Insights

Why automotive SQEs are the best hires for medtech

Soham Harmalkar • March 2026 • 5 min read

Most hiring managers in medtech look for candidates with prior experience in regulated environments. On paper, that makes sense. In practice, it often leads to weaker hires.

Because the real challenge in medtech is not documentation. It's process control under risk. That's exactly what automotive Supplier Quality Engineers are trained to do.

The misunderstanding about automotive SQEs

There is a persistent misconception that automotive SQEs are execution-focused roles that revolve around audits, PPAP submissions, and supplier follow-ups. That's a shallow view.

A strong SQE in automotive operates in a system where production volumes are high and unforgiving, supply chains are globally distributed, cost pressure is constant, and a single defect can trigger large-scale recalls.

Their job is not to react to quality issues. It is to design systems where issues don't occur in the first place. This includes:

Evaluating supplier capability beyond certifications
Driving process validation, not just documentation approval
Challenging manufacturing methods when they introduce risk
Ensuring that cost optimization does not compromise stability

What medtech actually struggles with

From the outside, medtech appears more advanced due to regulatory rigor. But inside many organizations, the same issues repeat:

Supplier variability masked by documentation compliance
Weak root cause analysis, often stopping at symptom-level fixes
Over-reliance on inspection instead of process capability
Slow response cycles due to layered approval systems

These are not regulatory problems. These are process engineering problems.

Where automotive experience creates an edge

Automotive SQEs bring a mindset that is difficult to teach:

Process-first thinking. They don't trust inspection as a safety net. They push for stable processes that make defects unlikely.

Data-backed decision making. They work with rejection trends, capability indices (Cpk/Ppk), and process variation — not just compliance reports.

Supplier challenge capability. They don't accept supplier statements at face value. They understand how parts are made and where inefficiencies or risks are hidden.

Speed under pressure. Automotive timelines force quick, structured problem-solving without sacrificing rigor. I've managed 10–12 engineering changes per month while running 200+ active components across 25 suppliers. That intensity builds a muscle for prioritization that slower-paced industries simply don't develop.

The only real gap: regulation

Yes, automotive engineers are not experts in ISO 13485, FDA documentation requirements, or clinical risk frameworks. But this is learnable in months.

What is not easily teachable:

Deep process intuition built over years on the shop floor
The ability to stabilize a failing supplier under time pressure
Understanding how cost, quality, and manufacturability interact

The hiring mistake

Medtech companies often optimize for familiarity instead of capability. They hire candidates who understand documentation but lack real supplier development experience, high-volume process control exposure, and cost-quality trade-off decision-making.

If the goal is to improve supplier performance, process robustness, and defect prevention — then the hiring strategy needs to change. Automotive SQEs are not an adjacent fit. They are often better equipped for the core challenges medtech faces.

I spent 7 years as a supplier quality and component development engineer at Bajaj Auto and Mahindra & Mahindra, managing 500+ casting and machining components across 25+ suppliers. I'm now completing my MBA at HHL Leipzig and looking for roles in German manufacturing — automotive, aerospace, medtech, or any sector where supplier quality matters.