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- Employment type
- Full-time
- Experience level
- Entry, Junior · 0+ years
- Minimum education
- Bachelor’s degree
- Apply by
- Apr 7, 2027
- Posting language
- English
- Working hours
- 40 hours per week
- Seniority
- Entry level
- Application method
- Apply on LinkedIn (LinkedIn sign-in required)
Job summary
Assist senior engineers with planning, design, analysis, calculations, drawings, and documentation for heavy industrial structural projects, including foundations, steel structures, platforms, and pipe supports. Coordinate assigned tasks, participate in site visits and project meetings, support quality and risk processes, and contribute to client materials and proposals while developing technical skills through mentorship.
Job details
About the Company At Engcomp, we’re trailblazers: curious, driven, and always seeking a better way forward. As a trusted engineering firm serving Canada’s heavy industrial market, we tackle complex projects across Saskatchewan and Alberta, delivering innovative solutions from conceptual design all the way through to detailed engineering. Engcomp delivers consulting engineering to some of Canada’s most demanding industries: potash, uranium, oil and gas, pulp and paper, chemical processing, and food processing. We also support commercial clients. We design and engineer the structures and systems that keep operations running, from foundations, steel structures, and pipe racks to the piping, rotating machinery, and pressure vessels they support. Clients count on us for engineering they can trust. Our work spans the full project lifecycle: risk analysis, cost estimating, planning, engineering coordination, schedule management, and technical problem-solving. If you want to do meaningful work on complex, high-stakes projects, you’ll fit right in here. About the Role As a Junior Engineer-in-Training, you will contribute to a wide variety of engineering projects by assisting senior staff with planning, design, analysis, and documentation. You’ll gain exposure to structural design for heavy industrial facilities, from equipment foundations to steel structures. You will build your technical skills, gain hands-on experience, and learn project processes in a supportive, team-based environment. This role is ideal for early-career engineers eager to grow through mentorship, structured tasks, and exposure to real-world engineering challenges. Responsibilities Project Coordination Assist in carrying out project tasks under the supervision of intermediate and senior engineers. Break down tasks and track their status as part of a larger project scope. Provide regular updates to your supervisor and flag any issues that arise. Attend project meetings and take notes to support follow-ups and action items. Technical Execution and Problem Solving Support the design of steel and concrete structures, equipment foundations, platforms, and pipe supports, including calculations and drawings. Assist in drafting inspection reports, condition assessments, and technical specifications. Review vendor drawings for equipment loads, anchor bolt layouts, and support requirements, with guidance from senior team members. Help conduct research to support engineering decisions and solutions. Join site visits to gather data and observe site conditions. Team Collaboration Work as part of multidisciplinary project teams including engineers, designers, and CAD staff. Learn and follow internal workflows, quality control procedures, and standards. Seek feedback from mentors and actively develop your technical skills. Client and Stakeholder Communication Help prepare technical materials, presentations, and meeting notes. Join client or team meetings as appropriate to learn how engineering decisions are made and communicated. Business Development and Proposal Support Provide technical inputs or background information for proposal documents. Help gather and format data needed for cost estimates or engineering submissions. Compliance, Quality, and Risk Management Follow applicable engineering standards, codes, and regulatory requirements. Conduct self-checks of work and participate in team quality reviews. Document work in accordance with project procedures and company standards. Learn how to identify risks and escalate them appropriately to senior staff. Continuous Learning and Professional Development Stay updated on engineering tools, standards, and industry trends. Participate in internal training and mentorship opportunities. Set personal learning goals and pursue relevant certifications or coursework. Be part of a culture of learning, collaboration, and continuous improvement. Qualifications Bachelor’s degree in Civil Engineering (structural focus) or Structural Engineering from an accredited institution Registered or eligible for registration as an Engineer-in-Training (EIT) in Saskatchewan; Alberta eligibility considered an asset 0–3 years of engineering experience; new graduates are encouraged to apply Required Skills Foundational understanding of structural engineering principles Ability to assist in preparing technical drawings, calculations, and engineering documentation Strong analytical thinking and eagerness to solve technical problems with guidance Ability to interpret technical sketches, instructions, and basic field data Strong written and verbal communication skills for team collaboration and reporting Highly organized, with the ability to track tasks, meet deadlines, and flag issues proactively Receptiveness to mentorship and commitment to continuous learning Preferred Skills Exposure to structural analysis software (e.g., S-FRAME, STAAD.Pro, SAP2000, RISA) and/or Tekla through coursework or co-op experience Exposure to Autodesk software (AutoCAD, Revit) Any hands-on experience through internships, co-ops, or field placements in an industrial or mining environment Familiarity with Canadian structural codes and standards (e.g., National Building Code of Canada, CSA S16, CSA A23.3) Interest in heavy industrial sectors such as potash, oil and gas, or chemical processing Basic experience with technical report writing or steel and concrete material take-offs (MTOs) Compensation & Benefits Engcomp offers a competitive compensation package reflective of your experience and expertise. Base Salary: $60,000–$82,000 annually, commensurate with experience Benefits: Comprehensive health, dental, and vision coverage RRSP Matching: Company-matched contributions up to 5% Bonus: Eligibility for performance-based bonus program Vacation: 3–4 weeks annually based on experience, with the option to purchase an additional week Work Flexibility: Choose to work from the office, from home, or a blend of both. We trust you to manage your day, including the flexibility to attend to personal and family needs as they arise.
What you’ll do
Assist senior engineers with planning, design, analysis, calculations, drawings, and documentation for heavy industrial structural projects, including foundations, steel structures, platforms, and pipe supports. Coordinate assigned tasks, participate in site visits and project meetings, support quality and risk processes, and contribute to client materials and proposals while developing technical skills through mentorship.
Requirements
A bachelor’s degree in Civil Engineering with a structural focus or in Structural Engineering is required, along with registration or eligibility for Engineer-in-Training registration in Saskatchewan; Alberta eligibility is an asset. The role is suited to new graduates or candidates with up to three years of experience who have foundational structural engineering knowledge, strong communication and organizational skills, and a willingness to learn.
Benefits
- Health Coverage
- Dental Coverage
- Vision Coverage
- RRSP Matching
- Performance-Based Bonus
- Paid Vacation
- Flexible Work Arrangements
Listed skills
- Technical Documentation · Preferred
- Project Coordination · Preferred
- Quality Control · Preferred
- Communication · Preferred
Other relevant skills
Identified from the job description. Confirm important requirements above.
- Structural Engineering
- Structural Design
- Structural Analysis
- Steel and Concrete Design
- Engineering Calculations
- Technical Drawings
- Technical Documentation
- Project Coordination
- Analytical Thinking
- Technical Problem-Solving
- Vendor Drawing Review
- Site Data Collection
- Quality Control
- Risk Identification
- Technical Report Writing
- Communication
Job areas
- Engineering
- Construction
- Energy
- Consulting
