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Job Location | Edmonton, AB |
Education | Not Mentioned |
Salary | Not Disclosed |
Industry | Not Mentioned |
Functional Area | Not Mentioned |
Job Type | Full Time |
“If you are interested in the novel applications of machine learning to optimize water treatment processes, this is the right opportunity for you. Be a part of the team of research and machine learning scientists and get mentored by some of the best minds in AI.” - Payam Mousavi, Machine Learning Scientist and Mara Cairo, Product Owner, Advanced TechnologyDescription*About the Role*This is a paid internship that will be undertaken over a eight-month period with the potential to be hired by our client afterwards (note: at the discretion of the client). The intern will be reporting to an Amii Scientist and regularly consult with the Client team to share insights and engage in knowledge transfer activities.They will work closely with the rest of the team, and collaborate to find innovative solutions to the business problem. They will support Amiis internal team as subject matter experts based on their technical specialties and applied Machine Learning experience.At the end of the engagement, it is expected that the work will be publishable to a respected conference or journal.About our ClientISL Adapt, a sister company to Western Canadas long-standing ISL Engineering and Land Services Ltd., was created to identify and design AI opportunities that can improve community infrastructure. A joint effort between the Alberta Machine Intelligence Institute, the University of Alberta and ISL Engineering is exploring how machine learning (ML) can make water treatment more environmentally friendly and cost-effective.When Drayton Valley - a small town about 130 kilometers southeast of Edmonton - decided to replace their aging water treatment plant, they hired ISL Engineering to build a facility that could handle future population growth in a sustainable fashion. This award-winning water treatment plant design was commissioned in 2015 and has a mandate to promote innovative research and development in Alberta.About the ProjectWater treatment plants are very power-intensive, so reducing energy use was one of the main goals for ISL Adapt’s Initiative. Much of that energy use comes from pumping water, especially for a plant like Drayton Valley, which uses a process called ultrafiltration. The process uses chemicals on untreated water, causing solids and contaminants to bind together and sink to the bottom of the tank. Then, the plant pumps the water through special membranes, which filter out smaller contaminants and let clean water through.As time goes on, those membranes get dirty and have to be cleaned by backwashing treated water through them. A more efficient system means more effective cleaning, which means less pumping and less energy used. Its a complex process, further complicated by the fact that water conditions are always changing. Rainfall, seasonal melt and other biological factors can greatly affect the quality of raw or untreated water and change the way plant operators have to deal with it. You can see the North Saskatchewan River changing in front of you each year, said ISLs Douglas Hallett. You can see it turn from glacial blue to brown, or green as algae grows in the summer months. How do you tune a plant to respond to different changes in the environment To find ways to tackle the problem, ISL set up a pilot facility - a mini-plant-within-a-plant, fitted with sensors and tools to help the Amii team gather data on what factors could help reduce energy use and adapt to changing water conditions.Working with the University of Alberta’s Reinforcement Learning and Artificial Intelligence Lab (RLAI), the Alberta Machine Intelligence Institute (Amii), and the Town of Drayton Valley; the project will focus on process control, automation and data analytics.Required Skills / ExpertiseWe’re looking for a talented and enthusiastic individual with solid knowledge of machine learning and experience working with temporal datasets.*Key Responsibilities: *