Built on Quality. Proven Through Compliance.

A quality failure in a software-defined vehicle isn’t a defect – it's a recall, a regulatory event, and a breakdown in trust. Control starts with traceability across every decision, every change, and every system.

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Complexity has raised the stakes

In today’s automotive landscape, quality isn’t just a product outcome—it’s a business risk. A single lapse or compliance gap can trigger recalls, delay certification, or damage brand trust—at a time when software-defined vehicles are increasing complexity across every system.

Engineering teams must now manage more code, more variants, and stricter standards like ISO 26262, ASPICE, and IATF 16949—while proving compliance continuously, not just at launch.

Where it breaks down

Quality and compliance are no longer back-office functions. For OEMs and Tier 1 suppliers, they are the primary determinants of program launch confidence — and supplier qualification status.

Quality and compliance are no longer back-office functions. For OEMs and Tier 1 suppliers, they are the primary determinants of program launch confidence — and supplier qualification status.

Siloed teams and tools

Misaligned decisions and delayed issue detection

Misaligned decisions and delayed issue detection

Disconnected requirements and testing

Defects escape into later stages

Defects escape into later stages

Limited traceability

Inability to prove safety, compliance, or impact of change

Inability to prove safety, compliance, or impact of change

Manual compliance processes

Slow certification and increased audit risk

Slow certification and increased audit risk

Complex supply chains

One change triggers cascading downstream failures

One change triggers cascading downstream failures

Quality is no longer a checkpoint. It’s a system.

A single missed defect doesn’t stay contained; it scales.

In software-defined vehicles, small gaps propagate across systems and only surface in the field, where the consequences are immediate: recalls, regulatory action, program delays, and loss of trust.

As complexity grows, the margin for error disappears. The cost of failure becomes higher, faster, and far more visible.

How PTC helps: Quality built in, not bolted on


Quality isn’t something you check – it's something you prove.

PTC’s Intelligent Product Lifecycle connects ALM, PLM, and CAD into a unified digital thread, embedding quality and compliance directly into engineering processes, instead of relying on late-stage validation.

By linking requirements, design, testing, and change in real time, PTC eliminates blind spots, enables early detection, and ensures every decision is traceable and defensible.

PTC breaks down silos with a connected digital thread that aligns hardware and software development across teams and suppliers.

Unified requirements and test management ensure full coverage and traceability, while integrated change control shows the impact of every change before it’s introduced.

The result: faster certification, reduced audit effort, and lower Cost of Poor Quality, without slowing innovation.

Solutions

PTC solutions enable engineering teams to work in a connected, controlled, and agile environment, where quality is continuously managed, compliance is always visible, and decisions are made with confidence.

PTC solutions enable engineering teams to work in a connected, controlled, and agile environment, where quality is continuously managed, compliance is always visible, and decisions are made with confidence.

Application Lifecycle Management (ALM)

Codebeamer enables full traceability across requirements, risk, and testing, ensuring compliance with automotive standards while accelerating software development. AI-assisted capabilities improve requirements quality, reduce ambiguity, and prevent defects early.

Codebeamer enables full traceability across requirements, risk, and testing, ensuring compliance with automotive standards while accelerating software development. AI-assisted capabilities improve requirements quality, reduce ambiguity, and prevent defects early. Explore ALM

Product Lifecycle Management (PLM)

Windchill creates a single source of truth across engineering, manufacturing, and suppliers, ensuring product data is controlled, traceable, and aligned with regulatory requirements at every stage.

Windchill creates a single source of truth across engineering, manufacturing, and suppliers, ensuring product data is controlled, traceable, and aligned with regulatory requirements at every stage. Explore PLM

Integrated ALM + PLM

With Codebeamer and Windchill together, teams gain a unified digital thread across mechanical, electrical, and software systems, enabling early validation, controlled reuse, and full lifecycle traceability to reduce risk and manage complexity.

With Codebeamer and Windchill together, teams gain a unified digital thread across mechanical, electrical, and software systems, enabling early validation, controlled reuse, and full lifecycle traceability to reduce risk and manage complexity. Explore ALM & PLM Together

CAD - Model-Based Development (MBD)

Creo ensured design intent is clear, complete, and connected. Changes propagate automatically across systems, reducing errors, improving manufacturability, and eliminating costly late-stage rework.

Creo ensured design intent is clear, complete, and connected. Changes propagate automatically across systems, reducing errors, improving manufacturability, and eliminating costly late-stage rework. Explore MBD

"PTC achieves this with one of the best-in-market testing and validation management capabilities that extend throughout the product lifecycle for full product traceability to ensure functional safety."

Omdia Universe

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Daiichi Elektronik turns compliance into a powerful growth engine

Daiichi Elektronik boosts efficiency and turns strict compliance into a growth driver with Codebeamer, streamlining development and enabling scalable success.

Automotive leaders are turning quality into an advantage

Leading OEMs and suppliers are moving from reactive quality management to integrated, traceable engineering processes, reducing defect escape, accelerating compliance, and improving program performance.

Veoneer/Magna Electronics standardizes on Codebeamer to improve automotive safety

<p>See how Veoneer improves automotive safety with integrated engineering, traceability, and compliance across development.</p>

ZF breaks down silos and brings divisions together

<p>See how ZF unifies divisions, eliminates silos, and embeds quality and compliance into every stage of product development with a collaborative PLM approach. </p>

eSystems modernizes the automotive toolchain for ASPICE and ISO 26262 compliance

<p>See how eSystems integrates its automotive toolchain to improve collaboration, ensure end-to-end traceability, and strengthen quality and compliance across complex product development. </p>

Bosch uses model-based definition with Creo

<p>See how Bosch delivers a fully digital product design using Model-Based Definition, enabling seamless data use across engineering and manufacturing processes. </p>

Schaeffler: Building a digital thread for mechatronic design and software-driven innovation

<p>Discover how Schaeffler uses a digital thread to embed quality and ensure continuous, auditable compliance across mechatronic and software-driven automotive innovation. </p>

Veoneer/Magna Electronics standardizes on Codebeamer to improve automotive safety See how Veoneer improves automotive safety with integrated engineering, traceability, and compliance across development. ZF breaks down silos and brings divisions together See how ZF unifies divisions, eliminates silos, and embeds quality and compliance into every stage of product development with a collaborative PLM approach. eSystems modernizes the automotive toolchain for ASPICE and ISO 26262 compliance See how eSystems integrates its automotive toolchain to improve collaboration, ensure end-to-end traceability, and strengthen quality and compliance across complex product development. Bosch uses model-based definition with Creo See how Bosch delivers a fully digital product design using Model-Based Definition, enabling seamless data use across engineering and manufacturing processes. Schaeffler: Building a digital thread for mechatronic design and software-driven innovation Discover how Schaeffler uses a digital thread to embed quality and ensure continuous, auditable compliance across mechatronic and software-driven automotive innovation.

Upcoming automotive events

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Driving quality with PLM and the digital thread

Discover how PLM and the digital thread connect data and processes to improve product quality, close capability gaps, and drive consistent quality across the enterprise.

/en/resources/plm/ebook/driving-quality-with-plm-and-digital-thread

How to reduce cost of poor quality

Learn how to reduce the cost of poor quality (COPQ) by improving prevention, streamlining processes, and using PLM and QMS to minimize defects, waste, and rework.

/en/blogs/plm/how-to-reduce-cost-of-poor-quality

Overview of quality and regulatory compliance

Level 2 vehicles are projected to reach 62% of global car sales by 2032. Here's what that means for ADAS quality, traceability, and compliance processes.

/en/blogs/automotive/what-the-rise-of-level-2-vehicles-mean-for-quality-teams

Connect with our automotive experts

Our automotive team brings decades of industry expertise to help you accelerate your digital transformation journey to drive speed and efficiency.

Conchita Miller Romero

Director Growth Marketing Automotive

Michele Del Mondo

Global Automotive Industry Advisor