Jobs at AECOM

Creates regular and ad hoc program reports, identifies data requirements, develops reporting processes, analyzes KPIs and trends, and flags program risks. The role produces accurate financial and project reporting for internal and external stakeholders, supports capital program decision-making, and applies data quality, program controls, and performance measurement techniques, including schedule, cost, risk, scope, and Earned Value Management analysis.

Supports adoption of digital solutions across a major infrastructure program by developing change plans, communications, engagement strategies, workshops, and adoption metrics. Gathers current-state challenges, defines future-state outcomes, tracks value realization, identifies adoption barriers, and documents lessons learned. Works with project teams and stakeholders to implement digital initiatives and adjust plans to improve adoption.

Leads complex water-sector proposals from capture through interviews, supervising marketing staff and managing schedules, compliance, reviews, writing, win strategies, and client feedback. Supports go/no-go decisions, readiness analyses, training, marketing communications, competitive intelligence, and continuous improvement. Collaborates with business-line leaders, capture managers, and pursuit teams to develop compelling, compliant proposal deliverables and drive strategic growth.

Design electrical systems for hyperscale, colocation, and mission-critical data centers. Responsibilities include electrical load calculations, equipment sizing, power-system analyses, electrical drawings, one-line diagrams, specifications, code compliance, multidisciplinary coordination, design reviews, and construction-phase support. The role requires collaboration with clients, contractors, vendors, utilities, and internal teams while addressing reliability, redundancy, resiliency, maintainability, project schedules, budgets, and quality requirements.

Lead mechanical design for hyperscale, colocation, and mission-critical data centers. Design HVAC, cooling, heat-rejection, chilled-water, and critical mechanical systems; perform heat-load, airflow, capacity, and CFD analyses; and develop resilient, energy-efficient solutions. Prepare calculations, equipment selections, specifications, and technical documents. Coordinate multidisciplinary teams, support construction and commissioning, collaborate with clients and vendors, contribute to proposals, and mentor engineers.

Designs and delivers mechanical systems for hyperscale, colocation, and mission-critical data centers. Responsibilities include HVAC and cooling-system design, load calculations, equipment sizing, technical documentation, code compliance, multidisciplinary coordination, design reviews, and construction-phase support. The role also addresses reliability, redundancy, resiliency, energy efficiency, commissioning, and stakeholder coordination across clients, contractors, vendors, and utilities.

Lead mechanical engineering design and delivery for hyperscale, colocation, and mission-critical data centers across Canada and globally. Responsibilities include designing cooling, HVAC, plumbing, fire protection, and heat rejection systems; coordinating multidisciplinary teams; managing technical deliverables, codes, budgets, schedules, commissioning, and field issues; advising clients; supporting business development; and mentoring engineers. The role is remote in Canada with periodic travel for meetings, site visits, commissioning, and project collaboration.

Leads electrical engineering design and delivery for hyperscale and mission-critical data centers across North America and globally. Responsibilities include medium- and low-voltage distribution, standby generation, UPS and emergency power systems, load analysis, power modeling, engineering documentation, technical approvals, code compliance, client coordination, mentoring, budgeting, and business development. The role also serves as an Engineer of Record where applicable and supports multidisciplinary teams, site visits, commissioning, and practice growth.

Leads electrical engineering and design for hyperscale, colocation, and mission-critical data centers. Responsibilities include designing medium- and low-voltage distribution, critical and backup power systems, grounding, protection, and resilient architectures; performing load calculations and power-system studies; preparing technical documentation; coordinating multidisciplinary teams; supporting construction, commissioning, and startup; engaging clients and stakeholders; mentoring engineers; and contributing to proposals and technical presentations.

Design and integrate automation, monitoring, and control systems for hyperscale and mission-critical data centers. Develop control sequences, system diagrams, network architectures, specifications, and technical documentation for BAS, PLC, SCADA, PMS/EPMS, HVAC, and electrical infrastructure. Coordinate with multidisciplinary teams, support resilient OT network design, and participate in design reviews, commissioning, construction services, and technical issue resolution.

Leads complex Design-Build and alternative delivery projects from strategy through close-out. Owns scope, schedule, budget, quality, safety, financial performance, risk, contracts, change management, and stakeholder coordination. Integrates multidisciplinary design and construction teams, manages client and contractor relationships, supports business development, and ensures compliance with quality, security, permitting, and project-control requirements across Canadian infrastructure and building projects.

The Pavement Engineer manages pavement engineering projects, provides technical leadership, conducts evaluations, writes reports, and adheres to project schedules and budgets.

Lead and manage highway and roadway design projects to meet MTO standards. Oversee multidisciplinary teams, budgeting, scheduling, procurement, risk management, quality assurance, client liaison, and business development across all project phases from feasibility to contract closeout.

Prepare and check design drawings for transit and freight rail signaling systems using CAD/MicroStation/AutoCAD; support proposals, tender and design documents; perform first-level electrical design checks; coordinate multi-office teams; apply project management principles; ensure compliance with CPKC, CN or AREMA standards; assist with project financial reporting and field work as needed.

Lead ETCS Level 1/2 system design, interface and integration with onboard, wayside and central components. Produce design deliverables, author technical documentation and test procedures, support procurement, installation, testing, commissioning and safety assurance in compliance with CENELEC standards.

The Senior Mechanical Engineer leads the design of plumbing, fire protection, and HVAC systems for complex projects, mentors junior staff, and ensures technical excellence.

Lead design, analysis, integration, verification and implementation of ETCS Level 1/2 and related train control systems. Produce technical designs, interface specifications, test procedures, IFC drawings, and compliance documentation. Coordinate with multidisciplinary teams, vendors, and stakeholders through installation, testing & commissioning, and handover while ensuring safety, CENELEC compliance, V&V, and reliability.

Leads electrical engineering design and delivery for mining and industrial projects, including power distribution, substations, controls, instrumentation, automation, and communications systems. Prepares technical documentation, supports construction and operations, ensures regulatory compliance, troubleshoots systems, and develops reliability improvements. Collaborates with multidisciplinary teams and clients, mentors junior staff, and contributes to business growth. Requires professional engineering registration, extensive heavy-industry experience, and familiarity with Canadian standards and power-system modeling tools.

Leads electrical engineering design and delivery for mining and industrial projects, covering power distribution, controls, instrumentation, communications, substations, automation, and mine infrastructure. Prepares technical documentation, supports construction and operations, ensures regulatory compliance, troubleshoots systems, develops reliability improvements, collaborates with multidisciplinary teams and clients, and mentors junior staff.

Designs and reviews overhead catenary systems for public transit rail projects, including drawings, design reports, construction packages, interface documentation, and commissioning support. Coordinates with multidisciplinary teams, clients, operators, suppliers, and stakeholders; manages vendors and technical interfaces; supports requirements, verification, safety, quality, cost, and scheduling activities. Performs feasibility studies and condition assessments while mentoring junior staff and contributing to project pursuits.