Langara College

Vancouver, British Columbia, Canada

This project-based course is the second in our first-year Engineering Design sequence. In this course, students expand their understanding of engineering design and explore systems comprising electrical, mechanical, and software sub-systems. They apply engineering tools, including CAD tools and microcontroller programs, to create and control physical embodiments of their designs. Students work in teams of 4-5 on projects with specific practical goals using Arduino microcontrollers. These projects require teams to document and present their design solutions, illustrating key aspects using projected slides, engineering graphics, and live demonstrations. Additionally, students learn about sustainability and its impact on engineering design, as well as engineering ethical practices. Students in CPSC 1491 have already completed coursework in programming (C++), engineering drawing, and CAD (SolidWorks). The projects in this course utilize microcontrollers as the central component.

Cambrian College

Sudbury, Ontario, Canada

Cambrian College, renowned for its Analytics Capstone program, offers a unique opportunity for employers to collaborate with post-graduate learners seeking hands-on experience in analytics. As part of their curriculum, students engage in real-world projects, honing their skills while delivering tangible results for external partners. Learners, equipped with proficiency in Python, R, SQL, Excel, PowerBI, and Tableau, seek projects encompassing data analysis, programming, app development, and more. Employers are invited to facilitate this experiential learning journey by providing guidance, regular communication, and constructive feedback to student teams. By partnering with Cambrian College, employers not only contribute to the development of future analytics professionals but also benefit from innovative solutions tailored to their needs.

Portage College

Lac la Biche, Alberta, Canada

Welcome to Level UP , powered by Riipen! This innovative program connects employers with Canadian post-secondary students for 60-hour paid projects. Students receive $1,400 CAD from Riipen upon successful project completion.  Employers Here’s how it works: Request to match your project to this July 2024 - February 2025 Portage College Level UP cycle. The Level UP team will review and either accept your match or request slight changes.  Once your project is matched, students will apply to work on the project with you. You will review applications, and select the student(s) that you feel will be the best fit with your project.  The student will set the team start and end dates in collaboration with you. They will need to hit “start project” on the Riipen platform and submit all deliverables including 60 work log hours before the end date. The Level UP team will review their project submission & deliverables, before processing payment.   Ready to Level UP your work projects with the July 2024 - February 2025 Portage College Level UP experience? Start  here . Opportunities are limited and this Level UP funding cycle will close once filled.  For more on how to get started, check out this article - Getting Started With Level UP: Employers. Students STUDENTS MUST BE ELIGIBLE & INVITED TO JOIN LEVEL UP. Students can request access & confirm eligibility to this program here . For further guidance, visit our help article - Getting Started with Level UP: Students. Important Dates July - August 2024 - Employers will be invited to match their projects with Level UP. The Level UP team will work with employers to match projects. You will not receive any student applications during this time.  August 2024 - Students will be invited to join Level UP. Students will apply to projects, and employers can accept or decline applications. Projects can start immediately upon acceptance. Our help articles in the Level UP Help Centre will help you get started.

SAIT

Calgary, Alberta, Canada

Is your organization looking to analyze or test systems' and applications' security? In this course, students from SAIT will work with your organization to solve a problem or opportunity of your choosing related to cybersecurity. Students will work in teams applying critical thinking, skills and knowledge learned in the Information Security Analyst (ISA) program to develop a product of your choosing from concept to implementation. In this SAIT training program, students are developing the knowledge, skills, and aptitude to apply fundamental principles of cybersecurity to support business decision-making processes. Training Components: Advanced Networking Security Standards & Compliance Frameworks Security Risk Identification Data & Network Security Intelligence Security Tools Web & Application Security Global Information Security Acumen Security Risk Management

This experience offers your organization the opportunity to collaborate with a team of five MBA students who are eager to apply their academic knowledge to real-world business challenges. These students are equipped with skills in competitive analysis, business strategy, risk assessment, and market research. Over the course of 125 hours, they will work to address a specific business opportunity or problem in areas such as marketing, strategy, talent management, IT strategy, new product development, or foreign market entry. The goal is to provide actionable insights and strategies that can be implemented to enhance your organization's operations or market position.

My learners are equipped to tackle projects in machine learning and statistical learning, having gained proficiency in Python and R. They have engaged with several hands-on courses covering machine learning, statistical data analysis, SQL and database management, Tableau dashboard creation, data engineering, and big data. I am seeking internship projects that will help them apply their skills as part of their data science master’s program.

This experience is designed for learners enrolled in business programs at UFV, focusing on marketing, human resource management, international business expansion, and management. Learners are equipped with foundational knowledge and practical skills that can be applied to real-world business challenges. Through this experience, students will have the opportunity to work on projects that allow them to apply their classroom learning to practical scenarios, enhancing their problem-solving abilities and understanding of industry dynamics.

Do you have a GUI challenge you would like to tackle? In this project, students working in teams will use object-oriented approaches to solve Graphical User Interface (GUI) problems. Topics include object-oriented concepts including inheritance, polymorphism, exception handling, graphics and GUI design techniques. Types of projects that students can work on: Projects that require Object-Oriented and Java programming components.