I am facilitating integration of experiential learning in classroom helping the match between Concordia courses and urban issues. The program is CityStudio Montreal. Open to any Concordia discipline according to city’s priorities for a customized lineup of projects promoting better living.

Teams of 3 to 5 students will conduct virtual research at your institution to identify opportunities to enhance the presence of Indigenous knowledge systems and practices within your public engagement programs (e.g. thematic displays, interpretative materials, website design/presentation, curricula). Students will be allocated 12 hours to this project, and produce a report with proposed strategies to augment Indigenous visibility at your institution.Project context: In view of the recent acknowledgment of the colonial roots of Canadian institutions, many are engaging with the development of measures that facilitate the integration of Indigenous Peoples' invaluable systems of knowledge and practice. Given this colonial legacy, natural science/history museums, botanical gardens, and zoos are called to rethink and possibly re-frame their public engagement and pedagogical orientations to include and/or enhance Indigenous content. This project offers timely resources toward these ends.

Student-consultants will analyze city data sets (normally available through open city portals, etc.) through state-of-the-art Machine Learning and Data Mining technologies, to: identify trends, and/or create predictive models. Their models are used to create solutions for infrastructure sectors (transportation, building, energy, urban water/drainage, etc.) which can be deployed using digitalization in smart cities.

Could your company benefit from Building Information Modeling (BIM) planning and execution?Beginning in the fall, 4th year and graduate-level students will!

Are you currently using investment casting or willing to explore investment casting? Are you looking to increase your manufacturing production, improve your current process or product design, speed up productivity, or find better cost effective solutions? In this project, 4th year mechanical engineering students will develop an improved design for a product of your choice.

Developing computer models of real-life systems to analyze their performances under varying conditions and measure the impact of modifications on systems.

Electric drives are increasingly being used in different industrial, power actuation, and electric utility applications, to control speed, torque or position of electric machines. A suitable variable speed control for a specific application requires proper knowledge and understanding of electric machines and power electronic drives. This course gives the fundamental principles of AC and DC drives. Electric machines are classified. In addition, inverter typologies and control techniques are present.

In this course, students learn the principles and techniques of clear, concise and effective written, oral, art and design (packaging and labelling), as well as technology concerns as it impacts on external communication in the profit and non-profit sectors. Most importantly, our students can review your company's best practices-- whether you are a young start-up, a small family owned business or a medium-sized company to see if you can do better to communicate to the external world in a global economy. In effect, our students can help your organization increase its market reach by reviewing your company's external communication.

Student-consultant groups will address an open-ended engineering design problem your organization faces under the guidance of a faculty member with specific expertise in the problem area. 

MBA students groups will work with a data set of your choice to provide a visualization, analysis, and actionable recommendations for your management team.

Graduate students in the SynBioApps program learn to use modelling, microfluidics and DNA synthesis tools including automated equipment at Concordia University's Genome Foundry. Students will work in groups of 4-5 to design or elaborate a synthetic biology solution to a goal that your company would like to implement. Using computer modelling and simulation, student teams will design a protocol for a biological construct to produce a molecule or platform that responds to your challenge.

Student-consultants will analyze city data sets (normally available through open city portals, etc.) through state-of-the-art Machine Learning and Data Mining technologies, to: identify trends, and/or create predictive models. Their models are used to create solutions for infrastructure sectors (transportation, building, energy, urban water/drainage, etc.) which can be deployed using digitalization in smart cities.

MBA students groups will work with a data set of your choice to provide a visualization, analysis, and actionable recommendations for your management team.

Is your organization facing an operational challenge or are you looking to improve your business processes, with a focus on functional system processes and/or data flows within your organization? Our students will work as consultants to conduct a survey of your existing systems to identify possible process deficiencies, conduct requirements analysis and develop a recommended course of action for a problem of your choosing.

In this Business Communications class, students engage in a project in which they gather, select, evaluate, document, and integrate information to develop effective written and verbal business messages. In this project, students choose a business; research its industry; review its mission, goals, and external communications; and develop recommendations to enhance its message. Examples of channels that students develop recommendations for include social media, advertisements, and Billboards.

In this project, student consultants in Concordia's Master's of Engineering program will create a full simulation of your organization/system/department in order to identify inefficiencies and propose effective solutions. Simulation offers an accurate data-driven method to perform what-if analysis of policies and decisions prior to their implementation in practice, making it a valuable tool for decision-making in your organization.

MBA students groups will work with a data set of your choice to provide a visualization, analysis, and actionable recommendations for your management team.

Are you currently using investment casting or willing to explore investment casting? Are you looking to increase your manufacturing production, improve your current process or product design, speed up productivity, or find better cost effective solutions? In this project, 4th year mechanical engineering students will develop an improved design for a product of your choice.

Student-consultants will analyze data sets using state-of-the-art technologies to identify trends, and submit recommendations based on predictive models that can enhance decision-making in your organization.

Is your organization facing an operational challenge or are you looking to improve your business processes, with a focus on functional system processes and/or data flows within your organization? Our students will work as consultants to conduct a survey of your existing systems to identify possible process deficiencies, conduct requirements analysis and develop a recommended course of action for a problem of your choosing.

Graduate students in the SynBioApps program learn to use modelling, microfluidics and DNA synthesis tools including automated equipment at Concordia University's Genome Foundry. Students will work in groups of 4-5 to design or elaborate a synthetic biology solution to a goal that your company would like to implement. Using computer modelling and simulation, student teams will design a protocol for a biological construct to produce a molecule or platform that responds to your challenge.

Student groups work with a community partner to design, implement and evaluate a recreation-based event. The program can relate to using recreation to help raise money for a non-profit organization, or students can provide a recreation program for a specific organization. Students will conduct a short needs assessment or SWOT and based on data, and will design a program to help further the mission of your organization. Note: the recreation programs are often one-time special events.

In this project, student consultants in Concordia's Master's of Engineering program will create a full simulation of your organization/system/department in order to identify inefficiencies and propose effective solutions. Simulation offers an accurate data-driven method to perform what-if analysis of policies and decisions prior to their implementation in practice, making it a valuable tool for decision-making in your organization.

MBA students groups will work with a data set of your choice to provide a visualization, analysis, and actionable recommendations for your management team.

Could your organization benefit from supply chain or operations improvements? In this project, a student consultant in Concordia's Masters of Supply Chain Management program will research and consult on your organization's needs from the strategic to operational level. Students have professional backgrounds, and will be supervised by 1-2 academic faculty members throughout the project.

Is your data an untapped resource that could be used more effectively to drive decision making? In this assignment, student-consultants will work with time series data provided by your organization, and use forecasting techniques to help you and your organization derive insights and make more informed decisions.

In this project, student consultants in Concordia's Master's of Engineering program will create a full simulation of your organization/system/department in order to identify inefficiencies and propose effective solutions. Simulation offers an accurate data-driven method to perform what-if analysis of policies and decisions prior to their implementation in practice, making it a valuable tool for decision-making in your organization.

First year MBA students working in teams of 4 - 5 will spend 80 to 100 hours per group working on an analytics project of your choosing. Using a data set provided by your organization, they will use data analysis methods to help your organization derive insights and make more informed decisions. Based on the information you offer and your goals, they will provide you with relevant visualization of your data, analysis and recommendations on issues of your choice.

MBA students groups will work with a data set of your choice to provide a visualization, analysis, and actionable recommendations for your management team.

Humanities+ is seeking employers from various sectors to host 200-hour+ SUMMER internships for our students.PLEASE NOTE: Internships MUST either be PAID (at least min.wage / Level UP) or take place within a non-profit organization. Unfortunately, any other unpaid opportunities cannot be considered at this time. Benefits:Wage subsidies – Employer partners may be eligible for a Magnet SWPP wage subsidy (50% - 70% of the student’s wage.) Talent recruitment – Interns have received 50+ hours of training in digital skills and professional skills. Uniquely valuable employees - Our impassioned interns have unique and skill sets. They are driven, insightful, and imaginative, and will bring NEW ideas to the challenges your team faces.Long-term investment – Because students are in the later years of their degree program, H+ offers the possibility to recruit talent for the long-term.For an overview of H+, check out our informative slide deck or our website.