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Sr. Electrical Engineer, Sustainability Engineering

Amazon • Luxembourg • Added on Sep 10, 2026
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This role centers on the technical architecture of Amazon’s European energy transition. You will own the definition and refinement of electrical infrastructure standards, moving from high-voltage grid connections down to low-voltage charging points. Your work ensures that the rapid deployment of sustainable technologies is both technically sound and scalable across diverse international sites.

The impact is massive, as you directly enable the electrification of one of the world’s largest logistics fleets. By integrating smart grid solutions and energy efficiency technologies, you help transform Amazon’s operational footprint to meet net-zero carbon commitments by 2040. This is not just engineering; it is building the energy backbone for a cleaner logistics industry.

This suits someone who pairs a deep technical background in power systems with the strategic mindset needed to drive large-scale corporate programs. You should thrive on turning complex electrical requirements into standardized, repeatable solutions across multiple European markets.

Job FAQs

What are the main missions and responsibilities of this role?

The core mission involves standardizing electrical infrastructure across European sites to support the transition to electric vehicles and smart energy management. You will define the technical requirements for systems up to 24kV and ensure these standards are applied consistently across various geographies. Beyond design, you are responsible for validating technical implementations and acting as the subject matter expert for both low-voltage and high-voltage systems. This includes driving the roadmap for emerging technologies like IoT smart meters and substation efficiency, while also managing the financial aspects through cost budgeting and forecasting.

Key learning opportunities for this job

Candidates will gain unparalleled exposure to large-scale smart grid integration and the complexities of deploying EV infrastructure at a pan-European level. You will learn to navigate the diverse regulatory and technical landscapes of multiple EU markets simultaneously. Additionally, the role provides deep insights into corporate energy procurement and the industrial application of energy efficiency technologies. Working within such a vast network offers unique lessons in scalability and technical program management that few other organizations can provide.

How does the ideal candidate look like (experience, skills)?

The ideal candidate holds a Master’s or Ph.D. in Electrical Engineering and possesses significant experience with high-voltage and low-voltage distribution systems. You should have a proven track record of managing technical programs within a complex corporate environment, preferably across different European borders. Strong analytical skills are essential, particularly in areas like fault level analysis and power systems modeling. Professional registration such as a Chartered Electrical Engineer (CEng) is highly valued, as is the ability to communicate technical concepts to non-technical stakeholders in multiple languages.

Advice to stand out and make a successful application

To stand out, emphasize your experience with Distribution System Operators (DSOs) and your understanding of specific national grid codes in the UK or EU. Amazon values candidates who can demonstrate how they have successfully scaled technical solutions in the past. Your application should reflect a balance between technical mastery and business acumen. Highlighting specific instances where you have used engineering data to influence investment decisions or improve cost efficiency will align well with Amazon's culture of ownership and data-driven results.

What aspects of the company's sustainability is this role likely to focus on?

This role is a technical pillar of Amazon's The Climate Pledge, focusing specifically on the decarbonization of the logistics network. Your work directly facilitates the shift away from fossil-fuel-dependent transport by providing the necessary charging infrastructure. You will also focus on energy resilience and smart integration, ensuring that the company's growth does not overstrain local grids and that energy consumption is optimized through intelligent metering and efficient substation design.

What are the main challenges someone in this role might face?

A primary challenge will be the harmonization of technical standards across different countries with varying regulations and grid requirements. Navigating the diverse requirements of local utilities while maintaining a centralized corporate standard requires significant diplomatic and technical skill. Furthermore, the pace of deployment required to meet 2040 net-zero goals is intense. Balancing rapid infrastructure rollout with strict safety, quality, and cost-control measures will be a constant juggling act for the engineering team.

How could a typical day look like for someone in this position?

A typical day involves a mix of design reviews and stakeholder alignment meetings. You might spend the morning reviewing a manufacturer's equipment specifications and the afternoon coordinating with regional operations managers to troubleshoot a grid connection issue in a new market. You will likely spend time modeling power systems or developing business cases for new efficiency technologies. Continuous communication with procurement and finance teams is standard to ensure that technical roadmaps remain aligned with budgetary constraints and supply chain realities.

What are the opportunities for professional growth and development in this role?

Given the scale of Amazon's sustainability commitments, this role offers a high-visibility path into technical leadership or strategic program management. You could move into global roles defining electrical strategy or specialize further in emerging energy technologies. The cross-functional nature of the work also opens doors to roles in Global Fleet Product, Reliability & Maintenance, or Sustainability Procurement, allowing for lateral growth into different facets of the corporate energy transition.

The main stakeholders you might be interacting with

You will interact heavily with internal operations and maintenance teams to ensure designs are practical for day-to-day use. Collaboration with Global Fleet and Finance is crucial for aligning vehicle deployment with infrastructure readiness. Externally, your primary stakeholders include electrical equipment manufacturers and Distribution System Operators (DSOs). You will also work closely with external vendors and consultants involved in the installation and commissioning of high-voltage infrastructure.

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