Physical Design Engineer at Intel's Neuromorphic Computing Lab ensuring designs meet performance targets. Collaborating with RTL designers and writing scripts for physical design tools.
About the role
- Graduate Mechanical Engineer assisting in critical metals projects for the Brisbane office. Joining a global leader in consulting and engineering with opportunities for remote and flexible work arrangements.
Responsibilities
- Assisting senior engineers with projects: You may be asked to help with research, testing, or other tasks related to ongoing projects.
- Learning Wood processes and procedures: It's important to understand how Wood operates and the specific procedures and protocols you'll be expected to follow.
- Collaborating with cross-functional teams: Engineering projects often involve multiple disciplines and teams, so you may need to work with colleagues from other areas of Wood.
- Debugging and troubleshooting: If a product or system isn't working as intended, you may be called upon to help identify and resolve the problem.
- Preparing reports and presentations: You may need to communicate your findings and progress to your team, manager, or other stakeholders.
- Continuously improving your skills and knowledge: The engineering field is constantly evolving, so it's important to stay up to date with new developments and best practices.
Requirements
- Completed your Mechanical Engineering degree by the end of 2026 or earlier
- Attention to detail: You will be responsible for creating detailed designs and specifications and must pay close attention to detail to ensure the accuracy and safety of the work.
- Teamwork: Most engineering projects require collaboration and teamwork, so strong interpersonal and collaboration skills are essential
- Adaptability: Engineering is a constantly evolving field, and as a graduate engineer you should be able to adapt to new technologies and techniques.
- Problem solving: Engineering often requires finding creative solutions to complex problems. Good critical thinking, analytical and problem-solving skills are highly valued.
- Communication skills: The ability to communicate technical information in a clear and concise manner is important for a graduate engineer. This includes the ability to write reports, give presentations, and explain complex technical concepts to non-technical colleagues.
- Continuous Learning: Technologies and methodologies are constantly changing so staying up to date is an important attribute
- Creativity: have that innate ability to “think outside the box”
- Analytical ability: ability to think analytically to fully define a problem and develop solutions suited to the problem.
- Logical thinking: ability to understand how a system works, what can go wrong and how to fix it.
- Leadership: well-developed “human skills” so you can smoothly perform non-technical duties.
- Respect for health and safety protocols: this is more of a requirement than a skill but adherence to policies that aim to eliminate or mitigate risk is a necessity.
- You must also upload your resume and academic transcripts to be considered.
Benefits
- access to exclusive complimentary wellness classes
- refurbished end of trip facilities with generous bike storage and daily towel service
- coffee machines serving on demand and plenty of spaces to get creative
- remote / flexible working options
- purchased annual leave
- employee discount programs
Job title
Job type
Experience level
Salary
Not specified
Degree requirement
Location requirements
Mechanical Engineer calculating and designing HVAC solutions at Aurecon. Working on projects related to sustainability, digital, and infrastructure.
Senior Mechanical Engineer leading mechanical engineering design for detailed engineering projects at BESTECH. Collaborating with multidisciplinary teams and managing smaller projects in a hybrid setting.
Electro - Mechanical Design Engineer responsible for maintaining the design of low voltage Transfer Switch equipment. Collaborating with cross - functional teams and conducting design reviews and testing in Morristown, NJ.
Staff Physical Design Engineer at PowerLattice implementing advanced SoC designs. Collaborating on floorplanning, routing, and physical verification for next - gen chiplet solutions.
Principal Digital Design Engineer at PowerLattice driving microarchitecture and design of complex digital systems for next - gen AI chips. Hands - on role blending technical leadership with RTL development in hybrid setting.
Senior or Staff Analog IC Designer developing analog and mixed - signal circuits for groundbreaking chiplet solutions at PowerLattice. Collaborating with cross - functional teams to deliver robust designs.
Design Engineer involved in solar, wind, and energy storage projects in Thailand. Conducting assessments, preparing layouts, and supporting project execution with a focus on technical designs.
Mechanical Design Engineer developing propulsion components at Pangea Propulsion. Focusing on performance and manufacturability for advanced space propulsion systems.
Turbomachinery Mechanical Design Engineer at Pangea Aerospace developing rocket engine components. Responsible for leading design and development of advanced turbopump systems in a hybrid environment.