--- title: Sr. Electrical Engineer, Sustainability Engineering canonical: https://csrjobs.club/jobs/amazon-sr-electrical-engineer-sustainability-engineering-9kau locale: en description: Amazon is hiring a Sr. Electrical Engineer, Sustainability Engineering on CSR Jobs. Discover this in-house sustainability role and apply today. updated: 2026-10-24 company: Amazon country: Spain contract: Full time seniority: Senior missions: Strategic planning, Corporate Carbon Footprint, Compliance, Stakeholders engagement job_type: Climate & Biodiversity Manager, Sustainability Manager posted: 2026-10-24 valid_through: 2026-11-23 apply: https://www.linkedin.com/jobs/view/4456347835 source: CSR Jobs --- # Sr. Electrical Engineer, Sustainability Engineering This role owns the electrical backbone of Amazon's sustainability build-out in Europe: standard designs for substations, low and high voltage distribution up to 24 kV, and the EV charging network that depends on them. Day to day it is design validation, standards writing, vendor alignment and business cases for investment approval. Electrifying a logistics network is where a climate pledge meets physics. The standards this engineer writes determine whether chargers, grid connections and smart metering can be deployed at scale, on time, across many countries, so the technical decisions carry direct weight on Amazon's net-zero-by-2040 commitment. This suits someone who has spent years in HV or LV infrastructure design and wants that expertise to serve decarbonisation rather than sit inside a single plant, and who is comfortable defending a standard in front of operations, finance and external grid operators. ## Job FAQs ### What are the main missions and responsibilities of this role? The core mission is to define and keep improving the electrical standards that Amazon's European sustainability infrastructure is built on. That means writing standard designs for core electrical equipment with manufacturers and internal teams, reviewing designs during installation and commissioning, and acting as subject matter expert for low voltage and high voltage systems up to 24 kV. The role also aligns technical requirements for EV charging networks and smart grid deployments. Beyond standards, you would drive the technology roadmap for electrical infrastructure, covering EV chargers, substations, energy efficiency solutions and IoT devices such as smart metres. A significant part is commercial: developing business cases and presenting recommendations to leadership to secure approval for programme scoping and investment. You would also coordinate with programme managers so that large-scale installations meet quality and compliance expectations, and push process improvement across commissioning, audit, value engineering and cost control. In practice the responsibilities sit at the intersection of engineering rigour and programme delivery. You are not only designing, you are setting the rules that many sites, vendors and contractors will follow, and you own the budget, forecasting and tracking that keep those programmes honest. ### Key learning opportunities for this job The clearest learning curve is regulatory and geographic. Working across several EU and UK markets exposes you to different national grid codes and Distribution System Operator requirements, which is a rare breadth for an electrical engineer used to a single country. You would also deepen practical knowledge of protection coordination, fault level analysis and power systems modelling if those are not already your strongest areas. On the sustainability side, the role offers exposure to the full electrification chain: grid connections, high voltage substations, EV charging hardware and smart grid integration. Few engineering positions let you see how a corporate decarbonisation target translates into technical standards, procurement processes and maintenance regimes. Because you present business cases to leadership, there is also a real opportunity to build commercial and stakeholder skills: cost budgeting, forecasting, value engineering and the ability to defend a technical recommendation in front of non-engineers. For someone aiming at a principal engineer or technical programme management path, that combination is valuable. ### How does the ideal candidate look like (experience, skills)? The baseline is a Master's degree or PhD in electrical engineering or a closely related field, plus demonstrated experience in electrical infrastructure design, standards development or large-scale systems implementation. You need solid working knowledge of HV and LV distribution systems up to 24 kV and the applicable standards. Technical writing experience, or having built and delivered training programmes across multiple sites or regions, matters because standards only work if people can follow them. The preferred profile points clearly toward the EV charging sector. Experience in technical programme or product management, or technical development roles in industrial EV charging, would be a strong signal. So would familiarity with public grid operators or DSOs, knowledge of national grid codes in one or more EU or UK markets, and skills in protection coordination, fault level analysis or power systems modelling. Proficiency in another European language besides English is a practical advantage given the multi-country footprint, and Chartered Engineer status or equivalent registration is valued. Soft skills are implied by the structure of the job: you will align stakeholders with competing priorities, from operations and maintenance to finance and procurement, so clear written and verbal communication, patience with process and comfort with ambiguity across countries are likely as important as the technical depth. ### Advice to stand out and make a successful application Because the team's output is standards, your application should read like a standard: precise, structured and evidence-based. Lead with concrete projects where you defined or improved an electrical standard, not just where you applied one. Quantify scale (voltage levels, number of sites, number of chargers, budget size) and name the standards you worked to. Address the preferred qualifications explicitly where you can. If you have dealt with a DSO, say which market and what the outcome was. If you hold Chartered Engineer status or another registration, put it early. If you speak a second European language, state your level and where you used it professionally, since the role spans Luxembourg, London, Munich, Milan, Madrid and Barcelona. Prepare for the business-case angle. Amazon's process leans on written narratives and data, so be ready to describe a time you secured investment approval or changed a technical direction using cost, risk and resilience arguments. Show that you understand the Climate Pledge context and can connect an electrical decision to a 2040 net-zero target without overclaiming. A short, specific example beats a broad statement of passion. ### What aspects of the company's sustainability is this role likely to focus on? The sustainability focus here is electrification infrastructure rather than carbon accounting. The role supports The Climate Pledge commitment to net-zero carbon by 2040, and its contribution runs through EV charging deployment, grid connections and smart grid solutions across Amazon's European operational sites. Electrical standards are the mechanism: consistent designs let chargers and grid infrastructure be installed at pace and at scale. Efficiency and resilience are recurring themes. Smart metres, IoT technologies and energy efficiency solutions sit inside the technology roadmap, and high voltage grid design up to 24 kV shapes how sites draw power. There is also a procurement and maintenance dimension, since the team defines processes for buying and maintaining sustainability infrastructure, which affects the lifecycle footprint of that equipment. Governance shows up through compliance with electrical standards during installation and commissioning, and through the audit and value engineering processes the role helps improve. This is a technical, capital-intensive view of sustainability: fewer narrative reports, more decisions about what gets built and how it is specified. ### What are the main challenges someone in this role might face? The main difficulty is scale combined with fragmentation. Amazon operates across many European countries, each with its own grid codes, DSO requirements and permitting realities, and a single standard has to work in all of them. Finding that common denominator without making the standard so vague it loses value is likely the hardest technical puzzle. Stakeholder alignment is a second challenge. The role touches Operations, Reliability and Maintenance, Health and Safety, Global Fleet Product, Finance, Procurement and external vendors, and these groups have different incentives. Securing approval for investment in a programme whose payoff is sustainability and resilience rather than immediate cost saving requires strong business cases and persistence. There is also a pace tension. The team is expected to deploy at speed while maintaining compliance and quality, so standards cannot be perfect before they ship. Someone in this role has to accept versioning, feedback loops and occasional rework, and keep commissioning, audit and cost control running in parallel rather than sequentially. ### How could a typical day look like for someone in this position? A day likely mixes technical review and coordination. You might start with a design validation session on an installation or commissioning package, checking it against the established electrical standards and flagging deviations. That could be followed by a call with a manufacturer or an external vendor to refine a standard design or discuss a substation or charger specification. Much of the middle of the day is stakeholder work. Programme managers need standards compliance confirmed across installations, finance may want updates on budgeting, forecasting and cost tracking, and colleagues from operations or health and safety may raise practical constraints from live sites. Occasionally you would engage a DSO or grid operator on connection requirements in a specific market. Strategic work, roadmap discussions, emerging technology reviews and preparation of business cases for leadership, tends to happen in blocks rather than continuously, so some days are heavily meeting-driven and others are quieter and analytical. Travel to sites across Europe is plausible given the multi-country remit. ### What are the opportunities for professional growth and development in this role? The role sits in a team that spans supply chain, procurement, maintenance and standards, which creates natural lateral moves into technical programme management or product ownership for charging and grid technologies. Because the work is Europe-wide, visibility is high and the impact of a well-written standard is measurable across many sites. Progression toward principal engineer or a senior technical leadership position looks plausible for someone who combines deep electrical expertise with the ability to secure investment. The business case and leadership presentation duties are effectively a training ground for that. Certification routes, such as Chartered Engineer status, are recognised in the preferred qualifications, so the company appears to value formal professional registration. Exposure to emerging areas, smart grid integration, IoT metering and energy efficiency, also opens paths into broader energy or sustainability strategy roles. The main constraint is that growth depends on the European programme continuing to expand, which is a reasonable assumption given Amazon's stated decarbonisation timeline. ### The main stakeholders you might be interacting with Internally, the closest partners are programme managers who translate standards into deployments, and engineers in Reliability and Maintenance who inherit the infrastructure after commissioning. Operations and Health and Safety teams raise the practical and regulatory constraints from live sites, while Global Fleet Product connects the charging infrastructure to the vehicles that use it. Finance and Procurement are central because the role owns cost budgeting, forecasting and tracking, and defines processes for procuring and maintaining electrical and sustainability infrastructure. Expect regular interaction with them on business cases, vendor selection and value engineering. Externally, the key relationships are manufacturers of electrical equipment and EV charging hardware, who co-develop standard designs, and public grid operators or Distribution System Operators, who govern connections and national grid codes. Contractors and commissioning partners form a third external group, since design validation and compliance checks happen during installation, not only on paper. --- Source: https://csrjobs.club/jobs/amazon-sr-electrical-engineer-sustainability-engineering-9kau