Railway Systems Engineering | (Equivalent to Micro MSc )
4.0 /5- Offered byUDEMY
Railway Systems Engineering | (Equivalent to Micro MSc ) at UDEMY Overview
Duration | 21 hours |
Total fee | ₹1,499 |
Mode of learning | Online |
Credential | Certificate |
Railway Systems Engineering | (Equivalent to Micro MSc ) at UDEMY Highlights
- Certificate of completion
- 21.5 hours on-demand video
- 1 article
- 105 downloadable resources
- Full lifetime access
- Access on mobile and TV
- 30-Day Money-Back Guarantee
Railway Systems Engineering | (Equivalent to Micro MSc ) at UDEMY Course details
- For Railway Professionals and Engineering
- For 4th year Engineering Students
- For Researchers in Railway Topics
- Introduction to Railway Systems Engineering
- Railway Systems Planning and Operations
- Railway Rolling Stock Systems
- Railway Traction Systems
- Railway Systems Engineering
- Railway Infrastructure Systems
- Railway Signaling & Train Control Systems
- Railway Economics and Strategic Management
- This course represents a comprehensive explanation for railway systems
- It can be described as a Micro MSc in Railway Systems
- Learner will learn about Railway Operations Management
- Railway Safety Management
- Rail History and Railway Systems Complexity and more
- Learner will learn about Railway Rolling Stock and many scientific disciplines associated with this subject, including Railway Aerodynamics, Railway Vehicle Dynamics, Railway Materials and More
- Learner will learn about Railway Traction Systems, AC and DC Motors, Railway Power Supply systems and a brief introduction to power Electronics
- Learner will learn about the discipline of systems engineering and how you can apply this discipline in the world of railways
- Learner will learn about Railway infrastructure systems such as Track, Station, Tunnels, bridges and Switches and Crossings, but you will also learn about railway construction and maintenance
Railway Systems Engineering | (Equivalent to Micro MSc ) at UDEMY Curriculum
Railway Systems Planning and Operations
Why Railways?!
Rail History
Understanding the Railway as a System
Railway Standards and Industry Structure
Strategic Management and Planning of Rail Operations
Railway Safety Management - Understanding Risk
Railway Safety Management - Risk Matrix
Railway Safety Management - Complexity
Railway Safety Management - Railway Accidents
Railway Operations and Planning - The Railway As a Business
Railway Operations Planning - Vehicle and Infrastructure Requirements
Railway Planning Factors and Demand Based Planning
Operationally Based Railway Planning
Computer Aided Railway Planning & Marketing the Rail Industry
Railway Rolling Stock Systems
Introduction to Railway Rolling Stock
Railway Rolling Stock System - Systems & Components
Railway Rolling Stock Systems - Systems and Components
Railway Rolling Stock Systems - Systems and Components
Trains Body Shell Material and Construction
Railway Vehicle Dynamics
Aerodynamics of Rail Vehicles
Wheel Rail Adhesion
Rail Active Suspension - Introduction
The Wheel-Rail Interface
Rolling Stock Maintenance
Freight Vehicle Design and Performance
Railway Accidents and Derailment Mechanisms
Railway Traction Systems
Basic Physics of Railway Traction
Electrical Engineering in Railway Traction
Electrical Engineering for Railway Traction 2
DC Power Supply in Railway Applications
Diesel Traction Systems
AC/DC Machine Types and Characteristics for Railway Applications
Traction Control Systems for Railway Applications
Autonomous Traction Systems for Railway Applications
Braking System for Railway Applications
AC Power Supply in Railway Applications
Railway Systems Engineering
Introduction to Railway Systems Engineering
The System Design Process and Requirements Capturing in Railway Applications
Systems Engineering VS Project Management
System Performance Modelling
System Performance Modelling in Railway Applications
Chapter 4
Section 5
Advanced Concepts in Railway Systems Engineering
Railway Infrastructure Systems
Introduction to Railway Infrastructure Systems
Introduction to Railway Infrastructure Systems
Track Systems
Railway Geotechnical Engineering
Railway Switches and Crossings & Railway Stations
Railway Alignment Design
Railway Tunnels and Bridges
Railway Construction
Railway & Train Control Systems
Signaling Systems
Introduction to Railway Signaling
Timetable Development
Signaling Types
ERTMS
Timetable Calculations and ERTMS
Axle Counters & Track Circuits & Communication Train Control CBTC
EMC
Railway Economics and Strategic Management
Introduction to Railway Economics and Strategic Management
Railway Accounting
Assets Management
Railway Financing Principles
Project Management Governance
Key Performance Measures and Benchmarking
Railway Organizational Culture, Technology Management and Innovation
Questions Thursdays
11:00 AM GMT
Questions Thursdays Introduction
Generalized Cost Function Question
TCMS
OCC Question
Melbourne Metro Tunnel Project
PPP
TBM and High Capacity Signalling
EN50126
Signaling Job Analysis
Colombia Projects
Railway Signaling Training and Education Around The World
Preparing for an Interview
Traction Motor Failure
Traction Motion Circuit Breakers
Follow Up Discussion of Traction Motor Failure of a Specific Type of Locomotives
Introduction to Head On Generation Scheme in India
Stray Current and Rails Welding
A Question of RBC (Radio Block Center) and PTC ( Positive Train Control)
Wayside Equipment's
A Question on Railway Turnouts
A Question on LOCOTROL TECHNOLOGY - TOWER Control System
A Question on FMECA & Track Construction
A Question on Tractive Effort
Tractive Effort Calculations
FRMCS - Future Railway Mobile Communication Systems
Ground Penetration Radar (GPR)
A Question on RAMS and LCC
A Question on the use of Batteries for Railway Vehicles
Innovation Wednesdays
Innovation Wednesdays Instruction
Trends in Railway Innovation (4Cs)
Acoustic Rail Breaks Detection Technology - Enekom
Rail Acoustic
Principles in Rail and Transport Innovations
Using Railway infrastructure for Novel Services
Rethinking Safety
Egypt Sohag Railway Accident
Nomral Accidents Theory
Huaieln Train Derailment
What do you know about Hydrogen Trains?!!
Hydrogen Trains
What do you know about innovations in Railway Stations -Design and Construction
Railway Stations Design Innovation Teaser
Innovation in Railway Stations Design and Development
USA Railroad Innovations
Amtrak Expansion Plans
USA
Railway History, Innovations and Future
Europe
Innovations in Railway Rolling Stock Teaser
Europe
Innovations in Railway Rolling Stock
Europe
Railway Innovations in Scandinavia
Europe
Innovations in Scandinavian Railways Part 1
Europe
Innovations in Scandinavian Railways Part 2
Russia
Introduction to Russian Railways
Russia
Innovation in Russian Railways
China
Innovation in Chinese Railways - Part 1
We continue after the 20th of September
China
Innovation in Chinese Railways - Part 2 - CRRC
China
Case Study : CRRC in Australia - Part 3
CHINA
China High Speed Rail Rolling Stock
NEW BOOKS
Railway Systems Engineering | (Equivalent to Micro MSc ) at UDEMY Entry Requirements
- A BSc in an Engineering Discipline is preferable
- Not mentioned
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