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Chemical Engineer In Training Jobs in Toronto, ON

Associate Engineer - MTO

Toronto, ON ยท Hybrid

CA$55K - CA$105K/yr

The Highway Engineer In Training (also known as Project Designer or Engineering Associate) in the Highways and Freeways group will play a valuable role in advancing the growth of our Transportation ...

Associate Engineer - MTO

Markham, ON ยท Hybrid

CA$55K - CA$105K/yr

The Highway Engineer In Training (also known as Project Designer or Engineering Associate) in the Highways and Freeways group will play a valuable role in advancing the growth of our Transportation ...

Associate Engineer - MTO

Oakville, ON ยท Hybrid

CA$55K - CA$105K/yr

The Highway Engineer In Training (also known as Project Designer or Engineering Associate) in the Highways and Freeways group will play a valuable role in advancing the growth of our Transportation ...

Mechanical Engineer .

Toronto, ON ยท Hybrid

CA$75K - CA$85K/yr

... an Engineer-in-Training in Ontario, eligible for registration, or progressing toward a P.Eng designation Practical experience with HVAC and other mechanical building systems Familiarity with ...

Bachelor's Degree in Materials Engineering. Candidates with Chemical Engineering, Polymer Engineering, or Chemistry backgrounds may also be considered. Minimum 5+ years of experience working with ...

Hatch is currently seeking a Process Engineer-in-Training (or Engineer) , with an interest in air ... A Chemical or Mechanical Engineering degree from an accredited university. * Excel academically ...

Hatch is currently seeking a Process Engineer-in-Training (or Engineer) , with an interest in air ... A Chemical or Mechanical Engineering degree from an accredited university. * Excel academically ...

Showing results 21-40

Chemical Engineer In Training information

What are the key skills and qualifications needed to thrive as a chemical engineer in training, and why are they important?

To thrive as a Chemical Engineer In Training, you need a solid background in chemical engineering principles, process design, and problem-solving, typically backed by a bachelor's degree in chemical engineering or a related field. Familiarity with simulation software such as Aspen Plus or HYSYS, and an Engineer-in-Training (EIT) certification, is often required. Strong analytical thinking, attention to detail, and effective teamwork and communication skills help you stand out in this role. These competencies ensure accurate project execution, compliance with safety standards, and successful collaboration within multidisciplinary engineering teams.

What is the difference between Chemical Engineer In Training vs Chemical Engineer?

AspectChemical Engineer In TrainingChemical Engineer
CredentialsTypically requires a bachelor's degree in chemical engineering; EIT certification often pursuedRequires a bachelor's degree; EIT certification usually obtained; Professional Engineer (PE) license may be pursued
Work EnvironmentEntry-level roles in manufacturing, research, or process designFull professional roles in design, process optimization, and project management
Employer & Industry UsageUsed by employers to denote early-career engineers in chemical industriesStandard professional title for licensed engineers in chemical industries

The main difference is that a Chemical Engineer In Training is an entry-level position often pursuing certification, while a Chemical Engineer is a fully qualified professional with more responsibilities and, in many cases, licensure. The transition from TI to licensed engineer involves gaining experience and passing the Professional Engineer exam.

What is a chemical engineer in training?

Chemical Engineers In Training (EITs) are recent graduates or early-career professionals who have completed an accredited chemical engineering degree and are gaining practical work experience under the supervision of licensed engineers. This stage is typically part of the process to become a fully licensed Professional Engineer (PE). EITs apply engineering principles to solve problems in industries such as chemicals, energy, pharmaceuticals, and materials. They assist with designing processes, troubleshooting operations, and ensuring safety and environmental compliance. The EIT designation demonstrates a commitment to the profession and is often a prerequisite for taking the PE exam.

What kinds of projects and responsibilities can a chemical engineer in training expect during their first year on the job?

As a Chemical Engineer In Training, you can expect to support senior engineers with tasks such as process simulations, data collection, and analysis for ongoing projects. You may participate in pilot plant operations, help with troubleshooting production issues, and contribute to process optimization initiatives. Collaboration is common, as you'll often work within multidisciplinary teams alongside chemists, operators, and other engineers. This hands-on experience helps you build technical skills and gain exposure to various areas of chemical engineering, setting a strong foundation for future advancement.
What are popular job titles related to Chemical Engineer In Training jobs in Toronto, ON? For Chemical Engineer In Training jobs in Toronto, ON, the most frequently searched job titles are:
What cities near Toronto, ON are hiring for Chemical Engineer In Training jobs? Cities near Toronto, ON with the most Chemical Engineer In Training job openings:
Infographic showing various Chemical Engineer In Training job openings in Toronto, ON as of August 2026, with employment types broken down into 87% Full Time, and 13% Contract. Highlights an 90% In-person, 3% Hybrid, and 7% Remote job distribution.

Senior Mechanical Equipment Engineer

Morson Talent

Toronto, ON โ€ข Hybrid

$135K - $155K/yr

Other

Re-posted 27 days ago


Job description

Job Description Location: Toronto, Ontario On-Site: Hybrid, 3 Days a Week Salary: $135,000 - 155,000 Job Type: Full-Time Permanent Years of Experience: 10 Minimum Job Responsibilities: Provide mechanical and equipment engineering support with the preparation of technical deliverables including technical specifications, test procedures, commissioning plans and registration design submissions for nuclear power plant (NPP) components and mechanical systems. Perform conceptual and detail design activities for mechanical systems which includes flow sheets, detail drawings, equipment arrangement/layouts as well as sizing and selection of mechanical components related to nuclear steam plants. Coordinating large scale projects of considerable technical and commercial complexity.

Supporting manufacturing, assembly, testing and commissioning tasks Review design reports, analysis reports, calculations, documents, and drawings in support of design verification. Define project work scope, monitoring and reporting project progress and communicating with clients. Interface with other engineering disciplines to obtain data and resolve issues relevant to design.

Conduct technical, conceptual and detail design meetings in front of peers, clients, and suppliers. Perform pre-order and post-order engineering support including review of client requirements, applicable documents and drawings, review of codes and standards, performing cost estimating, proposal preparation, as well as preparing and reviewing of engineering quotation requests, technical evaluations and resolving design deviations. Provide technical guidance to drafting staff as well as oversight of interfacing disciplines.

Conduct site visits at nuclear generating stations and suppliers. Provide engineering support to quality surveillance, manufacturing, assembly and testing with non-conformances. Review and approve supplier's capability to fabricate the required component within the applicable requirements.

Evaluate the completeness and status of delivered equipment. Work in accordance with applicable codes, standards, regulations, and client and company procedures. Provide consultation and/or review and approval of engineering quotation request packages and purchase requisitions.

Assist other engineers and branch manager with daily engineering activities. Qualifications: Required qualifications: Engineering degree from an accredited University in Mechanical Engineering, Chemical Engineering, Nuclear Engineering or Engineering Science. Registered Professional Engineer in a Province of Canada, qualified to seal mechanical and chemical engineering documents.

A minimum of 10 years of experience in Mechanical Design of industrial machines, automation equipment and automated-tooling design, and/or in Equipment Engineering with knowledge in pumps, fans, motors, valves, heat exchanges, steam generators, pressure vessels, etc.; and Solid understanding of process systems, mechanics of machines, mechanics of materials, material selection and fundamentals of machine component design. Solid understanding and experience with equipment sizing, selection, and troubleshooting of issues. Specific knowledge and experience related to pressure vessels, valves, ventilation systems, as applicable to nuclear power stations

Knowledge of/experience using nuclear pressure boundary Codes and Standards, including CSA N285.0 and ASME Sections III. Experience working in or performing design work for a nuclear facility licensed in Canada or a nuclear reactor licensed outside Canada. Strong written and oral communication skills Willing to travel to and potentially work at Project sites to meet corporate needs (Note: the initial site location is at the Mississauga head office in Ontario)

Additional, preferred qualifications: Working knowledge of/experience with the CSA B51 standard, ANSI B31.1 codes, ASME Section VIII and other nuclear-power-plant applicable standards or regulatory guides related to permanent plant components, pressure boundary equipment, and/or reactor systems is an asset; Qualification in the last five (5) years as a Specialized Professional Engineer to ASME Section III Appendix XXIII for Division 1 is an asset. Knowledge of pressure boundary work including pressure vessel design, analysis, code classification, code class boundary, non-destructive examination and design registration is an asset. Knowledge of dimensioning and tolerancing ASME Y14.5 standard is an asset

Presentation skills and public speaking abilities is an asset.