Thanks for your interest in working with Sustainable Waterloo Region. If you are interested in applying for a particular position, please follow the application instructions included in the individual position posting below.
To lead the transformation of current research and a broad vision into a compelling business case for a zero-impact sustainability incubator building in Waterloo Region.
Term: Contract – December 11, 2013 – February 28, 2014
Posting Type: Internal & External
Salary: $20/hour to a maximum of 230 hours
Conditions: Open to Wilfrid Laurier Students or Alumna
Duties and Responsibilities:
Anticipated duties and responsibilities may include, but are not limited to:
Skills and Qualifications:
How to Apply:
Please submit your Cover Letter and Resume to firstname.lastname@example.org attention Sarah Edmonds, Human Resources Manager, by December 11th at 5pm. Click here for a pdf version of this job posting.
Employment Type: Full-time
Are you passionate about local approaches to advancing sustainability? Are you energized by a focus on tangible, measurable results? Are you ready to be a key catalyst in Waterloo Region’s sustainability movement? Most importantly, would you thrive leading a growing team into the next stage of its impact?
Sustainable Waterloo Region (SWR) fosters collaborations that enable organizations to convert sustainability interest into action.
The SWR Board is recruiting a new Executive Director to guide the organization’s strategy, lead staff and volunteers, spark community resource development, support program delivery and serve as SWR’s primary external spokesperson.
As the ideal candidate, you:
Applications, consisting of a cover letter and resume, will be accepted on an ongoing basis. Review of applications, however, will begin on 1 November 2013, and will continue until the position is filled. Please direct all applications and inquiries regarding the position to:
Dr. Barry Colbert
Chair, Board of Directors, Sustainable Waterloo Region
329B-121 Charles St. W.
Kitchener, Ontario N2G 1H6