In martial arts, belt progression requires both a physical test and a theoretical knowledge test. Currently, the theoretical knowledge test is done in person during classes and graded manually, resulting in less time spent on physical training. With limited in-person class time, a solution is needed that allows the students to take the theoretical test at home prior to classes and to receive immediate test results.
With Yudansha Online Quiz, a Sensei can create, edit, and delete quizzes in the web-based application. The application allows for various question – answer formats including multiple choice – single answer, multiple choice – multiple answer, matching, ordering and short answer. A Sensei can set time limits and a password for the quiz. Lastly, both Sensei and student can see the results of the test allowing for immediate performance feedback. The goal of the web-based quiz application is to ensure that more in person class time can be dedicated to physical training.
Developing the application began with a creation of a mock-up of the application. The client provided feedback and additional deliverables for the team. Because the client had an existing webpage that was hosted on WordPress, it was decided the application would be developed as a WordPress plugin. The languages used to develop the application included PHP, HTML, CSS, and JavaScript (jQuery). GitHub was used to host the team’s code repository. Local by flywheel was used as a local WordPress environment. Lastly, WordPress’s native database, user roles and many of WordPress’s provided features was leveraged.
The end product resulted in a functional WordPress plugin that can administer, create, edit, delete online quizzes. Question types of multiple choice, multiple select, matching, ordering and short answer can be created. Automatic grading, immediate feedback for both student and sensei are present. The application also allows for future expansion, if necessary.
The team learned valuable lessons with the development of this application. The team learned about WordPress and WordPress plugin development, a development environment vastly different from the ones the team were familiar with. The team learned to overcome design and development challenges that were unique to WordPress. The team learned what it meant to work together as a team collectively to meet a client’s requirements. The experience gained from this project has been a valuable experience.
Reaction All Years
The machine performs several functions, including:
Filling bottles with liquid products: The automatic bottle filler function ensures that the correct amount of liquid product is dispensed into each bottle, reducing the likelihood of overfilling or underfilling.
Rejecting defective bottles: The rejector function ensures that bottles that do not meet specific quality standards, such as those with chips, cracks, or incorrect fill levels, are removed from the production line and do not make it to the end consumer.
Improving efficiency: An automatic bottle filler and rejector can handle a high volume of bottles per minute, reducing the need for manual labor and increasing production efficiency.
Reducing waste: By accurately dispensing the correct amount of liquid product into each bottle, an automatic filler can help to reduce product waste and minimize product losses.
Ensuring consistent quality control: An automatic bottle filler and rejector can be programmed to meet specific quality standards, ensuring that each bottle that passes through the production line meets the same high-quality criteria. This helps to maintain consistency in the finished product, reducing the likelihood of customer complaints or product recalls.
A rocket engine turbo pump test bench is designed and built on the basis of modularity, accuracy, and reliability in order to test the effectiveness of turbo pumps undergoing research and development by Launch Canada. The goal is to make a robust test bench that can accommodate turbo pumps of varying sizes that are either turbine or electrically driven, to compare different designs and solutions. The ability to test turbo pump designs is imperative to using one in the design of a rocket engine, therefore this test bench must be able to accurately and reliably read and record data obtained while simulating a launch scenario.
The list of criteria for the stand to be considered a success is: be controlled with a PLC with an HMI (human machine interface) away from the test stand, be able to start and end the turbo test, be able to support a 20 lb turbo pump, be able to support turbo pumps that are turbine driven or electric motor driven,be no more than 7 feet wide, 7 feet tall, and 20 feet long, be able to safely house up to two liquid oxygen, nitrogen, or compressed air tanks, have a thick metal plate to protect compressed tanks and electronics in case of a turbo pump explosion, be corrosion resistant in the turbo pump area, be able to measure turbo pump temperature, be able to measure turbo pump flow, be able to measure turbo pump pressure, be able to measure turbo pump vibrations, be able to measure turbo pump RPM up to 50,000 RPM, be able to measure turbo pump torque and power up to 12 kW, not deflect more than 0.001 inches at any point, be able to roll for transportation, be able to stand on uneven terrain, be corrosion resistant, be able to withstand 60 PSIG on the suction side of the turbo pump, and 700 PSIG on
the discharge side.
We have learned many things through our time working on this project but our key takeaways is that clear communication is extremely important as well as being able to work effectively as part of a team to accomplish common goals in a timely manner.
The Make-A-Wish Foundation is a non-profit organization that aims to fulfill the wishes of children with life-threatening medical conditions to give them hope and strength. However, carrying out such activities requires significant financial resources, and the organization depends on donations from individuals and institutions to continue its work on a larger scale.
To support the Make-A-Wish Foundation, Team Achievers organized an 8-Ball Pool Game Night on March 21, 2023, at TailGators in Nepean, Ottawa. The project aimed to raise at least $1,000 as a donation to the charity, while also raising awareness about the organization’s mission and the importance of supporting underprivileged members of society. The project management experience gained by the team members through this project could be valuable for their future careers.
The event was a success, and the group managed to raise about 2615 CAD as a donation to the Make-A-Wish Foundation. The funds raised would go a long way in fulfilling the wishes of children with life-threatening medical conditions and giving them hope and strength. The project was a great learning experience for the team members, and they felt fulfilled knowing that their efforts would make a positive impact on the community.
The Integrated Corrosion Sensor is a device that, when placed in an enclosed environment with metal, wirelessly uploads temperature, humidity, and material degradation to a corrosion index to help track the corrosion level on the aircraft. Limited parts allow it to be easily constructed and maintained by aircraft maintenance personnel.
The sensor’s size makes it easy to carry around. All the components are commercially available, making it easy to swap out broken or damaged parts. The device is 8 X 5 X 2.5 in3 and weighs less than 5 lb. It has a rectangular shape, with sensors on the top and side face of the device, and the Arduino microcontroller and batteries housed inside the casing. The size will allow the device to be placed in the corners and compartments of an aircraft while the Bluetooth transmitter will allow for constant monitoring of the area. Since the material degradation sensor can measure the resistance of any metal, the sensor can be used to measure any metal or material with a chance of corrosion.
The casing is a junction box made of ABS plastic making it water and corrosion-resistant. The temperature and humidity sensor is an Adafruit Sensiron SHT31-d. It is an i2c-based sensor that operates well within the criteria for accuracy, (+- 2% humidity and +-0.3% temperature). It also provides calibrated, linear signals with excellent resolution on a 9.5×6.5x1cm3 footprint and it easily connects to the Arduino microcontroller. The material degradation sensor uses a small current to measure the resistance of the tested material. Any material changes due to corrosion will affect the total resistance of the sample, and this information can be used to identify degradation. The microcontroller is an Arduino Uno Rev 2 (Wi-fi). This Arduino model can transmit data wirelessly (over Bluetooth or Wi-fi) and features the required analog ports for sensors. The Arduino will be powered by 9v batteries using a DC/AC adapter.
Online auction is conducted to raise funds for Make A Wish foundation which fulfills wishes of critical ill children. Also, donor drive is created online if someone wants to donate for the charity directly. The auction item is secured by the team members from different individuals and art shops, the item in auction includes Art Painting, Coffee Mug, Hat, Gift Cards, Water Bottle and many more. The bidding for the auction will begin on 30th March and will end on 4th April via auction32.com website.
The Legacy Foundation of Canada is a non-profit organization that works to provide support and resources to marginalized communities across the country. Their mission is to create a more equitable society where everyone has access to the resources and support, they need to thrive.
Our team decided to create a fundraising campaign that would gather donations from both online and in-person sources. We worked closely with the Legacy Foundation to understand their needs and goals, and to develop a campaign that would resonate with potential donors.
To start, we created a comprehensive digital marketing strategy that included social media, email marketing, and digital advertising. We used free channels to reach as many people as possible, and to build awareness around the Legacy Foundation’s mission.
In addition to our digital efforts, we reached out to local businesses to secure monetary and non-monetary donations. We also participated in the “Indigenous Vendor Fair Event” held at Algonquin College, where we offered our non-monetary donations for monetary donations that could directly help the Legacy of Hope Foundation.
Throughout the campaign, we worked closely with the Legacy Foundation to track our progress and adjust our strategy as needed. We regularly shared updates on the success of the campaign, and provided detailed reports on the sources and amounts of donations.
In the end, we were able to raise a good amount of funding for the Legacy Foundation. The campaign exceeded our goals and expectations and helped the organization to continue to make a positive impact in communities across Canada.
Along the way, we learned a great deal about the power of community and collaboration. We saw firsthand how individuals and organizations can come together to make a real difference, and how technology can be leveraged to connect people from all corners of the country.
We also learned about the importance of transparency and accountability in fundraising. Throughout the campaign, we made sure to provide regular updates to donors and stakeholders, and to be transparent about how the funds were being used. This helped to build trust and credibility with our audience and contributed to the overall success of the campaign.
Overall, working with the Legacy Foundation was an incredibly rewarding experience. We were proud to play a role in supporting their important work, and to contribute to the creation of a more equitable and just society.
Lykkå Village is a community-building and co-living startup based in Montreal, founded in 2020 by Trine Mikkelsen and Jean-Michel Pollak – both parents themselves. The name “Lykkå” is derived from two Danish words: “Lykke,” meaning “happiness,” and “å,” meaning “stream.” Lykkå Village provides a unique blend of the features offered by Airbnb and Match.com, bringing families together to live in harmony and mutual support. In addition to shared living spaces, the platform enables members to host and join events, buy and sell goods and services on the marketplace, and connect with like-minded people.
Recently, Lykkå Village required the creation of an event sidebar to help filter their events, making it easier for members to find events that suit their interests and needs. With this new feature, Lykkå Village continues to enhance the user experience, offering a more personalized and convenient way to engage with the community.
Team
In order to help Lykkå Village achieve their goal of providing a more personalized and convenient experience for their members, we implemented a filtering algorithm for events. This algorithm uses a date picker, category selector, and search bar to make it easier for users to find events that suit their interests and schedule. By incorporating these features, Lykkå Village is able to offer a more streamlined and user-friendly platform, making it easier for members to engage with the community and participate in events that matter to them.
Learned
Throughout the project, our team gained valuable insights and experience. We learned how to quickly adapt and learn new technologies, such as React and MUI, in order to meet the client’s needs. Additionally, we honed our skills in client communication and collaboration, working together as a team to achieve our goals. Along the way, we were presented with various challenges, which provided us with opportunities to develop our problem-solving skills and think creatively to find solutions. Overall, our experience with Lykkå Village allowed us to not only expand our technical skills but also our interpersonal skills, making us better equipped for future projects.
Hello Dear is a senior-focused mobile application designed to the unique needs of seniors and their caregivers. Our client approached us with the idea of creating an app with a focus on enhancing senior well-being and privacy, as well as prioritizing a user interface to ensure accessibility for all.
Our client realized there was an opportunity in the market for an app that connects seniors with their caregivers or loved ones, and to take preemptive measures based on the senior’s mood. With many caregivers being busy with their own lives, our client saw the need for an app that can help seniors navigate their daily routine. While there are similar apps on the market, they lacked visual appeal due to unattractive design, harsh colours, or were not senior-friendly. Therefore, our client wants an all-in-one-solution that provides all necessary features for senior well-being presented in an accessible interface.
Our team, Hexagon, took our client’s challenge and conducted our own research to gain better insights in the market and to come up with a unique solution. We conducted market and product research to understand our competitors, and user research with older adults in the community to better understand what our primary users’ needs are. A number of themes emerged as a result, but the main recurring theme was the use of mobile devices to communicate with friends and loved ones. This was particularly evident during the pandemic where seniors had to combat isolation and loneliness.
Combining our research with our client’s goal, Hello Dear was formed. We prototyped an app designed to promote senior well-being by enabling caregivers to check in on their mood and offer recommendations. Seniors can communicate their emotional state through the app’s senior-friendly interface, and the app provides recommendations based on their mood. This allows seniors to receive personalized recommendations, tailored to their unique needs at that moment. The app also shares the senior’s mood with the caregiver or family member, providing real-time updates without the need for direct communication. This feature helps caregivers keep track of the senior’s well-being and offer support accordingly. Hello Dear features a “My Circle” or contact list, that is by invitation only. This ensures that only trusted individuals can access the senior’s information, providing an extra layer of security and privacy.
As we developed the app’s features, we began to face the challenge of designing an interface that is user-friendly for our older target users, who may be faced with physical or visual impairments, while also being visually appealing. To achieve this, our team researched studies and accessibility guidelines, and conducted an iterative process of user testing to come up with a simple design accessible for all users and suitable for all levels of technology experience. Hello Dear’s interface features a large text size by default, high contrast on all important elements of the app, and text-to-speech support. All these features are adjustable in the settings of the app to adapt to different user needs. The app also features a simple navigation on the homescreen to reduce information overload, which users can customize by adding or removing features as needed. Interactive components are also sized larger and limited to mostly tap gestures to ensure accessibility for those with physical impairments.
Throughout the development process, we learned a great deal about the unique needs of seniors, accessibility, and the importance of teamwork and communication. When conducting user research, this project has taught us the importance of tailoring our interviews and questions to our target audience, and we gained a deeper understanding of how an often-overlooked demographic struggles with technology. We also found that regular check-ins and updates were essential to keeping everyone on track. By working collaboratively, we were able to address issues as they arose and were able to overcome obstacles and deliver a high-quality product. We believe that the skills and experience we gained throughout the project will serve us well and we look forward to applying them in future projects.
Hello Dear is a mobile application that addresses the unique needs of seniors in both features and its interface. With its accessible-focused interface, personalized recommendations based on the user’s mood, and building stronger communication between seniors and their loved ones, the app provides seniors with the care and attention they deserve while providing caregivers with the peace of mind they need. We are proud to have worked on such an important project, and we hope that Hello Dear will make a positive impact on the lives of seniors and their caregivers.
You are welcomed to view a prototype of Hello Dear here: https://figma.fun/GgkHGC
There are no current social platforms in which young women may safely engage in meaningful conversations around beauty and wellness. Additionally, there is an opportunity to provide brands with a context in which they can connect with and participate in meaningful conversations to provide suggestions for problems that users express regarding beauty and wellness.
The PeerCircle App will help young people struggling to find meaningful beauty and wellness conversations by providing safe, self-curated micro-communities that enable them to connect with relatable people and brands to have real conversations that empower their true selves, offer support in real-time, without any fear of judgement, hiding, or pressure.
This project focuses on designing the UI/UX that will be the foundation upon which this application will be developed