PAK-D01 · Diploma
Diploma in Railway Rolling Stock Engineering & Maintenance
2 Academic Years · 4 semesters. The current curriculum architecture focuses on rolling-stock engineering, workshop practice, inspection, maintenance, diagnostics and compliance.
Programme overview
A structured railway-learning pathway
PAK-D01 is designed to develop technicians and junior engineering professionals capable of understanding, inspecting, maintaining, diagnosing and documenting railway rolling-stock systems with particular strength in freight wagons, bogies, wheelsets, braking systems and maintenance workshop practice.
The programme progresses from engineering and railway fundamentals in Semester 1, through rolling-stock subsystem engineering in Semester 2, to maintenance diagnostics and repair in Semester 3, and finally to advanced maintenance, ECM/fleet management, compliance, digital diagnostics and industry application in Semester 4.
Academic orientation
Applied engineering, workshop practice, inspection, maintenance and rolling-stock compliance
PAK separates academic learning from statutory or employer authorization. Completion of academic study does not by itself confer authority to perform licensed, certified or safety-critical railway duties.
Curriculum structure
Programme-specific modules and subjects
The curriculum below is rendered from the governed modular academic files in this repository. Credits, contact hours and assessment weights are not shown unless they have been formally assigned.
Semester 1 — Engineering & Railway Foundations
Establish the engineering, technical, workshop and safety foundation required for subsequent rolling-stock specialization.
D01-101
Railway Systems & Rolling Stock Fundamentals
D01-102
Applied Engineering Mathematics & Physics for Railways
D01-103
Engineering Drawing, CAD & Technical Documentation
D01-104
Engineering Materials, Manufacturing Processes & Corrosion Control
D01-105
Workshop Practice, Tools, Metrology & Fastening Systems
D01-106
Railway Safety, Occupational Health & Safety and Technical Communication
Semester 2 — Rolling Stock Systems & Components
Build detailed knowledge of rolling-stock construction and the major mechanical, pneumatic and electrical subsystems found in freight and general railway vehicles.
D01-201
Rolling Stock Construction & Vehicle Dynamics I
D01-202
Freight Wagon Engineering & Classification
D01-203
Bogie, Suspension & Running Gear Technology
D01-204
Wheelsets, Axles, Bearings & Axlebox Technology
D01-205
Railway Braking Systems I — Pneumatic & Mechanical Fundamentals
D01-206
Rolling Stock Electrical & Pneumatic Fundamentals
Semester 3 — Maintenance, Inspection, Diagnostics & Repair
Convert subsystem knowledge into maintenance competence through inspection, diagnostics, reliability analysis, NDT, structural repair and supervised workshop application.
D01-301
Locomotive & Traction Systems Fundamentals
D01-302
Railway Braking Systems II — Control, Testing & Diagnostics
D01-303
Rolling Stock Maintenance Engineering, Reliability & Failure Analysis
D01-304
Inspection, Non-Destructive Testing & Condition Monitoring of Rolling Stock
D01-305
Railway Welding, Structural Repair & Fabrication Practice
D01-306
Workshop Practicum I — Freight Wagon, Bogie & Wheelset Inspection
Semester 4 — Advanced Maintenance, Compliance & Industry Application
Integrate technical maintenance capability with fleet/ECM processes, quality systems, regulatory awareness, digital diagnostics and real-world industry/project application.
D01-401
Advanced Rolling Stock Maintenance, Overhaul & Troubleshooting
D01-402
ECM, Fleet Maintenance & Railway Asset Management
D01-403
Railway Quality Assurance, Traceability & Maintenance Documentation
D01-404
EU Railway Interoperability, Freight Wagon TSI & Rolling Stock Compliance
D01-405
Digital Diagnostics, Sensors & Predictive Maintenance
D01-406
Industry Practicum & Capstone Project
Curriculum
Progress from prerequisites into programme-specific technical depth.
The governed curriculum defines module or semester sequencing, prerequisites and technical scope. Programme pages present that structure without inventing credits, contact hours, assessment weights or regulatory claims that have not yet been approved.
Practical learning
Connect engineering concepts with components, systems and controlled exercises.
Practical activity may include workshop demonstrations, laboratories, simulations, component identification, measurement or case-study work where appropriate to the programme.
Academic practical learning supports understanding and judgement; it does not independently authorize safety-critical work.
Workshop & laboratory
Study railway systems in an environment that makes interfaces visible.
Rolling stock, mechanical, electrical, control, manufacturing and operations pathways use different practical contexts, but all retain the same principle: system understanding before unsupported competence claims.
Career pathways
Build knowledge relevant to railway technical and professional environments.
Career-pathway information is descriptive, not a placement guarantee. Roles, employer requirements, certifications and statutory competence remain dependent on the jurisdiction, employer and specific railway function.
Programme information
Brochure and detailed curriculum information follow approved academic sources.
A brochure or downloadable publication should only be linked when the corresponding approved file is available. Until then, this visual identifies the programme-information area without creating a false download.
Admissions
Confirm the current entry requirements for PAK-D01.
Entry requirements, intake status and document requirements should be confirmed for the specific programme and intake before an applicant submits documents or makes financial or travel commitments.
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