--- title: Engineering Global Sustainability Leader canonical: https://csrjobs.club/jobs/hitachi-energy-engineering-global-sustainability-leader-eit8 locale: en description: Hitachi Energy is hiring a Engineering Global Sustainability Leader on CSR Jobs. Discover this in-house sustainability role and apply today. updated: 2026-10-08 company: Hitachi Energy country: Poland contract: Full time seniority: Senior missions: Product Environmental Footprint, Eco-conception, ESG reporting job_type: Sustainability Manager posted: 2026-10-08 valid_through: 2026-12-08 apply: https://www.linkedin.com/jobs/view/4468239644 source: CSR Jobs --- # Engineering Global Sustainability Leader This role puts you at the centre of how Hitachi Energy designs its transformers, with a mandate to make sustainability a design-time decision rather than an after-the-fact report. Day to day you would define global engineering standards, set product-level carbon and material targets, and work with engineering teams to hit them without compromising cost, safety or performance. That matters because transformers sit for decades inside power grids that the world is trying to decarbonise. Embedding lifecycle assessment and BOM-level carbon data into the design process is what makes credible product claims, keeps regulators and utility customers satisfied, and gives the business a defensible decarbonisation story. It is a chance to work on the industrial side of the energy transition, not just its reporting layer. This suits someone who can influence senior engineers without formal authority and is comfortable moving between material science, carbon accounting and global programme management. ## Job FAQs ### What are the main missions and responsibilities of this role? The core mission is to move sustainability upstream, from reporting on finished products to shaping them at the design table. Practically, that means defining a global design-led sustainability strategy for transformer engineering, translating it into standards, decision frameworks and engineering requirements, and then making sure those requirements actually show up in product architecture, material choice and bill-of-materials data. On a day-to-day basis, this person would likely be setting product-level carbon and material targets, building KPI structures that are traceable at BOM level, and working with engineering, R&D, supply chain, digital and operations teams to embed them into existing processes rather than bolting on a separate sustainability layer. A substantial part of the job is governance: making sure metrics are audit-ready and can withstand scrutiny from customers, regulators and internal compliance. Longer term, the goal is capability building. Hitachi Energy is a large, distributed engineering organisation, so success probably depends on convincing design engineers to treat sustainability as one of their own performance criteria, not as a parallel reporting burden handed down from a central function. ### Key learning opportunities for this job The most obvious learning curve is depth in product-level carbon accounting and lifecycle assessment inside a heavy electrical manufacturing context. Transformers involve steel, copper, insulation fluids and complex supply chains, so the candidate would likely gain hands-on experience translating LCA methodology into engineering specifications and auditable BOM-level data, which is a relatively rare and increasingly marketable skill set. Beyond technical knowledge, there is exposure to global programme leadership. Working across engineering, R&D, supply chain and digital teams in a company operating in 60 countries would sharpen skills in influencing without authority, building governance in a matrix organisation, and aligning sustainability targets with cost, safety and quality constraints. There is also likely to be significant learning on the regulatory side. Requirements such as EU product sustainability rules, customer procurement criteria and internal audit standards change fast, and this role sits close to that translation work. Mentorship from senior engineering and sustainability leaders, plus visibility into Hitachi Energy's broader electrification portfolio, could open doors to wider ESG or R&D leadership roles later. ### How does the ideal candidate look like (experience, skills)? Hitachi Energy is asking for a fairly senior profile: a master's or PhD in engineering or a closely related sustainability discipline, ten or more years in engineering, and at least five of those in sustainability-focused roles. That combination matters because the role has to earn credibility with engineers who have spent careers optimising transformers, while also holding the line on lifecycle assessment and carbon accounting rigour. The technical toolkit likely includes lifecycle assessment, sustainable materials selection, product carbon footprinting and carbon accounting frameworks, plus enough data literacy to design KPIs and traceability at BOM level. Experience delivering design-led carbon reduction or circularity initiatives is explicitly valued, so a track record of measurable product outcomes would matter more than general ESG programme management. Soft skills may be decisive. The job description emphasises influencing senior stakeholders and leading global cross-functional initiatives, which points to someone comfortable with ambiguity, skilled at negotiation, and able to balance environmental ambition against cost, safety and performance. Certifications in LCA, carbon accounting or sustainability reporting could be a plus, though demonstrated delivery probably carries more weight. ### Advice to stand out and make a successful application Because this is a design-led engineering sustainability role, the strongest applications will lead with product outcomes rather than policy or reporting achievements. Concrete examples such as a material substitution that cut product carbon, an LCA model that changed a design decision, or a BOM-level data system that made sustainability measurable would speak directly to what Hitachi Energy is asking for. The cover letter could usefully address the influence problem head-on. The role requires persuading engineering teams to change long-standing design practices without direct authority, so a short narrative about how you have built coalitions across R&D, supply chain or operations would be more persuasive than restating the job description. Naming specific frameworks, standards or tools you have used in lifecycle assessment and carbon accounting would also help. For interviews, research Hitachi Energy's transformer portfolio, its electrification strategy and how product sustainability shows up in customer tenders and EU regulation. Being able to discuss the tension between decarbonisation and grid expansion, and to propose how design choices trade off against cost and reliability, would signal that you understand the business context rather than only the sustainability vocabulary. ### What aspects of the company's sustainability is this role likely to focus on? The role appears to sit squarely on the environmental side of ESG, specifically product-level decarbonisation in the transformer business. The emphasis on design-led outcomes, material optimisation and bill-of-materials data suggests the focus is on reducing embodied carbon and resource intensity at the point where engineering choices are still flexible, rather than offsetting or reporting emissions after the fact. That connects directly to Hitachi Energy's broader positioning around enabling a sustainable energy future. Grid equipment has long lifetimes, so decisions made at the design stage lock in environmental performance for decades; improving transformer efficiency, reducing material waste and enabling circularity could have an outsized effect across the installed base in more than 140 countries. There is also a governance and reporting dimension. Customers, regulators and investors increasingly demand verifiable product-level sustainability data, so this role likely supports ESG disclosures, compliance with evolving product regulations and audit-readiness. The social and governance aspects are less central here, though safe and responsible design, supply chain transparency and ethical material sourcing may surface as adjacent concerns. ### What are the main challenges someone in this role might face? The biggest challenge is probably cultural and organisational rather than technical. Embedding sustainability into engineering standards means asking design teams to add criteria to processes that are already optimised for cost, safety and performance. Resistance could come from engineers who see sustainability as a distraction, or from commercial teams worried about cost implications, so the role demands patient coalition-building as much as technical authority. Data is another likely hurdle. Traceable carbon and material data at BOM level is hard to obtain in complex global supply chains, and inconsistent supplier data or immature digital systems could slow progress. The role has to produce audit-ready metrics while the underlying data infrastructure matures, which is a balancing act between ambition and credibility. Finally, there is the familiar tension between global standardisation and local execution. Hitachi Energy operates across many markets with different regulatory regimes and customer expectations, so a single design-led strategy has to be flexible enough to work in practice. Managing senior stakeholders across engineering, supply chain and digital functions, each with their own priorities, may be the most demanding part of the job. ### How could a typical day look like for someone in this position? A typical day would probably be a mix of technical review, stakeholder alignment and data work. There could be morning calls with global engineering or R&D teams to review how sustainability requirements are being reflected in specific transformer platforms, followed by working sessions on lifecycle assessment models, material selection or BOM-level carbon data with colleagues from digital or supply chain. Much of the week is likely spent in cross-functional forums rather than solo analysis. That might include governance meetings on KPIs and audit readiness, workshops to translate customer or regulatory expectations into engineering requirements, and informal conversations with design engineers to build ownership of sustainable design practices. Because the role is global, early or late calls across time zones are plausible. Variability would come from project cycles and reporting deadlines. Close to a product milestone or an external disclosure, the emphasis could shift towards data validation and stakeholder sign-off; at other times, the focus may be on capability building, standards development or longer-range strategy work. It is not a role that sits still in one lane. ### What are the opportunities for professional growth and development in this role? This position looks like a strong platform for someone aiming at senior sustainability or engineering leadership. It is described as highly visible and strategic, with a mandate spanning global engineering, which means successful delivery would be seen by senior stakeholders across the transformer business and potentially the wider Hitachi Energy organisation. That visibility could translate into broader roles such as head of sustainable products, engineering excellence lead or a regional ESG leadership position. Skill development is likely to be substantial. Deepening expertise in lifecycle assessment, product carbon accounting and design-led decarbonisation in a capital-intensive industry is portable and increasingly in demand. Equally, leading a global cross-functional initiative builds programme management, stakeholder influence and governance credentials that are relevant well beyond sustainability functions. There may also be lateral paths. Hitachi Energy operates across utilities, industry, transportation and data centres, so experience gained in transformer design sustainability could be applied to other product lines or to corporate strategy, regulatory affairs or digital sustainability roles. The company's size and international footprint suggest reasonable internal mobility for someone who performs well. ### The main stakeholders you might be interacting with The most immediate stakeholders are global engineering and R&D teams, who own the design decisions this role seeks to influence. Interaction would be frequent, technical and sometimes challenging, since sustainability requirements have to be integrated into existing engineering standards without disrupting cost, safety or performance targets. Supply chain and operations colleagues are also central, because material sourcing, supplier data and manufacturing feasibility determine what is actually achievable at product level. Internally, this person would likely work closely with the digital and data teams that underpin BOM-level traceability and reporting, as well as with corporate sustainability, compliance and finance functions that need audit-ready metrics for ESG disclosures. Senior leadership would be a key audience, given the strategic and highly visible nature of the role, and influencing them effectively is part of the job description. Externally, customers and regulators matter a great deal. Utilities and industrial buyers are increasingly asking for credible product-level sustainability data, and evolving regulations shape what engineering must deliver. There may also be contact with industry bodies, auditors and certification partners. The role sits at a crossroads between technical delivery, commercial expectation and regulatory compliance, so stakeholder management is likely to be as important as analytical rigour. --- Source: https://csrjobs.club/jobs/hitachi-energy-engineering-global-sustainability-leader-eit8