Work as hardware engineer in global new product development project with different RD function teams, and support senior hardware engineer for EE and EMC DVT, Trial Run, ECN, Part approval process.
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Work with global team at other region for global projects.
Support existing product manufacture issues, including field issues supporting, manufacture issues supporting, 2nd source selection and test.
Support RD lab EHS, 5S and maintenance.
Requirements
Bachelor degree
Master
Nice to have: Electrical Engineering
Nice to have: Electronic engineering
Nice to have: Good English reading and writing skills
The Hardware Engineer is a key member of the hardware engineering team, responsible for hardware DVT, manufacture trial run, and supporting senior engineers for issue solution. This position is critical for CPSD new product development projects.
Responsibilities
Work as hardware engineer in global new product development project with different RD function teams
Support senior hardware engineer for EE and EMC DVT, Trial Run, ECN, Part approval process
Work with global team at other region for global projects
Meeting and discuss with global team
Support existing product manufacture issues, including field issues, manufacture issues supporting, 2nd source selection and test
Requirements
Bachelor degree in Electrical Engineering
Bachelor degree in Electronic engineering Major
Nice to have: Master degree
Nice to have: Experience of power electronics application design
Research and development of next generation power electronics technologies for power systems.
Responsibilities
Perform research and development for next generation technology in power electronics, such as topology analysis, modeling and control and power electronics application in the power system.
Collaborate and support all business units and ensure successful execution of research projects.
Perform research in the field of power electronics technologies and their application in the power system.
Be part of the Hitachi Energy research team to develop cutting edge power electronics and power system technologies.
Ensure compliance with applicable external and internal regulations, procedures, and guidelines.
Requirements
PhD or master's degree majored in power electronics
Perform Si Power MOSFET characterization, benchmarking, and switching performance evaluation using laboratory test equipment; conduct system-level evaluation on power electronic circuits and evaluation boards; provide technical support for customer evaluations and collaborate with global engineering teams; prepare technical reports, application notes, and product promotion materials.
Responsibilities
Perform Si Power MOSFET characterization, benchmarking, and switching performance evaluation using laboratory test equipment
Conduct system-level evaluation on power electronic circuits and evaluation boards
Perform power loss, thermal, and efficiency simulations using PLECS and calculation tools
Provide technical support for customer evaluations and collaborate with global engineering teams across Malaysia, Japan, and other regions
Prepare technical reports, application notes, and product promotion materials
Requirements
Bachelor's Degree in Electronics Engineering, Power Electronics Engineering, Electrical & Electronics Engineering, or a related field
Lead system architecture design and development for energy generation, storage, and conversion solutions, integrating power electronics, grid connectivity, and renewable technologies.
Responsibilities
Define complete energy system architectures including grid connection and protection schemes (MV/LV).
Architect AC/DC and DC/DC power conversion systems including PFC, LLC, PSFB and bidirectional topologies.
Define Battery Energy Storage Systems (BESS), BMS architectures and microgrid solutions.
Design distributed energy systems integrating solar PV, wind, fuel cells and renewable sources.
Define architectures for distribution automation, substation monitoring, protection systems, power quality and DER integration.
Lead system architecture design for energy generation, storage, and conversion solutions, integrating power electronics, grid connectivity, and renewable sources.
Responsibilities
Define complete energy system architectures including grid connection and protection schemes (MV/LV).
Architect AC/DC and DC/DC power conversion systems including PFC, LLC, PSFB and bidirectional topologies.
Define Battery Energy Storage Systems (BESS), BMS architectures and microgrid solutions.
Design distributed energy systems integrating solar PV, wind, fuel cells and renewable sources.
Define architectures for distribution automation, substation monitoring, protection systems, power quality and DER integration.
Experienced System Architect to define and drive end-to-end architectures for energy generation, storage, power conversion and grid-connected energy systems, bridging energy market requirements with semiconductor technologies.
Responsibilities
Define complete energy system architectures including grid connection and protection schemes (MV/LV).
Architect AC/DC and DC/DC power conversion systems including PFC, LLC, PSFB and bidirectional topologies.
Define Battery Energy Storage Systems (BESS), BMS architectures and microgrid solutions.
Design distributed energy systems integrating solar PV, wind, fuel cells and renewable sources.
Define architectures for distribution automation, substation monitoring, protection systems, power quality and DER integration.
Requirements
Master’s or Ph.D. in Electrical Engineering, Power Electronics, or related field
Nice to have: Energy metering
Nice to have: smart grid communication protocols (Modbus, IEC 61850, OCPP)
Seeking a visionary System Engineer to define and drive end-to-end solutions for energy generation, storage, and power conversion systems, bridging energy market requirements with semiconductor and power electronic capabilities.
Responsibilities
Define complete energy system designs, including grid connection and protection schemes (MV/LV)
Develop AC/DC and DC/DC power conversion topologies (PFC, LLC, PSFB, bidirectional converters)
Design Battery Energy Storage Systems (BESS), including advanced Battery Management Systems (BMS)
Ensure microgrid control, islanding, and black start capabilities for distributed energy systems integrating solar PV, wind turbines, and fuel cells
Design bidirectional energy flows for charging/discharging storage systems and integrating them into local grids
Lead real-time simulation and Hardware-in-the-Loop (HiL) development for the ARENA-funded PROFILES project, coordinating multi-OEM testing and demonstrations.
Locations (2)
Kensington, New South Wales, Australia
Sydney, New South Wales, Australia
Compensation
Salary: Level B, Step 1 - AUD $133,065 per annum + 17% superannuation
Responsibilities
Develop and operate real-time simulation and HiL environments
Prepare and commission experimental setups
Integrate OEM controllers, power-electronic equipment and protection relays
Coordinate multi-OEM testing and demonstrations
Address technical challenges involving synchronisation, signal fidelity, system stability and interoperability
Requirements
PhD in Power Electronics, Power Engineering, or a closely related discipline
Nice to have: Grid-forming and grid-following converter control
Principal Electrical Power System Engineer responsible for designing, modeling, and verifying electrical power systems for space suits and related hardware.
Responsibilities
Own assigned segments of the Electrical Power System requirement baseline
Author verifiable requirements and maintain traceability
Model the system and produce analyses for power and energy budgets, load flow, voltage drop, transient response, bus stability, fault current, and efficiency
Evaluate power conversion approaches and system level consequences
Author and maintain power quality specifications
Requirements
Bachelor's degree in Electrical Engineering or equivalent
