Driving the transformational shift toward next-generation Direct current data center architectures by translating complex customer challenges into innovative, optimized electrical solutions.
Responsibilities
Partner closely with ABB data center segment and account managers to support hyperscalers in their transition from conventional AC data centers to advanced Direct Current data center architectures.
Design and engineer end-to-end electrical power system solutions for data centers, delivering competitive, scalable, and future-ready system architectures.
Design automation control— Designing Direct Current specific protection schemes and overall control schemes for the future architecture including sequence of operation, managing the load and active monitoring.
Support pilot projects, ensuring completeness of technical solution and documentation necessary for successful delivery of novel Direct Current data center solutions.
Act as a trusted technical advisor across the full project lifecycle.
Requirements
Bachelor’s or Master’s degree in Electrical and/or Control Engineering or a related discipline
Driving the transformational shift toward next-generation Direct current data center architectures by working with hyperscalers to translate complex customer challenges into innovative electrical solutions.
Responsibilities
Collaborate with ABB data center segment and account managers to support transition from conventional AC data centers to advanced Direct Current data center architectures.
Design and engineer end-to-end electrical power system solutions for data centers, delivering competitive, scalable, and future-ready system architectures.
Design automation control— Designing Direct Current specific protection schemes and overall control schemes for the future architecture including sequence of operation, managing the load and active monitoring.
Support pilot projects, ensuring completeness of technical solution and documentation necessary for successful delivery of novel Direct Current data center solutions.
Act as a trusted technical advisor across the full project生命的.
Requirements
Bachelor’s or Master’s degree in Electrical and/or Control Engineering or a related discipline
This role focuses on the development of advanced power system technologies and solid-state protection solutions for next-generation power system products.
Responsibilities
Develop new products, including architecture definition, circuit concepts, schematics, and validation through lab testing and characterization.
Design and implement high-voltage DC (HVDC) circuits (e.g., ±400V, 800V DC) including solid-state switching and protection solutions such as solid-state circuit breakers (SCCB), eFuses, and fault protection devices that can be implemented as part of a system’s distribution architecture.
Select and apply discrete power components including MOSFETs, IGBTs, SiC, and GaN devices, optimizing for efficiency, reliability, and cost.
Develop and implement ground fault detection methods and protection schemes, including sensing, detection algorithms, and system-level response working with firmware and other system team members.
Design analog and digital circuitry for high-accuracy measurement of key system parameters such as voltage, current, and temperature, including signal conditioning, sensing topology selection, and ADC interface considerations.
Requirements
Bachelor’s or higher degree in Electrical Engineering, Power electronics, or related field
Nice to have: Datacenter power architectures
Nice to have: AI power architectures
Nice to have: Open Compute Project (OCP) power architectures
Lead and manage asset strategy for power system equipment, developing policies, plans, and maintenance strategies to optimize performance and cost across transmission and distribution assets.
Locations (2)
Sham Shui Po, Sham Shui Po District, Hong Kong
Hong Kong
Responsibilities
Develop and disseminate policies and standards for power system operation and maintenance
Develop asset plans to manage costs and performance over the asset life cycle
Devise strategies for asset performance improvement and replacement decisions
Direct fault investigations and develop solutions for system contingency
Review maintenance strategies and spare policies for transmission and distribution assets
Requirements
Recognized university degree in Electrical Engineering or relevant engineering disciplines
Nice to have: Chartered Engineer with corporate membership of HKIE or equivalent
Lead the electrical architecture and system integration of next-generation rack- and row-based infrastructure solutions supporting high-density compute and AI-driven data center applications.
Responsibilities
Own the electrical architecture for rack- and row-based systems, including PDUs, containment systems, and integrated solutions
Define and manage interfaces between electrical, mechanical, thermal, and control subsystems
Ensure system-level integration meets requirements for performance, safety, and regulatory compliance
Evaluate and ensure electrical compatibility, interoperability, and integration across system components
Develop electrical system designs including: Single-line and three-line schematics, power distribution and load calculations, grounding and bonding systems, and monitoring and control architectures
Requirements
Bachelor’s degree in Electrical Engineering (BSEE)
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