Provide discipline materials for the permitting and approvals of the facilities. * Ensure ... Ensure the engineering discipline of the facilities complies with the design principles while ...
Provide discipline materials for the permitting and approvals of the facilities. * Ensure ... Ensure the engineering discipline of the facilities complies with the design principles while ...
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations)
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations)
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations ...
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations ...
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations)
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations)
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations)
You bridge the gap between industrial engineering concepts and on-the-ground reality, with a clear ... Define and implement the manufacturing strategy (material flow, production cells, workstations)
University student in chemical engineering, mechanical engineering, or materials engineering * Proficiency in English, both spoken and written, is required, as the position holder will be required to ...
Quick apply
University student in chemical engineering, mechanical engineering, or materials engineering * Proficiency in English, both spoken and written, is required, as the position holder will be required to ...
Quality Engineering
Kirkland, QC · On-site
The Quality Engineering role designs, implements, and maintains quality assurance methodologies, controls, and inspection protocols to ensure materials and manufacturing processes consistently meet ...
Quick apply
Quality Engineering
Kirkland, QC · On-site
The Quality Engineering role designs, implements, and maintains quality assurance methodologies, controls, and inspection protocols to ensure materials and manufacturing processes consistently meet ...
Civil Engineering Technologist
Longueuil, QC · On-site +1
Develop civil engineering drawings ... Prepare Bills of Material (BoM) * Review deliverables from consultants (layouts, drawings ...
Civil Engineering Technologist
Longueuil, QC · On-site +1
Develop civil engineering drawings ... Prepare Bills of Material (BoM) * Review deliverables from consultants (layouts, drawings ...
Industrial Engineer
Quebec, QC · On-site
... processes, materials, and fiber manufacturing. The use of English is required for the following ... Manage engineering projects, from design to Implementation * Ensure coordination with internal and ...
Industrial Engineer
Quebec, QC · On-site
... processes, materials, and fiber manufacturing. The use of English is required for the following ... Manage engineering projects, from design to Implementation * Ensure coordination with internal and ...
Industrial Engineer
Quebec, QC · On-site
... processes, materials, and fiber manufacturing. The use of English is required for the following ... Manage engineering projects, from design to Implementation * Ensure coordination with internal and ...
Industrial Engineer
Quebec, QC · On-site
... processes, materials, and fiber manufacturing. The use of English is required for the following ... Manage engineering projects, from design to Implementation * Ensure coordination with internal and ...
... materials, and fiber manufacturing. The use of English is required for the following reasons: The ... University degree in Industrial or Mechanical Engineering, or equivalent training Three (3) years ...
... materials, and fiber manufacturing. The use of English is required for the following reasons: The ... University degree in Industrial or Mechanical Engineering, or equivalent training Three (3) years ...
Industrial Engineer
Quebec, QC · On-site
... processes, materials, and fiber manufacturing. The use of English is required for the following ... Manage engineering projects, from design to Implementation * Ensure coordination with internal and ...
Industrial Engineer
Quebec, QC · On-site
... processes, materials, and fiber manufacturing. The use of English is required for the following ... Manage engineering projects, from design to Implementation * Ensure coordination with internal and ...
Mechanical Test Engineer
Montreal, QC · On-site
... materials for dental and orthodontic applications. If you enjoy combining mechanical design, laboratory testing, and engineering problem-solving, this is an opportunity to make a direct impact on ...
Mechanical Test Engineer
Montreal, QC · On-site
... materials for dental and orthodontic applications. If you enjoy combining mechanical design, laboratory testing, and engineering problem-solving, this is an opportunity to make a direct impact on ...
FEA Engineer
Levis, QC · Hybrid
What we offer at Creaform Engineering for this FEA Engineer role in Levis: * Group insurance ... Model complex behaviors (material nonlinearity, contact, dynamics, etc.) in various application ...
FEA Engineer
Levis, QC · Hybrid
What we offer at Creaform Engineering for this FEA Engineer role in Levis: * Group insurance ... Model complex behaviors (material nonlinearity, contact, dynamics, etc.) in various application ...
Le titulaire devra assurer le suivi de conception et d'evolution de materiel electronique par des fournisseurs internes et externes a Thales. The EDM - Engineering Delivery Manager will be ...
Le titulaire devra assurer le suivi de conception et d'evolution de materiel electronique par des fournisseurs internes et externes a Thales. The EDM - Engineering Delivery Manager will be ...
Spécialiste Matériel/Hardware Specialist
Montreal, QC · On-site
CA$45 - CA$70/hr
Spécialiste matériel Description du poste L'ingénieur de support technique fournit un soutien ... Cet ingénieur agit comme un point de contact technique clé entre les équipes de conception, de ...
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Spécialiste Matériel/Hardware Specialist
Montreal, QC · On-site
CA$45 - CA$70/hr
Spécialiste matériel Description du poste L'ingénieur de support technique fournit un soutien ... Cet ingénieur agit comme un point de contact technique clé entre les équipes de conception, de ...
The incumbent collaborates with instructional designers, engineering teams, program managers, and ... Instructional Material Verification Plan * Training Program Report * Instructional Material ...
The incumbent collaborates with instructional designers, engineering teams, program managers, and ... Instructional Material Verification Plan * Training Program Report * Instructional Material ...
CA$50K - CA$65K/yr
Bachelor's degree in engineering OR manufacturing sales experience is required * Foundational knowledge of advanced assembly tools or material handling equipment is required * Strong mechanical ...
CA$50K - CA$65K/yr
Bachelor's degree in engineering OR manufacturing sales experience is required * Foundational knowledge of advanced assembly tools or material handling equipment is required * Strong mechanical ...
Project / Process Engineer
Montreal, QC · On-site
Process & Chemical Engineering * Optimize manufacturing processes (temperature, pressure, cycle time, material flow) * Support process scale-up from pilot to production * Conduct process trials ...
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Project / Process Engineer
Montreal, QC · On-site
Process & Chemical Engineering * Optimize manufacturing processes (temperature, pressure, cycle time, material flow) * Support process scale-up from pilot to production * Conduct process trials ...
Provide discipline materials for the permitting and approvals of the facilities. * Ensure ... Ensure the engineering discipline of the facilities complies with the design principles while ...
Provide discipline materials for the permitting and approvals of the facilities. * Ensure ... Ensure the engineering discipline of the facilities complies with the design principles while ...
Material Engineering information
What is the difference between Material Engineering vs Materials Science?
| Aspect | Material Engineering | Materials Science |
|---|---|---|
| Education | Bachelor's or Master's in Material Engineering or related fields | Bachelor's or Master's in Materials Science or related fields |
| Work Environment | Manufacturing plants, R&D labs, product development | Research labs, academic institutions, R&D centers |
| Focus | Design, processing, and application of materials in products | Understanding properties, structure, and fundamental science of materials |
| Common Usage | Industry-driven, product-focused roles | Research, academia, fundamental science roles |
Material Engineering and Materials Science share overlapping skills and educational backgrounds, but differ in focus. Material Engineers primarily work on applying materials in manufacturing and product development, while Materials Scientists focus on understanding material properties and scientific research. Both roles are vital in advancing material technologies, often collaborating in industry and research settings.
What are the key skills and qualifications needed to thrive as a Material Engineer, and why are they important?
To thrive as a Material Engineer, you need a solid background in materials science, chemistry, and engineering principles, typically supported by a bachelor's degree in materials engineering or a related field. Familiarity with materials characterization tools, computer-aided design (CAD) software, and industry-specific certifications such as Professional Engineer (PE) are often important. Strong problem-solving abilities, teamwork, and effective communication help material engineers succeed in collaborative and project-driven environments. These skills and qualifications are crucial for developing innovative, reliable materials and ensuring their appropriate application in various industries.
Do materials engineers make a lot of money?
Materials engineers typically earn competitive salaries that vary by industry, experience, and location. According to industry data, the median annual wage is higher than the average for all occupations, and those with advanced skills or certifications can increase their earning potential. The profession often involves working in manufacturing, research, or development environments with opportunities for advancement.
What jobs can material engineers do?
Material engineers work in industries such as aerospace, automotive, electronics, and manufacturing, focusing on developing, testing, and improving materials like metals, polymers, ceramics, and composites. They often design new materials, analyze failure modes, and use tools like microscopy and spectroscopy, with roles requiring knowledge of materials science and engineering principles. Certifications such as Professional Engineer (PE) can enhance career prospects.
What are the common challenges Material Engineers face when collaborating with cross-functional teams?
Material Engineers often work closely with teams from design, manufacturing, and quality assurance. A common challenge is effectively communicating complex material properties and limitations to colleagues who may not have a technical background in materials science. Additionally, balancing material performance with cost and manufacturability can require negotiation and creative problem-solving. Developing strong teamwork and communication skills is essential for translating technical recommendations into practical solutions that meet project goals.
What is the work of a Materials Engineer?
A Materials Engineer researches, develops, and tests materials such as metals, polymers, ceramics, and composites to improve their performance and durability. They analyze material properties, select appropriate materials for specific applications, and often use tools like microscopes and testing equipment in laboratory or manufacturing settings.
What engineers make $500,000 a year?
Senior engineers in specialized fields such as petroleum, aerospace, or software engineering can reach or exceed $500,000 annually, especially with bonuses, stock options, or in leadership roles. High-level positions often require advanced skills, extensive experience, and advanced certifications or degrees.
What is material engineering?
Material engineering is a branch of engineering focused on the discovery, design, and development of new materials, as well as improving existing ones. It combines principles of physics, chemistry, and engineering to understand the properties and behaviors of different materials such as metals, ceramics, polymers, and composites. Material engineers work to create materials with specific properties for use in a variety of industries, including aerospace, construction, electronics, and medicine. Their work is essential for innovation in technology and manufacturing.
What are popular job titles related to Material Engineering jobs in Quebec? For Material Engineering jobs in Quebec, the most frequently searched job titles are:
What job categories do people searching Material Engineering jobs in Quebec look for? The top searched job categories for Material Engineering jobs in Quebec are:
Full-time
Re-posted 21 hours ago
Job description
SYSTRA Canada is part of the SYSTRA group, an international consulting and engineering group, a world leader in the design of transport infrastructures. SYSTRA Canada is an engineering and consulting firm whose primary focus is to offer transportation solutions, whether for passengers or goods: feasibility studies of building a new railway line, increasing the capacity of the existing infrastructure, privatization of a railway.
Understand better who we are by visiting www.systracanada.com.
Reporting to the Facilities Design Director, within the Co-Development Phase of the ALTO programme, the Engineer Lead will provide technical governance, lead design, coordination and delivery of their work discipline work package for Facilities High-Speed Rail (HSR) programme. The Engineer Lead is responsible for overseeing the planning, design, integration, and delivery strategy of their respective discipline, and facilities with associated elements of those facilities on the corridor, ensuring alignment with programme objectives, operational requirements, regulatory frameworks, and lifecycle performance targets. This role entails multidisciplinary design coordination (architecture, structural, MEP, utilities, fire/life safety, vertical transportation, civil interfaces, and rail systems integration), combined with applicable interface management across civil, rail systems, operations, and stakeholders. The Engineer Lead acts as the accountable authority for Facilities-specific discipline decisions and Engineer of Record.
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Strategic Leadership, Design and Governance
- Support and uphold the overall Facilities Development Strategy across all project phases (concept to commissioning).
- Implementation of the Facilities Development Plan, including:
- Uphold design strategy and facilities vision
- Adhering to programme milestones and delivery roadmap
- Comply with design maturity and review gates
- Comply with interface and integration strategy
- Input to risk and opportunity management
- Enforce disciplines technical governance frameworks for their respective discipline and facilities, including:
- Preparation of engineering discipline design drawings, reports and specifications
- Design review processes (eg. 30/70/90/IFC)
- Lead engineering design team members
- Change control and configuration management
- Design assurance and compliance mechanisms
- Decision-making and escalation processes
- Ensure disciplines alignment of facilities design with:
- Programme objectives and funding constraints
- Concept of Operations (ConOps) and service strategy
- Sustainability and climate resilience objectives
Programme-Level Interface Management:
- Work with facilities Design Director in the interface management between facilities and key programme components and programme-wide Interface Management
- Work with the Systemwide Engineer to ensure and implement consistent interface solutions of the facilities with overall framework.
Stakeholder and Authority Management
- Provide support to the Facilities Design Director as needed for discipline input for facilities engagement as applicable with:
- Federal, provincial, and municipal authorities
- Transport Canada and regulatory bodies
- Utility providers and third parties
- Municipal planning and urban integration stakeholders
- Provide discipline materials for the permitting and approvals of the facilities.
- Ensure facilities designs comply with applicable Canadian codes and standards.
Operational Integration
- Understand and support the overall facilities vision and operation and maintenance requirements across the programme
- Implement the engineering discipline’s integration of:
- Capacity study outputs
- Operational requirements
- Commercial and retail strategies
- Ensure the engineering discipline of the facilities complies with the design principles while allowing contextual adaptation
Risk, Cost, and Performance Management
- Work with the Facilities Design Director in inputting disciplinary risks to the overall facilities programme, including:
- Design risks and constructability challenges
- Interface and integration risks
- Regulatory and approval risks
- Stakeholder-related constraints
- Work with the Facilities Design Director in value engineering and optimization strategies at the discipline and facilities level
- Ensure alignment of the discipline’s scope with programme budget, schedule, and performance targets
- Monitor discipline’s own performance and ensure quality and consistency within the facilities
Procurement and Delivery Strategy
- Support the procurement strategy for facilities packages, including providing:
- Drawings and reports
- Technical and performance specifications
- Ensure coherence of facilities packages across interfaces and disciplines.
Construction and Delivery Oversight (potentially as per project agreements)
- Provide executive technical oversight for facilities constructability.
- Ensure design intent is maintained through delivery.
- Support resolution of major facilities specific technical issues and interface conflicts
- Oversee readiness for commissioning, handover, and operational integration of facilities
- Experience & Technical Competencies
- Accredited degree in Engineering
- Professional Engineer (P.Eng. OIQ or both) or eligibility in Canada
- Bilingual (English/French) preferred
- 15+ years of experience in major infrastructure or transportation projects
- Minimum 10 years in leadership roles managing multidisciplinary teams
- Experience in rail, metro, or high-speed rail facilities design and delivery
- Experience working in complex, highly regulated environments
- Experience with Alliance, PPP, or Design-Build delivery models (asset)
- Experience integrating new infrastructure with existing (brownfield) systems (asset)
- Technical expertise
- Broad and strategic understanding across:
- Large-scale transportation architecture and facilities planning
- Competency in construction documents and specifications
- Structural and complex building systems
- MEP and building systems integration
- Fire/life safety and code compliance
- Multimodal integration and urban connectivity
- Sustainability and climate resilience
- BIM and digital engineering integration
- Interface management at programme scale
- Risk management and configuration control
- Strong understanding of integration between:
- Facilities and rail systems
- Civil infrastructure and utilities
- Operations and maintenance requirements
- Safety, security, and regulatory frameworks
- Soft Skills
- This role requires leadership in:
- Strategic thinking and vision
- Strong decision-making and accountability
- Ability to synthesize complex multidisciplinary inputs
- Communication and stakeholder experience
- Leadership and coaching of design team members
- Negotiation and conflict resolution
- This role requires leadership in:
- Broad and strategic understanding across:
SYSTRA Canada is committed to having a diverse and inclusive workforce. We are an Equal Opportunity Employer that values applications from all and offers employment equity based on the merits and abilities of candidates and personnel.
Note: In this description, the masculine gender is used for easy reading purposes and includes the feminine.
We use AI-enabled tools in our recruitment platform (iCIMS) for tasks like resume parsing and candidate matching. These tools do not make hiring decisions; all applications are reviewed by a human recruiter, and final decisions are made by our hiring team.
For questions about our hiring process or AI tools, please contact infocanada@systra.com.