From battery cell specification to full-vehicle homologation — PLM Nordic helps Nordic EV manufacturers synchronize hardware, software, and regulatory data at the speed the electric revolution demands.
Why Smart Data Matters in Automotive & Electric Vehicles
Electric vehicle development is unlike any automotive program before it. Battery architecture, power electronics, AUTOSAR software stacks, and regulatory homologation requirements across dozens of markets must be managed in perfect synchronization. A single BOM error between electrical, mechanical, and software disciplines can halt a production line or delay market entry by months.
30%
Average time-to-market acceleration
99.6%
BOM accuracy post-implementation
40+
Automotive PLM projects delivered
12
EV homologation markets supported
End-to-End PLM Services for Automotive & Electric Vehicles
From first implementation to continuous platform evolution — PLM Nordic delivers the complete spectrum of PLM services tailored for automotive & electric vehicles manufacturers.
PLM Platform Upgrade
Modernize your PLM platform to handle the full complexity of EV multi-domain product development.
- Upgrade Teamcenter, Windchill, or ENOVIA/3DEXPERIENCE to support E/E architecture and software BOM
- Enable Model-Based Systems Engineering (MBSE) integration for EV platform development
- Zero-downtime upgrade paths validated for active production vehicle programs
- Post-upgrade performance optimization for complex multi-domain EV BOM hierarchies
Managed PLM Support
Round-the-clock PLM support calibrated for the relentless pace of EV product development cycles.
- SLA-backed support with guaranteed response times aligned to vehicle program milestones
- Proactive system health monitoring for PLM, PDM vault, and CAD integration layers
- Dedicated support during critical Design Freeze, Job #1, and type-approval phases
- Support for AUTOSAR toolchain integrations (Vector, ETAS, dSpace)
PLM System Integration
Unify the EV engineering enterprise — connecting PLM to every critical system in your landscape.
- ERP integration (SAP S/4HANA, Oracle) for manufacturing BOM and supplier part synchronization
- ALM integration (Jira, Polarion, DOORS) for hardware-software requirements traceability
- Homologation database integration for UNECE, ECE, FMVSS, and regional type-approval workflows
- Battery Management System (BMS) data integration for cell specification lifecycle tracking
Data Migration
Move your EV engineering IP from fragmented legacy systems to a unified PLM environment without disruption.
- Multi-domain data migration: mechanical CAD, electrical schematics, and software artifacts in a single pass
- Preservation of EBOM-to-MBOM relationships and full engineering change history
- Automated data quality validation tailored for automotive part classification standards
- Parallel-run methodology keeping active vehicle programs fully productive throughout migration
PLM Customization
Custom PLM workflows built for the speed, compliance, and multi-domain demands of EV product development.
- ISO 26262 functional safety artifact management workflows integrated with PLM change processes
- Custom homologation package generation linked to live PLM product structures
- Battery cell and pack variant management workflows for chemistry-agnostic platform architecture
- Supplier PPAP and VDA 6.3 audit workflows embedded in the PLM part approval process
PLM Configuration
Configure your PLM environment to manage the full software-defined vehicle product hierarchy at scale.
- 150% BOM configuration for EV variants: motor type, battery chemistry, range class, and market
- Multi-domain BOM structure: mechanical, electrical, software, and regulatory in one backbone
- Configurable attribute sets aligned with AUTOSAR, ASPICE, and OEM-specific naming conventions
- Multi-program configuration supporting simultaneous BEV, PHEV, and platform derivative development
Real Results in Automotive & Electric Vehicles
Nordic Electric Vehicle Start-up (Series C)
The Challenge
A fast-scaling Nordic EV manufacturer was managing their EBOM in spreadsheets, electrical schematics in a legacy ECAD vault, and AUTOSAR software configurations in a standalone ALM tool — with no integration between systems. As they prepared for their first production vehicle Job #1, BOM discrepancies between disciplines were generating engineering changes faster than the team could process them, threatening both launch timing and type-approval submission.
The Solution
PLM Nordic implemented a unified Teamcenter environment with a consolidated multi-domain BOM structure spanning mechanical, electrical, and software content. Custom ISO 26262 safety artifact workflows and automated homologation package generation were configured for their primary target markets. Integration with Jira and DOORS established full requirements-to-product traceability. All legacy engineering data was migrated in an 18-week phased program with zero disruption to the active vehicle program.
“We went from managing our vehicle program in spreadsheets and shared drives to having a real PLM backbone in 18 weeks. PLM Nordic understood the EV development pace — they delivered without slowing us down for a single day.”
The Results
30%
Reduction in time-to-market vs. prior program
99.6%
BOM accuracy rate at Job #1
3X
Engineering changes processed per week post-go-live
12
Type-approval markets enabled at launch
The PLM Nordic Difference for Automotive & Electric Vehicles
Purpose-built industry expertise — not generic PLM consulting
Synchronize Hardware & Software
Manage mechanical, electrical, and AUTOSAR software content in one multi-domain BOM — eliminating the cross-discipline mismatches that halt production lines.
Accelerate Homologation
Automated type-approval package generation directly from your PLM product structure cuts homologation preparation time by weeks per market.
Scale Variant Management
Configure a single EV platform to support BEV, PHEV, and regional market derivatives from one source of truth — without duplicating engineering effort.
FAQ
How does PLM Nordic handle the multi-domain complexity of EV development (mechanical, E/E, software)?
We configure multi-domain BOM structures in your PLM platform that manage mechanical CAD, electrical schematics, and software BOMs under a unified product backbone. We also integrate PLM with your ALM tools (Jira, Polarion, DOORS) to establish hardware-software requirements traceability from system level to component level.
Can PLM Nordic support ISO 26262 functional safety workflows within the PLM system?
Yes. We configure custom ISO 26262 safety case and FMEA artifact management workflows directly within your PLM change and release process. Safety artifacts are linked to the product structure items they govern, providing full safety lifecycle traceability auditable by TÜV, DEKRA, or your chosen functional safety assessor.
How do you manage battery cell and pack variant complexity across multiple chemistry generations?
We configure chemistry-agnostic battery BOM structures with attribute-driven variant rules, allowing a single platform definition to cover multiple cell formats, chemistry variants, and energy densities. Combined with PLM-to-BMS data integration, you gain a single source of truth from cell specification to pack-level assembly.
Which PLM platforms does PLM Nordic recommend for EV manufacturers?
For most EV manufacturers, we recommend Teamcenter (Siemens) or ENOVIA/3DEXPERIENCE (Dassault Systèmes) for their multi-domain BOM and MBSE capabilities. We evaluate your specific toolchain — including AUTOSAR tooling, CAD environment, and ERP — before making a platform recommendation.
How long does a PLM implementation take for an active EV program?
For a Series B/C EV manufacturer with an active vehicle program, a full PLM implementation including multi-domain BOM migration, workflow customization, and ERP integration typically takes 16–24 weeks. We use a parallel-run methodology that keeps your active program fully operational throughout.
Can PLM Nordic help with AUTOSAR and ASPICE integration into our PLM environment?
Yes. We have delivered integrations between PLM platforms and AUTOSAR toolchains (Vector DaVinci, ETAS ISOLAR, dSpace SystemDesk) as well as ASPICE process artifact management within PLM change workflows. This creates a continuous digital thread from system architecture to software release.
Talk to a PLM Automotive & Electric Vehicles Specialist
Our PLM engineers have deep, hands-on experience in automotive & electric vehicles manufacturing. Book a free 30-minute consultation to discuss your PLM challenges.
- Free 30-minute consultation — no commitment
- Industry-specific PLM expertise, not generic advice
- Nordic HQ with global delivery capability
- Reference customers in your industry available