Compliance Engineer

Certivo turns regulatory evidence into market access. Our AI, CORA, automates supplier outreach, data extraction, and rule checks, then assembles market-ready packets mapped to every product × site × market. We pair automation with deep domain expertise so industrial manufacturers can meet sustainability expectations and regulatory requirements without slowing down launches. Own sustainability compliance outcomes for industrial customers. You will lead life cycle data collection, model LCAs, produce and maintain EPDs, manage packaging and producer-responsibility obligations, and stand up reporting workflows for enterprise programs. Regulatory and program intelligence: track and interpret sustainability frameworks and owner/operator requirements relevant to industrial equipment and components; map ESRS topics (with emphasis on E1 GHG , E2 Pollution , E5 Circular Economy , and relevant social/governance disclosures) to data owners, controls, audit trail, and product‑level links (EPD, packaging, WEEE/batteries touchpoints). CBAM (EU) enablement: define CBAM scope (HS codes), production routes, embedded emissions (direct/indirect), electricity mix, and precursors; collect supplier declarations, build calculation files, and manage transitional reporting and definitive‑phase data flows. energy storage, drives/controllers with batteries), build workflows for battery labeling , recycled content , performance/durability , safety , carbon footprint declaration , and battery passport data; ESPR / Digital Product Passport (DPP): design attribute sets (UID, material composition, recycled content, repairability/serviceability, software/firmware, documentation) and evidence linkages; define how engineering changes trigger DPP updates. Supplier data collection: run multilingual campaigns to collect material specs, process energy, yields and scrap, transport, packaging, CBAM inputs , battery passport attributes , and end‑of‑life assumptions; validate data lineage and quality; commission testing or certificates as needed. Packaging and producer responsibility: gather weights, materials, and labeling data; prepare declarations and filings for packaging EPR where applicable; manage bill of materials and labeling implications for industrial packaging. Product- and portfolio-level carbon: support Scope 3 Category 1 (purchased goods and services) data capture; Reporting and submittals: assemble sustainability evidence packs for buyers, owners, and authorities; prepare materials for contractor submittals and owner/operator documentation. Automation and data quality: define quality gates, curate factor and dataset libraries, and partner with Product and AI to improve extraction accuracy and reduce false positives/negatives. VOC/PFAS claims alignment with materials teams. Systems and Controls (HVAC/Automation/Lighting): controller and actuator product families; Electrical Enclosures, Panels, and Power Distribution: steel and aluminum content tracking, coatings, and packaging; EPDs or embodied-carbon summaries used in projects. PVF / Water and Fire Protection: valves, fittings, polymers and brass content; NSF/ANSI 61/372 coordination with sustainability claims; efficiency labels linkage to sustainability evidence; packaging data. Utility/Facility Skids and Equipment: multi-product skid LCAs and documentation; owner/operator evidence packs and commissioning documentation. Data Center Infrastructure Components: embodied carbon summaries and EPDs where applicable; On-site Power and Energy Storage: component-level embodied carbon and packaging reporting for gensets, BESS modules, cabinets, and switchgear; commissioning documentation. CSRD / ESRS (EU): double materiality, ESRS topic scoping (E1/E2/E3/E5 plus governance/social where relevant), data controls and audit trail, linkage to product‑level evidence (EPDs, packaging, WEEE/batteries). embedded‑emissions calculation files (direct/indirect), production routes, electricity mix, precursor accounting; EU Batteries Regulation: product labeling, performance/durability, safety documentation, recycled content and carbon‑footprint declarations, and battery passport data capture/maintenance (including QR/UID strategy). ESPR / Digital Product Passport (DPP): attribute design, payload pilots, governance for updates, and links to technical documentation. PCRs relevant to electrical, mechanical, and construction‑adjacent products; emission factor sources and data‑quality documentation. Market and buyer programs: contractor submittals; Trade and market access touchpoints: data capture for mechanisms that require product or material emissions data where applicable (e.g., 4 to 8+ years in LCA, EPD, or sustainability program management within industrial, electrical, mechanical, or construction-adjacent manufacturing. ~ Hands-on experience building cradle-to-gate LCAs and taking at least one EPD through third-party verification with a program operator. ~ ability to translate engineering and sourcing data into life cycle inventory inputs and auditable models. ~ Experience with packaging EPR reporting and data models for multi-market shipments. Familiarity with sustainability elements of construction product documentation (declarations, contractor submittals, owner/operator requirements). Exposure to organization-level carbon accounting and supplier engagement for Scope 3 data improvement. PLM/ERP experience (Windchill, SAP, Oracle, Arena) and basic SQL or scripting. Ownership: measured on readiness, timeliness, and audit performance for named programs. Technical deep dive (60 minutes): walk us through an LCA and EPD you owned, including data gaps and verification. # Practical exercise (90-minute take-home): given a short BoM and process brief, produce an applicability matrix, a data-collection plan, and a preliminary LCA boundary and assumptions document. # Panel (60 minutes): cross-functional scenario with Customer Success and Product. Send your resume or LinkedIn and one or two relevant (redacted) LCA/EPD artifacts you authored to with subject “ Compliance Engineer (Sustainability Compliance)”