Global ESG Engineer

The core mission is to convert AAK's group-level sustainability targets into practical engineering standards, site roadmaps and measurable KPIs that Global Operations can actually execute. Day to day, that means scouting the manufacturing network for energy, carbon, water and waste reduction opportunities, assessing technical solutions with site teams, and building the business cases, including payback calculations, that let capital projects get approved. You would also co-author global engineering specifications and methodologies so that a factory in Denmark, the UK or Sweden is measured the same way. A second, equally important strand is data. The role is expected to drive deployment of energy monitoring, carbon tracking and digital ESG dashboards, improving the quality and transparency of the information that feeds both internal decision-making and external reporting. Over the longer term, you are effectively building the operational backbone of AAK's ESG performance: consistent baselines, verified benefits, and a feedback loop of shared best practices across regions.

Because AAK runs a genuinely global manufacturing footprint of more than twenty plants, this role offers unusually broad exposure to how ESG performance differs across sites, regions and asset types, from utilities and process heat to water and waste streams. You would deepen expertise in energy monitoring methodologies such as Pinch Analysis, carbon accounting under the GHG Protocol, and the reporting architecture behind CSRD, ESRS, SBTi and CDP, applying them to real industrial problems rather than theory. The digital dimension is another growth area: working with Digital & IT and Manufacturing Excellence to build ESG dashboards and data pipelines is a skill set increasingly in demand. Add to that the stakeholder craft of influencing site managers, engineers and senior leadership simultaneously, and mentorship from AAK's established sustainability and engineering functions, and the role functions as a fast-track education in industrial decarbonisation.

The strongest fit is an engineer with five to eight-plus years in manufacturing environments and a genuine track record of delivering energy efficiency, carbon reduction or broader ESG programmes, ideally across several sites rather than one. A degree in chemical, process, energy, environmental or net-zero engineering is the expected foundation, but what likely matters more is fluency in the technical toolkit: industrial utilities, energy systems, Pinch Analysis, and the ability to translate engineering savings into carbon and financial terms. On the frameworks side, comfort with GHG Protocol, CSRD, ESRS, SBTi, CDP and ESG Taxonomy is close to essential, because you will be the bridge between operations and reporting. Equally valued are strong data skills (KPI systems, Power BI, Tableau and structured data collection) and the softer ability to engage stakeholders across regions and organisational levels. Structurally, the ideal candidate is analytical but hands-on, credible on a plant floor and in a boardroom, fluent in English, and genuinely willing to travel roughly a fifth to a third of the time.

The single most differentiating thing you can do is prove impact with numbers. AAK is explicit that this role quantifies environmental, energy and financial benefits, so lead with concrete examples, a specific site, the intervention, the kWh or tonnes of CO2 saved, the payback period, the capex approved. Generic statements about 'driving sustainability' will blend in; a one-page summary of three delivered projects with verified figures will not. Second, mirror AAK's language deliberately. Where the posting says engineering standards, site-level roadmaps, digital ESG data solutions and continuous improvement, your CV should show you have produced exactly those artefacts. If you have worked with Pinch Analysis, GHG Protocol, CSRD or SBTi, name them explicitly rather than gesturing at 'ESG frameworks'. Finally, prepare for the global and human side of the interview. AAK frames this as a hands-on role spanning Aarhus, Hull and Karlshamn and beyond, so be ready to talk about influencing site teams who do not report to you, and about how you would embed ESG thinking into capital projects rather than bolting it on afterwards. Showing awareness of AAK's plant-based oils business and its Making Better Happen™ ethos signals you have done your homework.

This is a fundamentally operational sustainability role rather than a communications or reporting one. Its centre of gravity is the environmental 'E' in AAK's manufacturing network: energy efficiency, carbon emissions reduction, water optimisation and waste minimisation, all measured through resource efficiency and financial payback. The decarbonisation angle is likely the headline, translating group-level net-zero and SBTi commitments into factory-floor interventions that can be monitored and verified. Beneath that sits the governance infrastructure that supports credible disclosure. By improving energy monitoring, carbon tracking and ESG data quality, the role strengthens the reliability of the information AAK feeds into CSRD and ESRS-aligned reporting and CDP submissions. In AAK's case there is an added resonance: the company's raw materials are plant-based oils, so improving the footprint of its own operations strengthens the entire sustainability story it sells to food and personal care customers.

The hardest part is probably the classic ESG operations problem: the improvements are technically clear but the capital is contested. Getting buy-in for energy and water projects means competing against projects with nearer-term commercial returns, and doing so with sites that have their own priorities, deadlines and ways of measuring success. Influencing without direct authority across twenty-plus plants and multiple regions will be a constant feature of the job. Data is the second likely friction point. AAK is candid that part of the role is strengthening the quality and consistency of ESG data, which usually signals that baselines, metering and definitions need work. Reconciling different data sources, ensuring comparability across sites, and moving from spreadsheets to dashboards is rarely quick. Add in the regulatory pressure of CSRD, ESRS and SBTi, which keeps shifting, plus roughly 20–30% travel, and the role demands both stamina and a talent for prioritisation.

A typical day likely starts with data: reviewing dashboards and energy or carbon KPIs from sites, spotting anomalies, and preparing the analytical groundwork for a business case or a progress update. Much of the calendar is probably meeting-based, with Global Engineering, Manufacturing Excellence, Procurement, Digital & IT, EHS and regional teams, moving between the technical detail of a specific site's energy system and the bigger picture of whether a global standard makes sense. Site interaction is a defining feature. In a week or a month you might be on a call helping a plant interpret consumption data and agree next steps, or travelling to a facility to walk utilities, review metering and discuss a proposed intervention with local engineers. Documentation and verification work (refining specifications, checking claimed savings, writing up best practices for the wider network) fills the gaps. The rhythm varies strongly when projects reach capital approval or reporting deadlines.

Given the role's global scope and its position at the crossroads of engineering, digitalisation and regulation, the growth surface is wide. Strong performers would likely find natural progression towards leading AAK's operational ESG function, moving deeper into net-zero and decarbonisation strategy, or stepping into senior energy or manufacturing excellence leadership. Because you would be working across 25-plus countries and more than twenty sites, visibility to senior stakeholders is high, which helps when lateral opportunities arise. The skill accumulation also compounds. Exposure to CRSD/ESRS-aligned reporting, GHG Protocol accounting, digital dashboards and carbon reduction engineering produces a profile that is valued far beyond food manufacturing, relevant across industrial and consumer-goods sectors. AAK's stated investment in training, mentorship and clear career paths suggests the company intends this role to be a springboard rather than a cul-de-sac.

Internally, you would sit within AAK's Global Operations team and interact most closely with Global Engineering, Manufacturing Excellence and regional operations managers, since these are the people who turn standards into executed projects. Procurement, Digital & IT, EHS and the Sustainability function are co-designers of the approach, particularly around data architecture, reporting requirements and regulatory interpretation. Site teams (plant managers, utility engineers, maintenance) are daily collaborators and often the ones who know where the inefficiencies actually hide. Externally, the role may involve contact with consultants, technology and metering vendors, and potentially auditors or verifiers underpinning ESG disclosures. Because AAK's business is built on customer co-development, there is a plausible line of sight to customer-facing sustainability questions too, though the primary interface is internal. The common thread across all of these relationships is influence: you will rarely have formal authority over the people whose cooperation you need.