Project Technical Lead (Project Engineer) in Sydney

Project Technical Lead (Project Engineer) in Sydney

Sydney Full-Time 59400 - 72600 $ / year (est.) On-site
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At a Glance

  • Tasks: Lead technical integration and ensure seamless delivery of complex engineering projects.
  • Company: Join a forward-thinking company dedicated to professional growth and inspiring challenges.
  • Benefits: Competitive salary, career development opportunities, and a supportive work environment.
  • Other info: Dynamic role with opportunities for growth in the Australian Defence sector.
  • Why this job: Make a real impact by integrating cutting-edge technology in exciting projects.
  • Qualifications: Bachelor's degree in engineering and 5+ years of relevant experience required.

The predicted salary is between 59400 - 72600 $ per year.

We continually strive to help our workforce achieve their professional and personal goals, engaging them in challenging and inspiring projects.

  • Primary duties
  • Own the project's technical integration strategy, engineering scope and coordinated delivery from planning through acceptance.
  • Integrate hardware, software and mechanical subsystems into a coherent system architecture and verified product baseline.
  • Integrate systems, safety, security and industrialisation activities across the development lifecycle.
  • Manage technical interfaces, dependencies, trade-offs and cross-disciplinary risks.
  • Provide clear system-level technical direction, decisions, reporting and escalation to project and engineering leadership.

Key Responsibilities

  • Develop and maintain the technical integration plan, including architecture, interfaces, dependencies, integration sequence, resources, milestones and evidence.
  • Coordinate multidisciplinary design and ensure subsystem solutions collectively satisfy system requirements and operational needs.
  • Lead interface definition and control across internal teams, suppliers, platforms and customer systems.
  • Plan and lead incremental subsystem and system integration, verification, validation and acceptance activities.
  • Resolve cross-disciplinary conflicts and technical gaps through evidence-based trade-offs and system-level decisions.
  • Maintain requirements traceability, interface control, configuration baselines and integration evidence.
  • Ensure the integrated design is producible, supportable and ready for production, deployment and customer use.

Experience

  • Bachelor's degree in engineering or a related discipline; postgraduate qualifications are desirable.
  • At least five years' experience leading multidisciplinary engineering and technical integration on complex projects.
  • Demonstrated delivery of subsystem integration, interface management and system-level verification through to an accepted product baseline.
  • Demonstrated depth in at least one engineering discipline and working knowledge across hardware, software, mechanical engineering, systems engineering, safety, security and industrialisation.
  • Strong understanding of system architecture, requirements, technical governance, configuration management and production transition.
  • Experience delivering within Australian Defence technical-regulatory and ASDEFCON environments is desirable.

Project Technical Lead (Project Engineer) in Sydney employer: Electro Optic Systems

At Electro Optic Systems Holdings, we pride ourselves on being an exceptional employer that fosters a collaborative and innovative work environment. Our team of Opto Mechanical Engineers is engaged in cutting-edge projects that not only challenge their skills but also contribute to their professional growth. Located in a vibrant area, we offer competitive benefits, a strong focus on employee development, and a culture that values creativity and teamwork, making it a rewarding place to build your career.

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Contact Details:

Electro Optic Systems Recruitment Team

We think you need these skills to ace Project Technical Lead (Project Engineer) in Sydney

Technical Integration Strategy
Engineering Scope Management
System Architecture
Hardware Integration
Software Integration
Mechanical Subsystems Integration
Safety and Security Integration