose of this project was to determine the efficiency of solar panel energy in a Canadian climate using an Arduino to precisely measure data between the sun and a 40-watt solar panel to find the solar panels efficiency in a winter climate.

Project Description:

The purpose of this project is to assess the viability of solar panel energy within the Canadian winter climate. This was done through the use of an Arduino-based system, built and coded by former Carleton University professor; John Armitage. John was introduced to the group through Algonquin professor; Federico Fernandez. John has developed and programmed a pyranometer using an Arduino connected to protoboards that record temperature and light waves from the sun within 30-second intervals throughout the day. This allows the pyranometer to provide accurate data on the energy coming from the sun at any given time of the day while also recording the energy produced by the solar panel. For this project, our group used a 40-watt solar panel to conduct the tests and then compared it graphically to calculate the efficiency of the solar panel to the sun’s energy output on that specific day. Using this device to test throughout the winter months, the group suffered through poor weather and device malfunctions, but regardless the more we tested the better the data became and with determination and perseverance our group was officially able to achieve and determine the maximum efficiency of 17% from a combination of the best data sets recorded. In conclusion, while the weather provides inconsistencies in the overhead cast, surprisingly things like the cold temperatures and cloud cloud coverage did not restrict the efficiency of the power output.