Financing
A fully fundable advanced training course
This training is a non-certifying professional development course designed for professionals looking to dive deeper into BMW immobilizer systems. Depending on your situation, it can be funded by your employer, your OPCO, or through self-funding. EMS Electronics will assist you in preparing your quote, your training agreement, and all the necessary documents for your application. An individual certificate of completion is provided at the end of the day. This training does not prepare you for any registered certification and does not award any degree or diploma.
50 hours In-Person Training + E-Learning Content
Cette formation se déroule en présentiel, en groupe à effectif réduit, dans les locaux EMS Electronics à Saint-Pierre-du-Perray.
Vous alternez apports techniques, démonstrations commentées, études de cas BMW et ateliers encadrés sur matériel pédagogique. Deux formateurs vous accompagnent pendant la journée afin de vous faire progresser avec méthode, sécurité et traçabilité.
Lieu : Centre EMS Electronics, Saint-Pierre-du-Perray (91)
Pré-requis : Vous devez maîtriser les transpondeurs, la lecture mémoire, l’utilisation d’une alimentation stabilisée, l’OBD, le Bench, le Boot et les règles de soudure.
Public concerné : Professionnels de l’automobile et de la serrurerie souhaitant approfondir les systèmes antidémarrage BMW.
Accessibilité : Notre format a été conçu pour s’adapter aux personnes résidant loin ou ayant des contraintes professionnelles.
Délais d’accès : Sessions tous les mois ; démarrage possible sous 30 jours après validation de votre dossier.
Handicap : Pour toute situation de handicap ou besoin spécifique, contactez-nous afin d’étudier les solutions d’adaptation possibles.
PRIX : 790€ net
INTRODUCTION & PRESENTATION
What you will learn
This training helps you better identify BMW architectures, safely prepare for your interventions, and understand the essential control points related to EWS, CAS, FEM, BDC, and BCP generations.
Identify the BMW generation
You learn how to place the vehicle within the BMW system genealogy in order to choose a consistent analysis method.
EWS1 to EWS4.
CAS1 to CAS4+.
FEM.
BDC, BDC2 and BDC3.
BCP.
The chassis alignment points.
Communication networks.
The ECU families involved.
Understanding EWS and CAS systems
You will dive deeper into the essential basics needed to identify components, analyze compatibility, and prepare a documented intervention on EWS and CAS generations.
Microcontroller families.
EEPROM memory.
The transponders.
OBD, Bench, and Boot environments.
ECU identification.
The context data.
The compatibility check.
Backing up before making any decision.
Analyze the CAS3+ and CAS3++ systems
You will cover the specifics of the CAS3+ and CAS3++ generations, including the encrypted data and the checks needed to keep the information secure.
The encrypted data.
The attempt counters.
The compatibility analysis.
Securing the prep work.
C4 focused on the handling of reprogramming equipment and software and supervising your interventions.
Scope of work.
The documented checks prior to return.
Leveraging the ISN and its associated calculators
You will learn how to define the role of the ISN and prepare a data exchange file between the relevant ECUs.
The NSI as analytical data.
The DME and DDE control units.
The MEVD, MED, and EDC17 ECUs.
The 6HP and 8HP gearboxes.
The EGS and GWS control units.
The alignment of the computers after an authorized exchange.
The consistency checks.
The traceability of the intervention.
Diagnose the ELV steering column lock
You will discover the useful reference points to analyze a situation involving a steering column lock, without exceeding the technical and authorized limits of the intervention.
The symptoms related to the ELV steering lock.
The qualification of the request.
Security checkpoints
Power supplies and communications.
Selecting the right framework for action.
The criteria for referral to an authorized partner.
C1 focused on ECU data extraction and management
Understanding FEM, BDC, and coding
You will explore the FEM and BDC platforms to better identify their components, compatibility constraints, and the information needed for a safe setup.
The FEM and BDC architectures.
BDC2 and BDC3.
The backups.
The flash pretreatment.
The CAFD, FDL, VO, FA, SVT, and SWE files.
The Exx, Fxx, and Gxx generations.
The compatibility checks.
The manufacturer limits.
Locate the ECUs within the BMW evolution
You start with the genealogy of BMW systems and the reference points needed to identify the vehicle, the ECUs, and the networks involved.
BMW Lineage
EWS1 to EWS4, CAS1 to CAS4+, FEM, BDC, BDC2, BDC3, and BCP: chassis benchmarks, architectures, and networks.
EWS and Classic CAS
Microcontroller families, EEPROM, transponders, OBD, Bench, and Boot environments, with structured compatibility analysis.
Understanding CAS3+, ISN, ELV, FEM, and BDC
You will cover newer systems, encrypted data, associated ECUs, and the control points to secure before making any technical decisions.
CAS3+, CAS3++ and ISN
Encrypted data, counters, DME, DDE, EGS, GWS, and study of an authorized exchange file.
ELV, FEM, and BDC
Column lock diagnostics, safety checks, flash preprocessing, backup, and coding points related to FEM and BDC generations.
Prepare a clear and documented debrief
You finish the day on BCP platforms, builder restrictions, certificates, and limits that require a referral to an authorized representative.
BCP and zonal architecture
Zonal architecture, certificates, DoIP, technical and documentation limits, orientation criteria, and customer feedback.
Technical Fundamentals (C1-C4)
Review of architectures, case study, validation of acquired skills, individual assessment, and progress plan for manufacturer systems.
A training session to help you identify BMW immobilizer systems, secure your diagnostics, and make well-documented decisions in the workshop.
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