it-praxisportal/courses/ihk_ap2_fidv/course.json
Alex Mueller b67fae4df3 feat(ihk): add complete AP2 courses for FIAE, FIDP, and FIDV (ZPA 2. Auflage)
- Added ihk_ap2_fiae (Anwendungsentwicklung: 12 modules, 4 tracks, Clean Architecture, GoF, UML 2.5, SOLID, O-Notation, 80h-Project guide)
- Added ihk_ap2_fidp (Daten- & Prozessanalyse: 12 modules, 4 tracks, BPMN 2.0, ETL/CDC, Star Schema, ML-Evaluation, interactive confusion matrix calculator, 40h-Project guide)
- Added ihk_ap2_fidv (Digitale Vernetzung: 12 modules, 4 tracks, CPS/RAMI 4.0, IO-Link, Profinet, TSN, OPC UA/MQTT, 5G Campus, IEC 62443, interactive Purdue trainer, 40h-Project guide)
- Expanded authentic question bank to 207 questions with official ZPA expectation horizons
- Registered all courses in courses_manifest.js, it_ausbildungen_manifest.js, server.py routes, and dashboard.html with button-only navigation
2026-09-14 21:49:29 +02:00

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{
"id": "ihk_ap2_fidv",
"title": "IHK AP2 Crashkurs: Fachinformatiker Digitale Vernetzung",
"language": "ihk_ap2_fidv",
"icon": "🏭",
"runner": "none",
"description": "Vollständige Prüfungsvorbereitung für FIDV (LF 9–12, WiSo, 40h-Projekt). 12 Module nach ZPA Nord-West 2. Auflage: Cyber-Physische Systeme (CPS), RAMI 4.0, IO-Link & Sensorik, Edge Computing (IPCs, K3s), Profinet IO (RT/IRT), TSN (802.1Qbv), OPC UA & MQTT, Private 5G-Campusnetze (Band n78), Industrial Security IEC 62443, Purdue-Modell & IDMZ, PRP/HSR Zero-Failover & Vollsimulation.",
"tracks": [
{
"id": "track_1_cps_und_edge",
"title": "🌱 Lehrpfad 1: CPS, Sensorik & Edge Computing (LF 9 & 10)",
"description": "Cyber-Physische Systeme (CPS), RAMI 4.0, Verwaltungsschale (AAS), 4-20 mA Stromschleifen, IO-Link (IEC 61131-9), Nyquist-Shannon & Industrie-PCs / Edge-Gateways.",
"certificateKey": "ihk_ap2_fidv_cps",
"chapters": [
{
"folder": "01_industrie40_und_cyber_physische_systeme",
"title": "LF 9: Industrie 4.0 & Cyber-Physische Systeme (RAMI 4.0, AAS, Digital Twin)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "02_sensorik_aktorik_und_signalverarbeitung",
"title": "LF 9: Industrielle Sensorik, Aktorik & Signalwandlung (IO-Link, 4-20 mA)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "03_edge_computing_und_iot_gateways",
"title": "LF 10: Edge Computing, Industrie-PCs & IoT-Gateways (Docker, K3s, Filterung)",
"taskFile": "README.md",
"testFile": "index.html"
}
]
},
{
"id": "track_2_busse_und_protokolle",
"title": "⚙️ Lehrpfad 2: Industrielle Kommunikation & IoT-Protokolle (LF 10 & 11)",
"description": "Modbus RTU/TCP, Profinet IO (RT/IRT), TSN (IEEE 802.1Qbv), OPC UA (Client/Server, Nodes), MQTT (QoS 0/1/2, LWT, Retain) & Private 5G-Campusnetze (Band n78 3,7-3,8 GHz).",
"certificateKey": "ihk_ap2_fidv_busse",
"chapters": [
{
"folder": "04_industrielle_kommunikation_und_feldbusse",
"title": "LF 10: Feldbusse & Industrial Ethernet (Profinet IO, Modbus, TSN)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "05_iot_protokolle_mqtt_coap_und_opc_ua",
"title": "LF 11: Industrielle IoT-Protokolle (OPC UA, MQTT, CoAP)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "06_drahtlose_vernetzung_und_5g_campusnetze",
"title": "LF 11: Drahtlose Vernetzung & Private 5G-Campusnetze (URLLC, n78, LoRaWAN)",
"taskFile": "README.md",
"testFile": "index.html"
}
]
},
{
"id": "track_3_ot_security_und_resilienz",
"title": "☁️ Lehrpfad 3: Industrial Security & OT-Netzwerkresilienz (LF 11 & 12)",
"description": "IEC 62443 (Zonen & Conduits, Security Levels 1-4), Purdue-Modell (Level 0-5), Industrial DMZ (IDMZ 3.5), Deep Packet Inspection (DPI), PRP/HSR Zero-Failover & passives OT-Monitoring.",
"certificateKey": "ihk_ap2_fidv_security",
"chapters": [
{
"folder": "07_industrial_security_iec_62443",
"title": "LF 11: Industrial Security nach IEC 62443 (Zonen & Conduits, SL 1-4)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "08_netzwerksegmentierung_und_ot_firewalls",
"title": "LF 11: Purdue-Referenzmodell & OT-Netzwerksegmentierung (IDMZ, DPI)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "09_ot_monitoring_anomalieerkennung_und_resilienz",
"title": "LF 12: OT-Netzwerkresilienz, PRP/HSR & Passives Monitoring (TAP vs. SPAN)",
"taskFile": "README.md",
"testFile": "index.html"
}
]
},
{
"id": "track_4_safety_projekt_und_pruefung",
"title": "🏆 Lehrpfad 4: Maschinensicherheit, 40h-Projektarbeit & AP2-Prüfungssimulation",
"description": "Safety vs. Security, Performance Level (PL) & SIL, CE-Kennzeichnung (wesentliche Veränderung), Leitfaden für die 40h-Projektarbeit samt Retrofit & Vollprüfungssimulation.",
"certificateKey": "ihk_ap2_fidv_master",
"chapters": [
{
"folder": "10_betriebsorganisation_sicherheit_und_wiso",
"title": "WiSo & LF 12: Maschinensicherheit (Safety vs. Security, SIL/PL) & Recht",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "11_betriebliche_projektarbeit_guide_40h",
"title": "Projekt: Betriebliche Projektarbeit (40h) & Fachgespräch (Guide)",
"taskFile": "README.md",
"testFile": "index.html"
},
{
"folder": "12_ap2_fidv_gesamtpruefung_simulation",
"title": "Abschluss: AP2 FIDV Gesamtprüfungssimulation (PB 1, PB 2 & WiSo)",
"taskFile": "README.md",
"testFile": "index.html"
}
]
}
]
}