What is a Renewable Energy Engineer?
Renewable energy engineers contribute to the development, implementation, and optimization of renewable energy systems, such as from geothermal, hydroelectric, wind, electrical and solar energy sources. They apply their expertise in engineering principles, software automation, and innovative problem-solving to enhance the performance and reliability of alternative energy engineering technologies. Their work is crucial to accelerating the global transition to clean and sustainable energy sources.
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Senior Mechanical Engineer
Location: Burnaby
Branche: Mining
Expertise: Planning & Testing
Experience: 4 years
Lead conceptual design and detailed cost estimating for mechanical system upgrades. Develop business cases and prepare comprehensive client reports. Conduct schematic and detailed design of HVAC, plumbing, and fire suppression systems. Prepare technical specifications, drawings, and tender documentation for procurement and construction. Oversee construction administration, including field reviews and ensuring design compliance. Manage all phases of project delivery, including resource planning, budgeting, scope and schedule management, and risk mitigation. Supervise and mentor junior team members, providing technical and project guidance. Prepare technical responses to Requests for Proposals (RFPs). Promote engineering services to current and prospective clients. Potentially lead or contribute to the development of specialized service areas.
Engineering Portfolio Team Lead
Location: Peterborough
Branche: Conventional Energy
Expertise: Planning & Testing
Experience: 3 years
Lead conceptual design and detailed cost estimating for mechanical system upgrades. Develop business cases and prepare comprehensive client reports. Lead the creation, maintenance, and updates of engineering resource plans and project schedules. Develop and implement standardized project planning practices (WBS, schedule updates, nomenclature, etc.). Collaborate with Engineering Team Leads weekly to enhance scheduling and work planning. Monitor and report SPI and CPI metrics across projects using earned value methodologies. Maintain P6 resource dictionary and support overall engineering resource allocation. Drive process improvements to enhance schedule accuracy and minimize unassigned work. Coordinate cost/schedule commitments and contribute to budget control efforts. Provide direction and oversight to the unionized Registry (document control) team. Lead team meetings, approve timecards, and support recruitment and onboarding efforts. Ensure compliance with the Collective Bargaining Agreement when managing unionized staff. Participate in cross-functional meetings including operations and monthly reviews. Inquiry to Order (ITO) Phase: Collaborate with teams to develop initial schedules and refine them throughout the bidding process. Order to Remittance (OTR) Phase: Develop and update fully resourced Level 3 schedules, monitor performance indicators, and support Project Managers in identifying risks and schedule recovery strategies. Ensure ERP and Primavera P6 schedule data consistency and accuracy.
Mechanical Engineer in Training
Location: Peterborough
Branche: Conventional Energy
Expertise: Production & Manufacturing
Experience: 2 years
Mechanical Engineering - Pressure Boundary & Analysis Peterborough, Ontario Introduction Brunel is currently seeking a Mechanical Engineer (EIT) - Pressure Boundary & Analysis for a position based in Peterborough, Ontario. As a Mechanical Engineer (EIT), you will be responsible for the design and analysis of pressure-retaining systems and components for nuclear reactor applications. This includes developing concept and detailed designs, performing engineering calculations and stress analyses, preparing design reports and specifications, and ensuring compliance with regulatory requirements. You will also contribute to overpressure protection assessments, provide technical documentation, and support manufacturing, testing, commissioning, maintenance, and operational activities. Responsibilities Provide execution of design/analysis/test/commissioning activities for complex mechanical equipment and systems throughout the entire product life cycle. Preparation or approval of design documentation (including technical documents, drawings and BOMs), technical specifications, development and test plans, and engineering quotations. 3D modelling for the purposes of conceptual design, and performing stress analysis Application of design for manufacturability/assembly (DFMA) techniques Provide technical support to CAD, Procurement, Manufacturing, Test, Quality and Commissioning and Service personnel. Participate in internal and external meetings, such as design reviews, preparing and presenting technical data. Utilize classical and modern (finite element analysis) stress calculation techniques to perform stress analysis for components, piping systems, supports, and vessels. Maintain working knowledge of the nuclear codes and standards applicable to the Canadian Nuclear environment. Key success factors are engineering and product excellence, effective design activity management, task/milestone completion on-time/on-budget, producing defect free designs, meeting your metrics, motivating a diverse team, managing and achieving results through influencing and setting of expectations/actions. Leading by example, assure compliance and adherence to processes (including internal Business Management System), industry codes and standards, quality systems, policies, and contractual requirements. Support process changes through process enhancement, and technology introduction to achieve world-class product development and product deployment. Support customer relationships and ensure market alignment. This position requires interaction with external customers, subcontractors, and cross-functional internal teams. May support proposal development and review including scope review, estimating as well as technical presentations to the customer. Learn to identify project risks, analyze solutions, and take decisive action to resolve issues and communicate these to the leadership team. Provide assurance of health and safety associated with the execution of all projects and activities. Requirements Bachelor's degree in mechanical engineering. Working toward Professional Engineer (PEO) license. 3-5 years of design engineering experience in regulated industries (Nuclear, Aerospace, Mining, Oil & Gas, etc.). Experience supporting projects through the full EPC life cycle with limited supervision. Knowledge of systems design, requirements development, interface design, manufacturing, and testing. Familiarity with related disciplines: systems, I&C, software design, and manufacturing. Strong written and verbal communication skills. Flexibility to work remotely and travel for short-term site assignments. Desired Characteristics: Experience with 3D CAD software (preference for Inventor/Solidworks) and FEA software (ANSYS APDL & Workbench, Caesar II, PEPS, AutoPIPE). Experience in the CANDU Nuclear Industry. Familiarity with CSA Nuclear Codes and Standards. Familiarity with ASME Boiler and Pressure Vessel Codes and Standards. Knowledge of process system, pressure vessels or pressure boundary component design
Senior Power Electronics Engineer
Location: Montréal
Branche: Life Sciences
Expertise: Research & Development
Experience: 4 years
Design power electronic circuits (e.g., AC/DC, DC/AC converters) from scratch, not off-the-shelf solutions. Develop and simulate analog/digital circuits, including control algorithms for power systems. Collaborate closely with software engineers to translate control logic into C code. Oversee the full development cycle - from concept, prototyping, PCB design, to guiding mass production. Assist PCB layout engineers (artworkers) by defining: Proper component placement Thermal management considerations EMI, current, and frequency constraints Routing guidance (especially for high-power systems)
Construction Engineer
Location: Calgary
Branche: Conventional Energy
Expertise: Production & Manufacturing
Experience: 5 years
Influence and engage with EPC contractors and sub-contractors on all aspects of HSSE, clearly communicating and demonstrating the vision of Goal Zero. Support the Construction Lead to oversee delivery of construction planning studies and deliverables from the EPC contractor, ensuring performance meets project drivers and ambition. Drive the development and implementation of opportunities and risk mitigations in key site construction areas such as labour capacity and capability, path of construction, brownfield interfaces, productivity (including digitalization), and indirects management. Actively source, screen, mitigate and implement lessons learned from Phase 1 and other Canadian/LNG projects for the benefit of Phase 2 execution planning, including serving as the conduit of high-graded Phase 1 lessons learned to the EPC contractor. Provide construction planning and constructability input, participate in workshops, and review and assure construction deliverables. Ensure constructability and Design for Safe Construction aspects are integrated into design and project planning. Support HSE risk assessments, HAZID evaluations, HAZOPs, SIMOPs, and brownfield integration mitigation plans, providing construction input into HSE safety cases and management plans. Provide construction input into quality workstreams to ensure identified mitigations are effective in delivering a zero-defects outcome. Coordinate input from various functions to ensure project drivers and contract requirements are met in preparation for the Execute Phase. Develop understanding of both the Phase 2 Execution Readiness/LNTP and Execution schedules, including regulatory and permitting requirements. Take ownership of key construction risks and ensure mitigations are proactively managed and escalated where necessary. Support document reviews, EPC Contractor clarifications, technical queries, deviation requests, and MOC as required. Implement opportunities and risk mitigations from FEED through to detailed engineering, procurement, fabrication, construction, commissioning, and start-up. Support early site works and contractor site visits in Kitimat as part of LNTP. Maintain close coordination between the Phase 2 team, Phase 1 site team, Phase 1 Asset team, and corporate teams. Stand in for the Phase 2 Construction Lead as required.
Senior Mechanical Engineer
Location: Vancouver
Branche: Mining
Expertise: Quality Management
Experience: 2 years
This contract position will work on-site in Vancouver, Canada. Prefer local candidate, however, will provide accommodation with a 4-week on-site/1-week off rotational schedule. Travel accommodation, housing, transportation, and a monthly stipend will be included. Schedule: 4 weeks working at site, 1 week off at home. If the project workload supports working from home during the "off" week, it must be with manager approval. About the Role Provide technical advice and guidance for all phases of assigned large/complex mechanical engineering projects and programs, ensuring the successful conclusion of all phases within an appropriate time and at appropriate cost. Apply working knowledge of engineering principles to assigned engineering projects, using sound engineering, data measurement & collection, calculations, analysis, interpretation and problem solving. Review, interpret, comment and approve mechanical engineering deliverables. Review reports for mechanical design projects and provide recommendations to site team and to project consultants. Lead the mechanical efforts on large/complex engineering projects, which may include the development of new or modification to existing systems and processes, including the responsibility of approving work from other engineering disciplines. Manage projects and serve as a mechanical subject matter expert (SME) on large/complex projects. Managing the mechanical department of an engineering company, construction planning and construction supervision. Provide guidance and counsel to the site management team on applicable processes, practices, and existing/proposed local, state and federal regulations Contribute to site strategic planning and budgeting efforts for designated engineering areas Develop and/or review scopes of work, evaluate proposals, draft formalized internal requests for funding. May evaluate and administer contracts with vendors for the provision of services and equipment as approved and required. Evaluates and administers contracts with vendors for the provision of services and equipment. Job Scope Nature of work: Works on complex issues and implements solutions mostly through the determination of strategy and delegation to others in a group or functional area. Level of interaction: Often collaborates with managers and/or functional or site leaders and interacts with external colleagues. Autonomy/decision making: Works under moderate supervision and has some latitude to set objectives, priorities and timelines that may impact department or individual work group Budgetary responsibility: Has no budgetary responsibility Managerial responsibility: Manages a specific program or project and may supervise people.
Senior Engineering Project Manager
Location: Vancouver
Branche: Mining
Expertise: Production & Manufacturing
Experience: 5 years
Senior Engineering Project Manager Vancouver (Office) & Arizona Site Term: 3 Years in Vancouver and then 2-3 years at site (Contract) Introduction Brunel is currently looking for an Engineering - Senior Project Manager responsible for the day-to-day leadership, management, and direction of both the detailed engineering and the engineering execution phases of a major mining and metallurgical process facilities project. Reporting to the Project Director and functionally to the Director of Engineering Management, the scope of this position includes all aspects of the project life cycle with a specified technology vendor, from early scoping and definition stages through detailed engineering and procurement phases, and finally to field erection and commissioning support. Responsibilities Review the development of the engineering work packages (EWPs) for all deliverables and time-based functions with technology provider. Review and analyze project requirements to establish tasks and subtasks and project timelines. Responsible for the scope, cost, schedule, safety, and quality associated with the project as influenced by the technology package engineering. Monitor the technical work performance and verify controls for tracking and reporting the advancement of engineering deliverables. Interfaces closely with site-based leadership, health and safety personnel and other internal organizations to ensure that work is executed in a manner consistent with the expectations of the operating property and in a safe and environmentally responsible manner Participate in design reviews, and execution planning discussions to ensure well-conceived and logical schedule development Leads evaluation, management and approval of changes to the work proposed by the technology provider and works to minimize impacts to cost and schedule Ensures that a comprehensive QA/QC is in place to monitor the quality of all engineering tasks and deliverables. Monitors work in progress and completed to ensure that the work is of a quality and character that meets the requirements of FMMC and the site operations team Participates in all project engineering meetings including progress review meetings (weekly, monthly), progress versus schedule (master, look-ahead, and specific) and works with project team, EP(CM) contractor, site operations team and others to resolve issues, and recover or compress schedule Manages the reforecast of contractor staffing needs using actual progress, work remaining to complete and estimates to complete Ensure the development of an achievable engineering schedule to meet project requirements using the EWPs. Provide input into the project monthly report with respect to design progress, cost and issues of concern and recommend changes if required to achieve overall objectives. Contribute to the development of the Project Execution Plan (PEP) together with the project leadership team (including procurement, project controls, construction, and commissioning), and allocate roles and responsibilities. Coordinate with Procurement, Construction and Commissioning personnel early in the design effort to obtain their input and conduct any necessary reviews. Regularly review and appraise the structure of the engineering project team in terms of its ability to meet short- and long-term objectives, and institute appropriate changes. Ensure that Engineering Company(s) Engineering Systems and 3D intelligent design environment is properly setup and being used. Involve specialist expertise from within FMMC or externally as necessary. Ensure engineering risk assessments and HAZOPs are carried out and all identified issues are addressed. Supervises project staff and contractors. Serves as expert on engineering management issues. Coordinate quality audit verifications to ensure compliance with all relevant engineering standards and procedures for all design activities. Instigate corrective actions as required. Minimum Qualifications Proven experience in Project and Engineering Management on projects with a value exceeding $500 million. Bachelor's degree in engineering or related field, and minimum 15 years' experience with the practice, systems, processes and terminology of project management. Master's degree in engineering or related field and minimum 12 years' experience with the practice, systems, processes and terminology of project management. Knowledge of the principles and practices of engineering, project controls, contract administration, procurement, expediting and materials management (logistics) Work involves frequent travel, international assignments, and relocation to the site of work Proficient in the use of computers and software in a business environment. An extensive technical knowledge of engineering systems, design, applications of engineering processes and materials, and engineering applications of current engineering technologies. General knowledge of industry, regulatory standards and design criteria in engineering disciplines. Ability to plan, coordinate and organize at an advanced level. Comprehensive knowledge of project planning, controls and understanding of multi-discipline interdependencies. Knowledge of drawing production and document control methodologies. Knowledge of progress assessment, measurement, and engineering control strategies. An extensive knowledge of administrative practices and strong communication skills across all levels including client representatives. Ability to manage relationships with key stakeholders involved in the project. A high degree of understanding of procurement and contracting, construction and commissioning methodologies. Ability to lead, motivate and inspire others, transfer expertise and provide a coaching role to others in terms of best practice. Ability to handle complex problem-solving tasks, applying appropriate analysis and consideration of high-level technical detail. Preferred Qualifications Prior EPCM experience preferred with design office management experience Registration as a Professional Engineer with a governing authority. Experience in mining operations (operation, engineering, maintenance) Proven experience in Project or Engineering Management on large industrial projects with a value exceeding $1 billion is an advantage. Productivity and Performance improvement experience with a workforce of several thousand people Experience with scheduling programs. Understanding engineering staffing requirements and forecasting Experience in setting up KPI's and tracking on a day-to-day basis Working as a team member (Client, EP, EPCM & Contractors) Mining Projects construction experience.
Bilingual Administrative Support Representative
Location: Montréal
Branche: Renewable Energy
Expertise: Communications & Distribution
Experience: 0 years
Responsibilities Provide effective and efficient administrative support for Real Estate team. Preparing and distributing documents Scheduling and coordinating meetings Assistance to internal customers - including redirecting phone/email inquiries to appropriate personnel. Minute taking as requested Assist in the development of reports/ presentations Format all reports/presentations using Siemens Energy branding guidelines. Create and maintain SharePoint site for Siemens Energy Real Estate - customer facing, internal to team Format/create/distribute Posters/emails as required using provided templates Provide admin support for tasks such as Fire Safety Plans, annual procedure reviews Provide order processing support for creating vendor's shopping carts/processing invoices Support Vendor management & Onboarding Travel Management / quality gate for expense report Ad hoc requests from Regional Headquarters
Senior Accountant
Location: Toronto
Branche: Mining
Expertise: Controlling
Experience: 0 years
Senior Accountant Rotational - Permanent position - Northern Ontario Introduction Our client is a leading Canadian mining organization with a strong portfolio of producing and development-stage projects across North America. With a focus on safe, efficient, and sustainable operations, the company is dedicated to creating long-term value for stakeholders while fostering employee growth and professional development. As operations expand in Northern Ontario, we are seeking a Senior Accountant to join the finance team. This role plays a key part in financial planning and analysis, supporting operational decision-making, and ensuring accurate financial reporting in a dynamic and growth-oriented environment. Responsibilities Act as a safety leader by following and promoting all health and safety protocols. Lead the financial planning and analysis process, including quarterly forecasting and annual operating/capital budgets. Provide financial insights and conduct cost analyses to identify efficiencies, opportunities, and potential waste, including trend and variance analysis. Partner with department heads to support and mentor them on their financial performance against plans. Review, validate, and analyze financial reports while responding to queries in a timely manner. Assist in the development and refinement of departmental policies and procedures. Support annual audit processes by liaising with external and internal auditors. Contribute to ad-hoc financial and operational projects as required. Requirements Bachelor's degree in Accounting, Business Administration, or Commerce (CPA designation required). 5-7 years of experience in operational accounting or finance, ideally within the mining or heavy industrial sector. Proven experience preparing forecasts, budgets, and life-of-mine (LOM) or long-term financial models. Strong technical skills, with proficiency in Microsoft Office (particularly Excel, Word, and Outlook). Experience with ERP systems such as SAP considered a strong asset. Excellent analytical, problem-solving, and communication skills with the ability to collaborate effectively across departments.
Package Lead, Non-Process Infrastructure
Location: Montréal
Branche: Mining
Expertise: Production & Manufacturing
Experience: 5 years
Package Lead, Non-Process Infrastructure Montreal, Quebec Introduction Brunel is currently seeking a Package Lead - Non-Process Infrastructure to support our mining client on a large-scale, greenfield mining development in northern Québec. Reporting to the Non-Process Infrastructure Area Manager, the successful candidate will be responsible for managing key infrastructure components-such as buildings, roads, and an airport-across all phases of the project. This includes strategy development, planning, engineering oversight, execution, and delivery, as the project advances from pre-construction through to full implementation. Responsibilities Lead planning and execution of non-process infrastructure components, ensuring alignment with scope, schedule, and budget. Oversee the engineering lifecycle from concept through construction, ensuring compliance with design standards and operational requirements. Manage infrastructure work packages including cost tracking, forecasting, risk identification, and mitigation planning. Prepare and deliver technical reports, progress updates, and performance analyses to project leadership. Coordinate cross-functional teams and contractors to drive execution and resolve technical or logistical challenges. Contribute to the development of capital expenditure (CAPEX) estimates and financial models for study phases and execution planning. Ensure effective stakeholder communication, highlighting key risks, progress, and decisions impacting the infrastructure scope. Requirements Bachelor's degree in civil, Structural, or Mechanical Engineering. 10+ years of experience in multidisciplinary project environments, with a strong focus on infrastructure delivery in industrial or remote settings. Proven expertise in the design and construction of civil and structural systems such as roads, foundations, steel/concrete buildings, ponds, and airstrips. Deep knowledge of Canadian and international engineering standards, including seismic, freeze/thaw, and safety regulations. Licensed engineer and active member in good standing with the Ordre des ingénieurs du Québec (OIQ). Strong analytical and reporting skills, with the ability to interpret technical data and deliver actionable insights. Demonstrated ability to lead and influence within complex, multi-stakeholder environments. Skilled in managing technical teams, external consultants, and contractors. High level of attention to detail and proactive problem-solving mindset. Excellent verbal and written communication skills. Fluency in French is required; functional proficiency in English is essential
What does a Renewable Energy Engineer do?
Renewable energy engineers analyze site conditions, assess resource availability, and conduct feasibility studies to determine the most suitable technology for a specific location. They are also responsible for system design, equipment selection, and performance optimization. They specifically utilize their technical expertise to design energy systems, including solar panels, wind turbines, and energy storage solutions, ensuring optimal energy production and integration into existing power grids.
The role of a Renewable Energy Engineer
In addition to design and optimization, renewable energy engineers contribute to the maintenance and operation of renewable energy systems. They monitor system performance, identify potential issues, and implement maintenance plans to maximize energy output and minimize downtime. They also stay abreast of advancements in renewable energy technologies and regulatory frameworks to ensure compliance and foster innovation.
Renewable energy engineers collaborate with multidisciplinary teams, including project managers, environmental specialists, and regulatory authorities, to ensure the successful implementation of renewable energy projects. They may also engage in community outreach and education initiatives to promote renewable energy adoption and sustainability practices.
Required skills for a Renewable Energy Engineer
To do well in this career, renewable energy engineers must possess a strong understanding of renewable energy technologies, energy conversion systems, and grid integration. Employment opportunities are on the rise for renewable energy engineers and can be found in renewable energy companies, energy consulting firms, research institutions, and government agencies.
Common Renewable Energy Engineer responsibilities
Analyze renewable energy processes and IT architecture for areas of optimization, continuous improvement, and automation;
Develop and implement software automation solutions to streamline operations, enhance productivity, and maximize the efficiency of renewable energy systems;
Monitor and document performance indicators, leveraging software tools and applications to identify and resolve issues;
Improve operational processes, design, build, and maintain core infrastructure for scaling renewable energy systems;
Troubleshoot and debug issues to maintain high productivity and resolve any malfunctions in renewable energy technologies;
Implement preventive measures to prevent incidents and optimize the performance and availability of renewable energy systems;
Collaborate with engineers, developers, and specialists to develop and deploy codes, tools, and applications specific to renewable energy technologies;
Track progress, document knowledge and processes, and maintain accurate records of renewable energy projects;
Deliver results in line with agreed timelines and budgets, ensuring compliance with relevant requirements and customer needs;
Conduct research and stay updated on emerging technologies, industry trends, and best practices in renewable energy;
Provide support and collaborate with interdisciplinary teams to develop innovative solutions for renewable energy projects;
Participate in the planning and execution of renewable energy infrastructure growth and expansion initiatives;
Ensure compliance with regulatory guidelines and environmental standards in renewable energy projects;
Prepare technical reports, presentations, and documentation related to renewable energy projects;
Collaborate with stakeholders to promote renewable energy initiatives and drive sustainable practices;
Communicate effectively with team members, engineers, developers, and other stakeholders to foster collaboration and achieve project goals.
Renewable Energy Engineer qualifications
Renewable energy engineers should possess a Bachelor's degree in renewable energy engineering, electrical engineering, or a related field. A strong understanding of coding, DevOps, and IT infrastructures is preferred to enable effective collaboration with technical teams.
Additional supporting skills and experience include:
- 2-4+ years of experience in renewable energy engineering or related fields, with a focus on optimization and automation;
- Proficiency in programming languages such as Python, Go, or Ruby, with a solid understanding of DevOps and IT infrastructures;
- Excellent analytical skills to identify and address issues related to renewable energy systems;
- Experience using software tools and applications relevant to renewable energy engineering and optimization;
- Proven experience in project management and collaboration with interdisciplinary teams;
- Strong verbal and written communication skills to effectively collaborate with diverse team members and stakeholders;
- Passion for sustainability and for promoting renewable energy solutions;
- Knowledge of regulatory guidelines, environmental considerations, and industry standards in renewable energy projects;
- Ability to work independently and in a team environment, balancing multiple priorities and meeting project deadlines.
