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Project Selection Help and FAQ's

Need help understanding what a good project should involve? 
Read below..

> View current list and an archive of project descriptions

TEAM provides industrial projects to 4th year students in science, engineering, business, and law. The majority of the students are in chemical engineering, but we strive to create as many interdisciplinary teams as possible. Exploring the list of previously completed projects, it can be seen that there is a large variety of projects. This is one of the strengths of the program, where students are immersed in projects of unfamiliar subject matter – and given the opportunity to obtain real industry experience. Students are expected to sort out the foundation of the problem, plan an execution strategy, execute the project, and provide regular status updates along with a written final report that may include a prototype.

Most projects are jobs that can be completed by a group of undergraduate students in a semester; groups vary in size from 3 to 5 students. The course lasts for 2 semesters, where the first semester is spent visiting the client, further defining the problem with the client, dealing with confidentiality agreements, and other long-cycle time but low-effort-hour aspects. The majority of the project is completed in the second semester. Projects are usually feasibility studies, and they usually have a business and legal component as well as an engineering and science aspect. Companies generally find TEAM projects on the backburner of their regular work load, where limited resources complicate their completion. The projects usually require confidentiality agreements making it difficult to disclose much detail about previously completed projects – however, some previously completed project reports can be viewed by clicking here.

All groups are provided with an industrial mentor, who is someone from the Kingston area with a background relevant to the specific project. Mentors usually have experience running projects or are technical experts. > View advisor profiles.

New types of projects are always emerging and welcome. We are willing to discuss any project ideas. TEAM attracts a group of highly motivated students with the capability to produce amazing work. It is an excellent opportunity for companies to complete a project currently lacking the necessary resources, while participating in students’ education and meeting/working with some of Canada’s brightest new talent – all without an enormous investment in time. 

Frequently Asked Questions

Q: What is the TEAM program? :

It is an industrial project for 4th year students in science, engineering, law, and business. A majority of our students are currently in chemical engineering but we strive to have as many multidisciplinary teams as possible.

You might now ask “what do we mean by an industrial project?” This is harder to answer because the strength of the program is that the students are thrown into a project/subject which more often than not, they have never had an opportunity to learn about in school. Sound familiar? The students are expected to sort out the foundation of the problem, plan an execution strategy, execute the project, and provide regular status updates along with a written final report which may include a prototype.

Most of our projects are something a group of undergraduate students can accomplish in about a semester with some guidance. They are usually feasibility studies of some sort. We prefer them to have a business component as much as an engineering or science aspect. The projects nearly always require confidentiality agreements so we can not discuss details, but we would be happy to give you the 2-minute description of some of our projects.

We feel that getting the students out to the clients’ place of business is an important educational aspect to the course, so where possible, we encourage the students to visit their clients as much as possible. However the course is NOT a co-op. Your time involvement is completely up to you.

Q. What types of projects can you do?

Many people ask for a sample of the sort of project we have done. Most of our projects are confidential and therefore we can not publish them . However there are project reports (see reports labelled APSC 400 - this is the course code) prepared for the Queen's Physical Plant services (here).

You may refer to the project descriptions of our current projects by clicking > View current list and an archive of project descriptions.

Q: Is the project a single student ... or is it a group of students? ...

One thing the course does is emphasize team work. All of our projects are something that are best tackled with 3 to 5 students. In addition, we provide the group with an industrial mentor who is usually someone with experience in running projects or a technical expert. > View industrial advisor profiles.

Q: Is the project a month or 4 months or ? ...

The course officially starts in September but the first term is usually spent doing things such as visiting the client, further defining the problem with the client, dealing with confidentiality agreements, and other long-cycle time but low-effort-hour aspects. The brunt of the real work is all done in the winter semester. The project culminates in the students doing a presentation at the clients’ site in April.

Q: Is the project on our site ... Who selects the the students? ...

The project is executed from Queen’s. We have first class teleconference facilities and thus the client can choose to have weekly/monthly or no contact at all with the students. I try to encourage bi-weekly teleconferences.

The students bid on the projects and we select who goes on which project. We try to match skills and interest to the project. However, often the projects change or were poorly defined, and the students need to respond by building new skills.

Q: What involvement is there from the profs? ...

David Mody (ex Fluor Canada for 17 years), Barrie Jackson (ex Shell for 33 years) and a business advisor(s) meet with the students bi-weekly to ensure there are no major issues holding the project up. We try to provide the students with an industrial experience and thus industrial advisors have been instrumental to the success. Their industrial advisors usually meet with them biweekly. If the project warrants it, the students can obtain assistance from other professors, and many do benefit from this! We’ve had many projects where professors were brought in as consultants on the projects (i.e. microbiologists, controls experts, business, etc.). We’re flexible, so whatever will help make the project successful we will do.

Q: Who is paying what?

The course is an expensive one to operate. Although we have advisors that donate their time and companies that often pay for their travel, we often have significant project costs such as travel costs for the students and/or prototyping or other research costs. Additionally, we provide a web based teleconference centre for executing projects for remote clients. We ask the clients to pay a $6K + extraordinary travel expenses* for the following reasons:

a. it creates an environment in which you the client, have a strong desire to accomplish something.

b. the students are both motivated by the knowledge that they are a fee charging organization and also by the fact that you have ‘real’ business needs that they are trying to satisfy.

c. it covers some of the costs to run the program.

* Extraordinary expenses only apply to projects where there are significant travel expenses (i.e. the projects in Calgary) and the company is asked to cover the air fare and hotel to Calgary. If there are special analytical costs, or prototyping costs, these will be discussed. We can adapt the projects according to the depth of the company’s’ pockets.


Let me just sum things up by saying we have a bunch of highly motivated students that can do amazing things! It’s a great opportunity for companies to participate in their education, get a project done that you may not have the resources for, and meet/work with some prospective employees without an enormous investment in time.

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