A Job To Love
You’re surrounded by wetlands and tall native grasses. Looking out over the vast area, you watch Canada Geese and Mallard ducks swim in the pond. This area used to be a landfill. Once the landfill was full, your job was to convert it into a green space. You chose a new technique, which used native plants and sloped ground to restore balance over time. Now that the work is complete, you feel a strong feeling of accomplishment because you helped transform the area into a natural environment rich with plants and wildlife.

Remediation scientists clean up contaminated sites. Most work in teams, usually outdoors near mines, forests, roads, and streams. Remediation scientists with many years experience, however, often work in laboratories and offices, supervising project teams. Many Aboriginal remediation scientists live in their home communities where they work to restore traditional hunting, fishing, and gathering areas.

While this job is fulfilling, there are downsides. Sometimes your job might be to fix an area, but not make it a natural area, like cleaning a diesel spill site and turning it back into an industrial area. You’ll spend your days around dirty, noisy, and smelly sites. You’ll have to work outdoors in all kinds of weather. Then again, when you do turn an area into a wetland or park, your hard work will be worth it.

Job Description
Remediation scientists develop plans to clean up contaminated land and water then supervise the work to clean up the site. For example, a remediation scientist might analyze a soil sample to determine the effects of an abandoned gas station and develop a plan for clean up, if necessary. Remediation scientists work for environmental firms specializing in energy, mining and forestry, and for natural resource harvesting companies and the government.

Job Duties

  • Collect and study rock and water samples
  • Test slope stability, slips, weathering, erosion, and drainage conditions
  • Remove dangerous substances such as asbestos and lead
  • Reclaim sites such as mines and quarries
  • Manage the contractors and technologists who work together to restore contaminated sites
  • Map geological features such as faults, fissures, dips, and landslide areas to locate potential geological problems
  • Research and plan remediation projects
  • Prepare and review environmental impact statements
  • Prepare reports and recommendations based on your tests, observations, and measurements

Fact
In Canada, the National Roundtable on the Environment and the Economy identified as many as 30,000 brownfields—contaminated lands that lie unused and unproductive, such as abandoned gas stations, decommissioned refineries, old waterfronts and riverbanks, and former drycleaners.

High school courses that will prepare you for this job include math, physics, chemistry, and biology. Aboriginal studies, history, and languages will prepare you for working in a multi-cultural setting. Talk to your career or academic counsellor about options such as writing and communications.

The minimum education requirement for this job is a bachelor’s degree in environmental engineering or a related field such as science or environmental science. Advanced degrees will make you more competitive in the job market and will make it easier for you to get a job and negotiate your salary.

Before entering the workforce, some remediation scientists require training in:
  • Workplace Hazardous Materials Information System (WHMIS)
  • H2S Alive
  • Standard and Wilderness First Aid
  • Project Management

Look into specific high school prerequisites set by the college or university you would like to attend.

Remediation scientists with a bachelor’s degree make an average of $75,000.00 per year.

Remediation scientists with a post-graduate degree make an average of $90,000.00 per year.

Remediation scientists with several years experience and education make an average of $110,000.00 per year.

Financial Assistance
In addition to the general scholarship tips listed in the BUILD MY CAREER section, the following award is specific to remediation scientists:

Find scholarships at the Canadian Land Reclamation Association at
website: www.clra.ca

Some of the best knowledge you’ll gain for this job will come from listening to the stories and wisdom of your relations. Join your family on camping trips. Ask your Elders to tell you where to find plant and mineral resource areas that have high cultural and heritage value. Find out which plants are local to your area and if they have any special qualities such as waste treatment or soil stabilization. The time you spend outdoors will make your studies easier and your understanding of the natural world will appeal to employers.

Relate to people in similar jobs:

  • Geographic Information Systems (GIS) analyst
  • Geologist
  • Land use planner
  • Survey technician

Relate and interact with remediation scientists. Ask them what they like about their jobs and how you should get started.

Find your local chapter of the Canadian Land Reclamation Association
website: www.clra.ca

The Canadian Aboriginal Science and Technology Society
website: www.casts.ca

The Canadian Aboriginal Science and Engineering Association
website: www.chiefs-of-ontario.org/casea

To find the professional association in your province or territory that licenses engineers, go to www.ccpe.ca/e/ccpe_members_2.cfm

Relate with other students. There are Aboriginal student associations and resource centers at most universities. Visit these centres to find out what they have to offer. Also, look into community, friendship, and multi-cultural centres.

Corey Cooney, Environmental Engineer-in-Training
Dale Worme, Rural Development Analyst
Kelly Brown, Land Use Plan Co-ordinator
Maureen Touchie, Rural Development Analyst
Tania Marynowich, Project Researcher
Lisa King, Aboriginal Business Development Officer