The Andy Kesteloo Memorial Student Project Award is in memory of Andy Kesteloo, a visionary green building advocate, who shared his commitment for a sustainable earth with humour, insight and passion.
The objective of the Award is to recognize a student project that demonstrates leadership, innovation, inspiration and a creative vision for the future of sustainable design in the field of green building and communities.
Competition opens October 23, 2017
Deadline for submissions is April 22, 2018 (11:59pm EST)
Student project should (but is not limited to):
- Be an idea for a building, any component of a building, a green product, or any part of the construction process.
- Clearly convey the fundamentals of sustainability by using innovative strategies and realistic solutions.
- Present a creative vision for the future of green buildings and neighbourhoods.
- Articulate the project's key features and their environmental and human health benefits.
- Demonstrate the value and the importance of integrated/synergistic system design.
- $2,000 cash award.
- Free conference registration to Building Lasting Change, CaGBC's National Conference, including attendance at the gala dinner and award ceremony where the winner will be announced to the public.
- Transportation costs to and from the conference.
- Two nights lodging during the conference.
- $100 in expenses.
- Free entry to the CaGBC's National Conference Gala dinner and awards ceremony for a professor of your choice.
Must be a full-time, undergraduate student involved directly or indirectly in the built environment. Some examples include programs related to: Architecture, Engineering, Urban Planning, Interior Design, Community Planning, Sustainability Management, Supply Chain Management, Construction, Trades, etc.
Project groups must select one group representative. A project award can only be awarded to one group member.
All project requirements will be submitted online through review room (see instructions below).
- Personal Profile Form (see appendix A and B in Review Room)
- Proof of full time enrollment in a post-secondary institution
Please provide a registration receipt, a current transcript, or a letter from your department.
- Maximum 2000-word essay about your project
You essay must demonstrate and describe:
• How your project satisfies the objective and criteria of this award (listed above).
• Key project features and intended positive environmental and social impacts.
• Your design approach (process, goals and objectives) and any lessons learned.
• Your project’s feasibility and applicability to a real world need.
- A maximum of four project posters
Posters must be submitted as an electronic PDF or JPEG and formatted to a print quality resolution on an A0 panel (841x1189 mm; horizontal or vertical format). In the event that the project is selected, a poster should be prepared in order to be printed for display at CaGBC’s national conference.
- Green building community involvement reference letter
This should be a signed PDF written by a third party that demonstrates a commitment to sustainability outside the classroom.
The application and review process is done entirely online.
To submit your nomination for consideration, please visit www.cagbc.fluidreview.com and follow the directions on the landing page. Click ’sign up’ on the right-hand side of the page to create your user account, select the initial Andy Kesteloo Memorial Student Project Award category, and follow the instructions.
If at any time you require assistance, please contact CaGBC Education.
- Competition opens: October 23, 2017
- Deadline for submissions: April 22, 2018 (11:59pm EDT).
- Winner will be notified by: Monday, May 7, 2018.
- Building Lasting Change 2018, the CaGBC’s National Conference will take place from June 5-7 in Toronto, ON.
|Full contact information
CaGBC Higher Education
Canada Green Building Council
47 Clarence Street, Suite 202
Ottawa, K1N 9K1
Phone : 866.941.1184 ext. 1023
The Centre for Urban Exchange
Andrew Martins, 2017
Grow Cook Eat
Ashley Hu, 2016
Cross Industries: Bamboo Textiles
Jason Reid, 2015
For a full list of winners:
"The positive impact the Andy Kesteloo Award has had on my life is incredible. It has given me an opportunity to work on projects in which I believe and helped me gain a new confidence in my future career."
Alison Walker, Sustainability Analyst, Integral Group
2014 Andy Kesteloo Memorial Student Project Award Winner
The 2017 winner: Andrew Martins
Andrew Martins, British Columbia Institute of Technology (BCIT)
Andrew won for his project The Center for Urban Energy Exchange – a concept that explores using Micro-Grids to create high density ‘off-grid’ cities. Operated through a central building, Micro-Grids help with the process of exchanging potential and kinetic energies, as well as other utilities. The Center for Urban Energy Exchange operates as the key link in the Micro-Grid. The building would facilitate the conversion of potential energies stored in municipal, organic, and black water waste into district heating and electricity for all the buildings within its district.
|Winner Andrew Martins (Centre), with Thomas Mueller, President and CEO, Canada Green Building Council (left) and Bryan Kesteloo (right).
View this video that details Andrew’s project idea:
The 2017 runner-up: John Benner
John Benner, Ryerson University
An honourable mention goes to John Benner for his project The Data-Driven-Design Environmental Learning Centre. This project features an educational environment that engages and teaches the community about established and emerging sustainable building practices, and strategies to achieve net zero design. Through a series of temporary exhibition halls and gallery spaces, the research and design community are able showcase emerging building technologies. The venue can also act as space to host Grassroots events. The top floor of the gallery houses a permanent interactive display that exhibits the building’s net energy design and how it is achieved. Visitors will be able to play with quick tutorial-guided 3D-modelling software and, by adjusting pre-set parameters through the use of number sliders and toggles, can modify conditions of the building envelope that are in accordance with glazing ratios and wall assemblies.