Power and Digital Senior Engineer

Role

• One (or more than one) major vertical expertise. In the team the person is identified as the matter expert
• Some other lighter expertises that can be extended and developed to become a matter expert
• A broad understanding of the fundamentals of cooling technologies and architectures for data center

Role

• One (or more than one) major vertical expertise. In the team the person is identified as the matter expert
• Some other lighter expertises that can be extended and developed to become a matter expert
• A broad understanding of the fundamentals of cooling technologies and architectures for data center

The team is globally responsible for:

• understanding technologies and market trends
• investigating innovative technologies and processes
• generating innovation ideas
• supporting the innovation roadmap creation
• developing innovation projects/challenges (H3, H2, H1) – (incubation – investigation – feasibility)
• providing domain expert level support to the organization on the following areas:
  • Thermodynamics & Refrigerants
  • Mechanical & Electrical units pre-design
  • Power and Digital (BSM, Controls, Software)
  • Simulations (CFDs, steady state, transient)
  • Cooling Technologies
  • Cooling Architectures (at system level)
• Ensuring collaboration, connection and alignment with other innovation efforts within the Cooling LoB, across SP and outside SP (Digital & Service Division)
• Providing deep expertise in the above domains to (but not only to)
  • Internal and external training
  • SE white papers technical writers
  • SE events (writing technical content or as a speaker)
  • SE Venture or executives asking for technical assesments
  • To other SE teams
• Collaborating with Offer Creation and R&D in supporting roadmap development when needed
• Acting as a consultant on the specific domain whenever required

Activities and Responsibilities

• Being expert and updated on the state of the art on his/her vertical domain(s) at least on more than one topic of the above defined domains – 800 VDC is preferred
• Has a more than basic understanding for the remaining vertical domains (e.g. at least two on Digital and one on Power)
• Being aware of the cooling fundamentals for data center
• Knowledge of the current market trends on the Digital&Power for data center
• Ensure broad knowledge sharing and support fruitful collaboration across and outside the teams
• Being autonomous, organized and proactive in planning and execution
• Understand, evaluate and define technologies and market trends on cooling business with focus on Digital&Power
• Drive the effort to translate approved innovation ideas on Digital&Power domains in actionable innovation challenges
• Lead directly some innovation challenges and projects on the Digital&Power domains, coordinate and monitor the others
• Animate the Innovation Community (Core and Extended Teams) on ideas generation through questions, interviews and unofficial networkin
• Join innovation/investigation projects lead by other team as cooling expert on Digital&Power (e.g. Cooling Sequencer for Chillers)
• Keep alignment and consistency across Cooling, Power and Digital Innovation roadmaps
• Elaborate and prepare educational content on Digital&Power for Cooling in data center applications (e.g. 800 V dc landscape and adoption)
• Aligment with the Control Platform Strategy Team with regular updates

KPI: Defined by specific goals, yearly adjusted according to project evolution.

Mandatory Requirements

• Degrees on Engineering (Electrical, Electronics, Control, Aerospace, Automation, Energy, Software or similar).
• 5 year of experiences on multinational companies active on Data Center market, in departments like: Innovation, R&D, Laboratory (validation and testing). Data Center Cooling experiences is a plus
• We evaluate same skill set based on previous experience on industries and market such as: EV vehicles power architecture, charging station, BESS, photovoltaic
• Proven experience on one or more than one vertical domains defined as below:

Power

• 800V DC fundamentals
• 800V DC regulations, compliance and safety
• Electrical subsytstems of a cooling units
• Distribution architecture at data center level (from grid to chip) both AC and 800VDC

Digital

• BMS architectures on data centers
• Knowledge of common used protocols
• Controls logic and behaviour of thermal/cooling systems
• Fundamentals of cooling unit software architectures
• Fundamentals of power control lo