Who we are ?
Creating a planet fueled by reliable, clean energy isn’t what keeps us up at night; it’s what gets us out of bed. At Opus One Solutions, our software platform GridOS® helps us pursue solutions that will change how countries access, optimize and distribute electrical energy. From microgrids that keep things running in the event of an outage, to helping electric utilities optimize their operations and allowing homeowners to feed energy into a power grid, we're powering a more sustainable future.
Opus One Solutions is looking for a Software Developer, Optimization. Working on complex optimization problems, you’ll use your software development knowledge and mathematical skills to help build a complex product in the clean energy space.
Who are you?
You are interested in technology, software development and optimization. You’re looking for a role that combines the challenges of non-linear optimization problems with the opportunity to grow in a web-based software development environment.
What will our new Software Developer work on?
Here’s what you bring:
Why join Opus One Solutions?
Opus One is growing! After spending the first four years under the radar focused on research and pilot projects, we’re ready to shine. We’ve been named as one of Canada’s top 10 game-changers by CIX Cleantech, Fast Company’s 2017 World Changing Idea in Energy and one of top 100 Global Cleantech companies for 3 years in the row! We are delivering exciting projects in North America and have partnerships with leading energy players such as National Grid.
At Opus One Solutions we understand that not everyone develops their talent and hones their skills in a traditional way. Different paths and experiences are part of the diversity we know we need to succeed. If you feel you meet all or most of the qualifications we are seeking, take a chance and express your interest here.
Opus One Solutions welcomes and encourages applications from people with disabilities. Accommodations are available on request for candidates taking part in all aspects of the selection process.