The project’s purpose is to facilitate the process of training and optimizing models. It should easily allow the developer to create varied algorithms for experimenting. Then these experiments should be easily visualized and stored. The optimization process should include different algorithms such as Bayesian optimization, grid search and random search. The algorithms should also support parallel training for lowering the time spent training all experiments. The visualization should be responsive and updated in real time so the developer can easily decide to stop or restart the optimization process.
Reaction All Years
A thermal camera attachment for a drone with a custom pan and tilt is to be designed and built for Indro Robotics on the basis of functionality and weight. The purpose of this project is to create a scaled-down version of an already existing product in order to provide customers with a cheaper alternative to what is currently available on the market. Various off-the-shelf components will need to be purchased, while others will be provided by the client. The pan and tilt system will need to be custom designed, and 3D printed.
SPEnD or Social Procurement and Development is a project intended to develop, curate, and disseminate research on the capacity of Canada’s college sector for social procurement and social finance and contribute to community wealth building through research and development of market-driven social enterprises.
SPEnD’s areas of research are social enterprises, social procurement, social finance, and social entrepreneurship. SPEnD is 3-year program at Algonquin College’s Social Innovation Lab, funded by the Social Sciences and Humanities Research Council of Canada (SSHRC) and the IBM Centre for Advanced Studies.
Our project aimed to create a more efficient and safer way to extinguish fires, particularly in situations where access is limited or the risk to human life is high. Traditional firefighting methods can be dangerous and ineffective, especially in high-rise buildings.
The FireFightBot we developed uses a webcam and color filtering system to accurately detect flames, even in low light conditions. Two servos control the nozzle’s movement, which allows the robot to aim the water spray at the center of the flame with precision. The pump activation system ensures that the water is sprayed for a controlled period of two seconds before the robot stops. The robot repeats this process every two seconds until there is no substantial flame left in the camera’s view.
This innovative firefighting robot has the potential to be fast-acting, enabling it to extinguish fires quickly and effectively, providing more time for emergency teams to arrive. In addition to being safer and more efficient than traditional firefighting methods, the robot’s ability to reach difficult-to-access areas can prevent the spread of fires, limiting the potential for further damage or harm.
Our team conducted extensive research on existing solutions and technologies to develop a reliable and efficient robot that can be deployed quickly in emergency situations. The robot’s advanced capabilities, combined with its fast response time, can help minimize damage to buildings and property, making it an invaluable tool for firefighters.
Our FireFightBot has the potential to revolutionize the way firefighters approach extinguishing fires. Its fast-acting and efficient nature can provide critical time for emergency teams to arrive, potentially saving lives and minimizing the potential for further damage or harm. We are excited about the impact this technology can have on the world of firefighting and look forward to further developing it in the future.
As part of the Applied Project Management course, students are required to conduct an event with specific targets. The main goal of this course is to give students an opportunity to put into practice what they learned in Semester One. By undertaking this event, the students are expected to go through all the stages of the project management cycle (i.e. from Initiation to closing) while considering all the stakeholders, risks, and costs. The course instructor, Prof. David Solomon (also the Project Sponsor) provided the class with 5 Project Charters (5 possible projects to choose from). From here, one project is assigned to each team by Prof. Solomon.
The Make-a-Wish foundation has already previously partnered with the PMGC program in Algonquin College to conduct fundraising events. The Make-a-Wish foundation is a nonprofit founded in the United States that helps critically ill children achieve their greatest wishes (Make-A-Wish, n.d.). In Canada, Make-A-Wish has granted over 36,000 wishes since 1983 (Make-A-Wish Canada, n.d.).
As explained by Darlene Bennett, a member of the Development Team in Ottawa, Make-a-Wish runs various charity events to raise money so that these children’s wishes may be granted. She added that on average, each wish would cost around CAD 10,000.00. Since this is a huge sum of money for one event to raise, multiple events are run so that the total profit may sum up to the specified amount of CAD 10,000.00.
Although all projects that were provided as options seemed equally challenging and potentially rewarding, the impact a charity would have on the community, and specifically, on an ailing child, motivated the Project Team to submit an application with the Make-A-Wish foundation as our primary choice of project.
As Ms. Bennett mentioned, having their wishes come true rejuvenates the children and inspires them to fight harder against their illnesses. The possibility of making a child’s wish come true is a great purpose and, in the Project Team’s opinion, trumps other outcomes.
After careful consideration of all the applications, the Project Sponsor awarded Team 13, The Pentagon group, their first choice for a project: A charity event for the Make-A-Wish foundation. The project team is currently undertaking research into various aspects of this project before the scheduled Kickoff in week 9 of the term.
In this project, we as a group tried to look for potential venues to host a karaoke night and eventually we were able to secure a venue. After communicating with the venue and finding about the precise day and time, we commenced to promote the event and invited more people to come and donate for the event.
The project will generate recommendations for standard operating procedures (SOPs) for the Makerspace at Algonquin College. As a part of the project, there will be an audit conducted by the project team, a final report outlining key findings, and a presentation presented to Stephen Gagné and the Makerspace of our key findings and suggestions for improvement to the SOPs.
Team X is made up of people who love animals. We believe every creature plays a vital role in the delicate balance of our ecosystem. What’s good for animals is good for the planet, and good for us. Thus, when our Applied Project Management class at Algonquin College gave us the option to pick a project that we would like to conceptualize, plan, and implement, we naturally picked the fundraising project for the benefit of the World Wildlife Fund (WWF). Contributing to the conservation efforts of WWF gives animals a fighting chance and aligns with our advocacy.
The Fast and the Furry is a fundraising event created to raise $1,000 for the benefit of the World Wildlife Fund. The animal costume party conceptualized by the team is intended to engage existing and potential donors and solicit contributions in a fun and engaging way. The party will be held at Beyond the Pale Brewery and Tap Room in Ottawa on April 2, 2023. The minimum donation of $15 per person serves as the entrance fee and comes with one craft beer specially created by the brewery. Net proceeds from all donations collected will be turned over to WWF by April 6, 2023. Several fun activities will be available through the night to allow guest to top up their donations. Activities will include animal face painting where guests donate to have their faces painted with animal designs. There will also be a wildlife photo booth where guests can donate to have their photos taken with animal props. Animal accessories such as tails, ears, and wings will be sold at the event for those who aren’t in costume. There will also be prizes for special costume categories and animal-themed games. Animal-themed merchandise and WWF-branded items will also be available for sale. All activities will be on a donate-to-play basis to generate more donations during the event. Entrance tickets will be sold in the weeks leading up to the event through eventbright.com, as well as at the entrance of the venue on the night of the event. Pre-event marketing activities include the creation of a website and an Instagram page that will promote the event. These will direct donors and party guests to the project’s donation page on the WWF-Canada website. It will also direct party-goers to the Eventbrite ticket-selling platform where they can purchase their tickets. The project will be delivered by a project team of 5 people and 8 volunteers, on a budget of $100, and over a period of 6 weeks. The project is supported by World Wildlife Fund Canada and Beyond the Pale Brewery and Tap Room.
Looking for a unique and fun way to support a great cause while potentially finding a new romantic interest? Look no further than the Make-A-Wish Charity Speed Dating Event at Good Eats Café in Ottawa on April 2nd.
This event is specifically designed for individuals aged 20-30 who are looking to meet new people in a low-pressure, friendly environment. The speed dating format allows participants to meet a variety of potential matches in a short amount of time, making it a great way to expand your social circle and potentially find a romantic connection.
But this event is more than just a chance to meet someone new – it’s also an opportunity to support a great cause. All proceeds from the event will go to the Make-A-Wish Foundation, which grants wishes to children with critical illnesses. By participating in the event, you’ll be helping to make a difference in the lives of children and their families.
The event will take place at Good Eats Café, a cozy and welcoming space with delicious food and drinks to enjoy. So why not come out, have some fun, and support a great cause at the same time? Register today to secure your spot in the Make-A-Wish Charity Speed Dating Event at Good Eats Café on April 2nd.
A table with height adjustment, and mounting abilities is designed and fabricated for the Aerospace Research Centre at the National Research Council of Canada (NRC) on the basis of accuracy, efficiency, and user-friendliness in order to improve their current methods of testing parts with ultrasonic immersion testing.