Senior Electrical Power Engineer in Melbourne

Senior Electrical Power Engineer in Melbourne

Melbourne Full-Time 108661 - 204250 $ / year (est.) On-site
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At a Glance

  • Tasks: Lead innovative power generation projects and mentor the next generation of engineers.
  • Company: Join HDR, a forward-thinking company committed to inclusivity and employee ownership.
  • Benefits: Enjoy competitive pay, comprehensive health benefits, and opportunities for professional growth.
  • Other info: Be part of a dynamic team with a strong commitment to community and sustainability.
  • Why this job: Make a real impact in renewable energy while working with cutting-edge technology.
  • Qualifications: 10+ years in electrical power design and a passion for mentoring others.

The predicted salary is between 108661 - 204250 $ per year.

At HDR, our employee-owners are fully engaged in creating a welcoming environment where each of us is valued and respected, a place where everyone is empowered to bring their authentic selves and novel ideas to work every day. As we foster a culture of inclusion throughout our company and within our communities, we constantly ask ourselves: What is our impact on the world?

The power generation market continues to grow and evolve given strong capacity demand signals that haven’t existed for over a decade. As a result, our national Power Generation team is poised for monumental growth. We are seeking a qualified Senior Electrical Engineer to help our clients develop, contract, and implement natural gas and potentially renewable energy generation projects while serving as Owner’s Engineer and/or Advisor.

The Senior Electrical Power Engineer candidate should have experience within the utility scale power and renewable energy industry and be capable of leading teams for power generation design projects including supporting in a traditional Owner’s Engineering role. The ideal candidate will have extensive experience in:

  • Power generation and distribution
  • Protection and motor control design
  • Power system studies
  • Construction and equipment specification development
  • Balance of plant designs such as raceway, lighting, and grounding systems

In addition, the candidate will be expected to mentor young engineers, support in managing client relationships, and lead marketing activities including proposal technical writing, fee builds, and work breakdown structure development in response to requests for proposals. A significant level of design and engineer of record work experience with power plant systems is required.

Preferred Qualifications:

  • Bachelor's degree in Engineering from an ABET accredited program with an Electrical Power emphasis.
  • Master's degree in Electrical Engineering or Control Systems Engineering with an Electrical Power emphasis.
  • Minimum 15 years of experience in electrical power generation design.
  • Design experience with simple cycle and combined cycle power generation.
  • Previous experience with an engineering power consulting or EPC firm desired.
  • Candidate must have excellent communication, written and organizational skills.
  • Strong leadership skills with the ability to work independently, as a lead on a multi-discipline consulting team, or as a lead on a small team are required.
  • Extensive knowledge of three-phase electrical power, protection and control design and settings development, system grounding, physical design, and experience with other activities such as lighting and grounding design, including instrumentation and control and life safety systems.

Work with Project Manager and Project Controller on project reviews with management as needed. Direct the activities of other engineering professionals and act as a mentor to other staff members as needed. Position will include an expectation of less than 10% travel for meetings with clients and vendors as well as project site visits.

Required Qualifications:

  • Bachelor's degree in Engineering
  • A minimum of 10 years of experience
  • Professional Engineers (PE or P.Eng) license
  • Extensive experience in project execution within the Power Market Sector
  • Proficient computer skills in Microsoft Office as well as standard Power Market Sector design software (examples include PLS CAD, AutoCAD, Plant 3D, AutoPipe, and Revit)
  • An attitude and commitment to being an active participant of our employee-owned culture.

HDR is our company. Together, we build on each other's life experiences and perspectives to make great things possible every day. This shapes our collaborative culture, encourages organizational trust and connects us closer to the clients and communities we serve.

As employee owners, we all have a role in creating an inclusive environment where each of us is welcomed, valued, respected and empowered to bring our authentic selves to work every day.

We provide a comprehensive benefits package that promotes employee ownership, employee health, performance, and success, which includes medical, dental, vision, short and long-term disability, life insurance, an employee assistance program, paid time away, parental leave, paid holidays, a retirement savings plan with employer match, employee referral bonus and tuition reimbursement.

Senior Electrical Power Engineer in Melbourne employer: HDR

At HDR, we pride ourselves on being an exceptional employer, offering a collaborative culture that empowers our employees to lead complex projects and influence technical outcomes. With a strong focus on career growth, mentorship, and an employee ownership model, our team members in Sydney and Melbourne enjoy working on cutting-edge mission critical and data centre projects while contributing to a supportive and inclusive environment. Join us to be part of a globally recognised team that values your expertise and fosters your professional development.

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Contact Details:

HDR Recruitment Team

We think you need these skills to ace Senior Electrical Power Engineer in Melbourne

Electrical Power Generation Design
Project Management
Client Relationship Management
Technical Writing
Power System Studies
Protection and Control Design
Three-Phase Electrical Power Knowledge