Getting OEM certified means proving to an automaker that your collision shop has the required tooling, equipment, facility, trained staff and documented processes to repair its vehicles to factory standards, and then passing that automaker’s application and audit and renewing every year.
Every program is different. The path to get there is surprisingly similar. I’ve been through it seven times at my own shop, Enthusiast Auto Works in New Rochelle, New York, which holds OEM collision certifications for Land Rover/Jaguar, Rivian, Genesis, Infiniti, Nissan, Kia and Stellantis (Chrysler, Dodge, Jeep and RAM). This guide lays out the six stages, what each one involves, and where shops lose time and money.
Key takeaways
- The path has six stages: readiness audit, tooling and facility, training, application, OEM audit and yearly renewal.
- Tooling is where shops spend the most and make the most expensive mistakes. Check approved lists by model before buying.
- Many programs require a separated aluminum repair room.
- Many programs require a dealer sponsor. That relationship must be yours.
- Training must be taken by your own technicians. Nobody can do it for them.
- Certification isn’t one-and-done. Renewals, training and re-audits continue every year.
Why do shops pursue OEM certification?
- Referrals. Automakers’ certified-shop locators and dealers send work to certified shops.
- Access. Some parts, procedures and repairs are restricted to certified repairers.
- Insurer and customer trust. Owners of high-end and newer vehicles increasingly ask for it.
- Better repairs. The requirements push the shop to use OEM procedures and proper equipment on every job.
How long does OEM certification take?
Longer than most owners plan for. Jaguar Land Rover alone took us over a year: audits, paperwork, tooling, follow-ups, more paperwork, all while running a working shop with customers waiting on cars. Nobody handed us a checklist that matched what the auditors would actually look for. We built it as we went.
Other programs went faster, partly because each one taught us something about the next. The timeline depends on the brand, your starting point and how quickly you close the gaps.
What are the six stages of OEM certification?
- Readiness audit. Walk your shop against the program’s requirements and produce a gap list covering tooling, equipment, facility, training and paperwork. Give each gap an owner, a cost estimate where possible and a priority.
- Tooling and facility. Select and buy the required equipment, and plan facility changes, including an aluminum repair room if the program calls for one.
- Training. Map which technicians need which courses, often including I-CAR and OEM-specific training, and schedule them so the shop keeps running.
- Application. Prepare the application, supporting documents, photos and records so nothing comes back for a missing signature.
- OEM audit. Prepare for the on-site or virtual audit: what the auditor checks, where they look and what they ask your techs.
- Yearly renewal. Track renewal dates, ongoing training and changes to the standard so the certification doesn’t lapse.
What does a readiness gap list look like?
| Area | Typical gap | What closing it involves |
|---|---|---|
| Tooling | Welder not on the approved list | Confirm requirement, get quotes, buy once |
| Facility | No separated aluminum area | Plan room, enclosure and extraction |
| Training | Tech missing a required course | Schedule before application |
| Paperwork | Proof of insurance or business documents missing | Gather and organize |
| Process | No documented repair-procedure lookup | Set up OEM procedure access and logging |
| Sponsor | No dealer relationship | Owner approaches dealer once shop is ready |
Our free certification readiness checklist covers these areas in more detail and shows where your shop stands before you spend on equipment.
What tooling do OEM programs require?
Requirements vary by brand, but typical items include:
- Resistance spot welders, often with specific capabilities for certain steels.
- MIG/MAG and aluminum-capable welding equipment.
- Electronic measuring systems.
- Self-piercing rivet and blind rivet tools.
- Bonding and adhesive application equipment.
- Dust extraction rated for aluminum.
- Approved frame or bench systems.
Brands often list approved equipment by model, and the lists change. The two most common mistakes are buying a model that isn’t on the list and buying something you already own a compliant version of. Cross-check the program’s list against what’s in your shop, get quotes and buy once.
Tooling is expensive. If you need to finance it, prepare before you apply; our funding readiness service helps shops get lender-ready for equipment loans. A well-timed paint contract incentive can also help, as covered in our guide on paint contract incentives.
How do you set up an aluminum repair room?
The purpose is separation. Steel dust and particles contaminate aluminum and cause corrosion, so aluminum work needs its own space, tools and extraction. Plan these:
- Location and size, including how vehicles get in and out.
- Enclosure, using curtains or hard walls depending on what the program requires.
- Dedicated tools that stay in the room and are marked for aluminum only.
- Dust extraction suitable for aluminum particles.
- Workflow so technicians and vehicles move through without cross-contamination.
I’ve acted as my own general contractor on every renovation across my buildings, so I’d add one practical point: plan the electrical and air supply early. Welders and extraction equipment have real power requirements, and finding that out after the walls go up is expensive.
How does training fit in?
Most programs require I-CAR training, OEM-specific courses or both. Many build on I-CAR Gold Class, which in 2026 requires four roles (Estimator, Refinish, Steel Structural and Non-Structural) each covered at ProLevel 2 or higher, annual training, welding training and tests for structural technicians, and a rostered ADAS technician for shops that calibrate in-house. Our guide on I-CAR Gold Class requirements covers the details, and our I-CAR Gold Class fast-track service handles the planning.
Every technician takes their own courses and passes their own tests. What you can control is the schedule, so training doesn’t pull your best tech off the floor during your busiest week.
What’s the reality of the dealer sponsor?
Many OEM collision programs require a sponsoring franchised dealer. This is the part no consultant can do for you, and anyone who says they can “provide a sponsor” deserves hard questions.
What helps is walking into the dealer with a shop that’s already ready: tooling in place, training underway, a clean facility, organized paperwork and a clear plan. Dealers are putting their name behind your repairs. Give them good reasons to say yes.
What happens during the OEM audit?
Auditors generally check that the required equipment is present and in working order, that the facility meets the standard, that training records are current, and that technicians know how to find and follow OEM repair procedures. Prepare your team for the questions they’ll be asked, and walk the shop the way an auditor would a week before.
What does renewal involve?
Most programs require yearly renewal, ongoing training and sometimes re-audits or updated equipment. Staff turnover is the biggest risk: when a trained tech leaves, a role can go uncovered. Track renewal dates on a calendar the whole management team can see, and keep a second person progressing in each critical role.
Get your shop ready
F&K Consulting Group’s OEM certification readiness service handles the gap list, tooling selection and procurement, aluminum room planning, training plans, the application, audit prep and renewals, for any OEM program, not only the seven my shop holds. We can’t certify anyone or provide a dealer sponsor; the automaker decides. We get you ready so that decision is easy. Read how we run our own shop in the Enthusiast Auto Works case study, start with the free readiness checklist, or book a call and tell us which programs you’re after.