Job Description

Rolls-Royce’s Innovation Hub is at the heart of what Rolls-Royce does next. It’s a future-facing diverse collection of specialist leaders spanning Rolls-Royce Group in the fields of engineering, technology and digital disciplines; as well as business strategy, brand, mergers and acquisitions, global business development, intellectual property and trademarks.

It incorporates some of the most exciting growth areas for how we will power the world sustainably towards net zero and beyond, such as small modular reactors and our burgeoning electrical business. It also nurtures cutting-edge digital technologies that have the potential transform how data and artificial intelligence will change the world for the better in both industrial and non-industrial contexts.

Key Accountabilities:

• Develop electrical and mechanical system integration modelling & simulation including discrete electrical component, energy management and operation optimization for Rolls-Royce aerospace electrical power system.
• Provide technical guidance and leadership in the modeling and simulation/integration of power electronic based power system technologies and mixed Distributed Energy Resources (DERs).
• Technical execution of external control testing with virtual testbed on aerospace electrical power system to perform control-hardware-in-the-loop with the strong knowledge on real-time FPGA model.
• Work towards becoming a subject matter expert (SME) for aerospace electrical power system design. As SME, you will represent the RRE-SG on aerospace electrical power system design matters at internal and external forums.
• Lead R&D projects and manage cross-functional activities to deliver committed milestones, on time and within budget while meeting technical, business and customer requirements.

Qualifications:

• MS/PhD degree in Electrical and Electronic or related engineering discipline. Candidates with significant experience in electrical power system/ network modeling and design are preferred.
• Experience in commercial electrical power system solutions design and demonstration, i.e. architecture, component operation, system operation, associated products etc.
• First-hand experience in design, modeling, simulation, and emulation of electrical power systems, especially involving sub-MW/ MW range power electronics-based systems.
• General understanding of control systems and system level interaction dynamics.

Skills Required

• Electrical
• SME