Job Description

Overview

Eco Waste Solutions is an award-winning clean-tech manufacturing company delivering innovative, high-quality, and environmentally conscious solutions. Our thermal waste conversion technology is used by governments, communities, and organizations in various countries around the world -- and we're growing. We need smart, technically curious, and proactive people to join our dedicated and talented team as we work to make a real difference in the world. Our work culture is flexible, supportive, and growth oriented.

As an Engineering Technologist, familiar with industrial process technologies, you will contribute to the design, analysis, and optimization of thermal waste treatment systems and related process technologies. Working closely with senior engineers and technicians, you'll support the development, testing, and continuous improvement of systems that treat waste and convert it to clean energy and other products. This role is ideal for someone who enjoys hands-on engineering, fluid dynamics, and data analysis -- and who wants to grow into a technical leadership role.

If you're passionate about solving complex engineering problems and want to work with people who share your curiosity and integrity, we'd love to hear from you.

At Eco Waste Solutions, you'll be trusted with meaningful technical challenges, supported by experienced mentors, and encouraged to develop your engineering expertise and professional growth.

You'll work on projects that make a tangible difference to communities and the environment, collaborating with colleagues who care deeply about innovation, sustainability, and doing the right thing.

This is a full-time position based in Burlington, Ontario, with a combination of in-office and remote work flexibility.

You'll receive competitive compensation, including health, dental, and vision benefits -- plus paid vacation, sick days, and holidays.

Duties

Support the design and optimization of incineration and waste-to-energy process systems Collect and analyze operational and emissions data to evaluate system performance. Perform calculations and simulations Prepare technical reports, specifications, and drawings under supervision. Assist in commissioning, testing, and demonstration of new systems and equipment. Maintain organized engineering files and documentation. Develop and refine Excel-based process models and tracking tools. Support continuous improvement initiatives in system design and operation. Other duties related to process engineering and technical support.

Experience

College or University degree in Mechanical, Chemical, Environmental, or Process Engineering (or a closely related discipline). 1-4 years of relevant experience in process, mechanical, or thermal systems engineering. Working knowledge of fluid dynamics, thermodynamics, and industrial process equipment. Experience with Microsoft Excel for engineering calculations and data analysis using advanced formulas and macros, VBA is an asset. Familiarity with emissions modeling or dispersion software (e.g., AERMOD) is considered an asset. Strong technical writing, analytical, and communication skills. Ability to interpret and prepare technical drawings and process flow diagrams, using AutoCAD and other programs. Self-motivated, organized, and eager to learn from senior engineers. Valid driver's license. Applicants must be legally entitled to work in Canada, and legally eligible to travel to the United States for business purposes (e.g., to attend demonstrations, testing events, or training).
If you're an early-career engineer or technologist who enjoys technical problem-solving, data-driven work, and hands-on exposure to real-world environmental technology -- this is your opportunity to make a meaningful impact. Join us and be part of a team where your ideas are valued, your growth is supported, and your work truly matters.

Job Types: Full-time, Permanent

Pay: $55,000.00-$65,000.00 per year

Benefits:

Dental care Life insurance Paid time off Vision care
Work Location: Hybrid remote in Burlington, ON L7L 6B2