Railway Systems Engineering | (Equivalent to Micro MSc )

Railway Systems Engineering | (Equivalent to Micro MSc ), available at $69.99, has an average rating of 3.95, with 111 lectures, 7 quizzes, based on 534 reviews, and has 2778 subscribers.

You will learn about 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 is ideal for individuals who are Railway Professionals and Engineering or 4th year Engineering Students or Researchers in Railway Topics It is particularly useful for Railway Professionals and Engineering or 4th year Engineering Students or Researchers in Railway Topics.

Enroll now: Railway Systems Engineering | (Equivalent to Micro MSc )

Summary

Title: Railway Systems Engineering | (Equivalent to Micro MSc )

Price: $69.99

Average Rating: 3.95

Number of Lectures: 111

Number of Quizzes: 7

Number of Published Lectures: 111

Number of Published Quizzes: 7

Number of Curriculum Items: 118

Number of Published Curriculum Objects: 118

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

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

Who Should Attend

Railway Professionals and Engineering
4th year Engineering Students
Researchers in Railway Topics

Target Audiences

Railway Professionals and Engineering
4th year Engineering Students
Researchers in Railway Topics

This course represents a comprehensive explanation for railway systems. It can be described as a Micro MSc in Railway Systems, I will include the following chapters:-

1- Introduction to Railway Operations and Management.
In this section, you will learn about Railway Operations Management | Railway Safety Management | Rail History and Railway Systems Complexity and more.

2- Introduction to Railway Rolling Stock
In this section, you will learn about Railway Rolling Stock and many scientific disciplines associated with this subject, including Railway Aerodynamics, Railway Vehicle Dynamics, Railway Materials and More.

3- Introduction to Railway Traction Systems.

In this section, you will learn about Railway Traction Systems, AC and DC Motors, Railway Power Supply systems and a brief introduction to power Electronics.

4- Introduction to Railway Systems Engineering.
In this section, you will learn about the discipline of systems engineering and how you can apply this discipline in the world of railways.

5- Introduction to Railway Infrastructure Systems.
In this section you 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.

6- Introduction to Railway Signaling and Train Control Systems.
In this section, you will learn about Railway Infrastructure Signaling and Control systems, including European Railway Traffic Management System (ERTMS), ETCS signaling as well three and four aspects signaling.

7- Introduction to Railway Economics and Strategic Management.
In this section, we will provide you with a brief introduction to the world of railway economics and strategic management.

8- Questions Thursdays
Students will be able to ask questions and we will be answering them and adding them to the course materials, we will have a zoom meeting Every Thursday at 1:00 PM GMT.

9- Innovations Wednesday
We will be introducing Rail innovation and Small to Medium Size Companies every Wednesday at 1:00 PM GMT.

This course represent a comprehensive explanation for railway systems that is useful for Professionals who are working in the railway field. It also represent a great introduction to students who are studying any engineering dripline and would like to know more about the railway world.

The course is being delivered by leader Feras Naser, who is one of the most innovative spirits in the world, his story of venturing to the railway industry is remarkable. You will enjoy this course and it will act as a great reference for any railway professional . You can know more about Feras by visiting his group Feras Naser or his university Feras Uni or his transport consultancy Transport Men

Feras is keen to help the next generation of entrepreneurs and innovators as well the next generation of railway engineers.

Course Curriculum

Chapter 1: Railway Systems Planning and Operations

Lecture 1: Why Railways?!

Lecture 2: Interactive & Practical Excercises

Lecture 3: Rail History

Lecture 4: Understanding the Railway as a System

Lecture 5: Railway Standards and Industry Structure

Lecture 6: Strategic Management and Planning of Rail Operations

Lecture 7: Railway Safety Management – Understanding Risk

Lecture 8: Railway Safety Management – Risk Matrix

Lecture 9: Railway Safety Management – Complexity

Lecture 10: Railway Safety Management – Railway Accidents

Lecture 11: Railway Operations and Planning – The Railway As a Business

Lecture 12: Railway Operations Planning – Vehicle and Infrastructure Requirements

Lecture 13: Railway Planning Factors and Demand Based Planning

Lecture 14: Operationally Based Railway Planning

Lecture 15: Computer Aided Railway Planning & Marketing the Rail Industry

Chapter 2: Railway Rolling Stock Systems

Lecture 1: Introduction to Railway Rolling Stock

Lecture 2: Railway Rolling Stock System – Systems & Components

Lecture 3: Railway Rolling Stock Systems – Systems and Components

Lecture 4: Railway Rolling Stock Systems – Systems and Components

Lecture 5: Trains Body Shell Material and Construction

Lecture 6: Railway Vehicle Dynamics

Lecture 7: Aerodynamics of Rail Vehicles

Lecture 8: Wheel Rail Adhesion

Lecture 9: Rail Active Suspension – Introduction

Lecture 10: The Wheel-Rail Interface

Lecture 11: Rolling Stock Maintenance

Lecture 12: Freight Vehicle Design and Performance

Lecture 13: Railway Accidents and Derailment Mechanisms

Chapter 3: Railway Traction Systems

Lecture 1: Basic Physics of Railway Traction

Lecture 2: Electrical Engineering in Railway Traction

Lecture 3: Electrical Engineering for Railway Traction 2

Lecture 4: DC Power Supply in Railway Applications

Lecture 5: Diesel Traction Systems

Lecture 6: AC/DC Machine Types and Characteristics for Railway Applications

Lecture 7: Traction Control Systems for Railway Applications

Lecture 8: Autonomous Traction Systems for Railway Applications

Lecture 9: Braking System for Railway Applications

Lecture 10: AC Power Supply in Railway Applications

Chapter 4: Railway Systems Engineering

Lecture 1: Introduction to Railway Systems Engineering

Lecture 2: The System Design Process and Requirements Capturing in Railway Applications

Lecture 3: Systems Engineering VS Project Management

Lecture 4: System Performance Modelling

Lecture 5: System Performance Modelling in Railway Applications

Lecture 6: Chapter 4 | Section 5 | Advanced Concepts in Railway Systems Engineering

Chapter 5: Railway Infrastructure Systems

Lecture 1: Introduction to Railway Infrastructure Systems

Lecture 2: Introduction to Railway Infrastructure Systems

Lecture 3: Track Systems

Lecture 4: Railway Geotechnical Engineering

Lecture 5: Railway Switches and Crossings & Railway Stations

Lecture 6: Railway Alignment Design

Lecture 7: Railway Tunnels and Bridges

Lecture 8: Railway Construction

Chapter 6: Railway & Train Control Systems | Signaling Systems

Lecture 1: Introduction to Railway Signaling

Lecture 2: Timetable Development | Signaling Types | ERTMS

Lecture 3: Timetable Calculations and ERTMS

Lecture 4: Axle Counters & Track Circuits & Communication Train Control CBTC | EMC

Chapter 7: Railway Economics and Strategic Management

Lecture 1: Introduction to Railway Economics and Strategic Management

Lecture 2: Railway Accounting | Assets Management | Railway Financing Principles

Lecture 3: Project Management Governance | Key Performance Measures and Benchmarking

Lecture 4: Railway Organizational Culture, Technology Management and Innovation

Chapter 8: Questions Thursdays | 11:00 AM GMT

Lecture 1: Questions Thursdays Introduction

Lecture 2: Generalized Cost Function Question

Lecture 3: TCMS | OCC Question

Lecture 4: Melbourne Metro Tunnel Project | PPP | TBM and High Capacity Signalling

Lecture 5: EN50126 | Signaling Job Analysis | Colombia Projects

Lecture 6: Railway Signaling Training and Education Around The World

Lecture 7: Preparing for an Interview

Lecture 8: Traction Motor Failure | Traction Motion Circuit Breakers

Lecture 9: Follow Up Discussion of Traction Motor Failure of a Specific Type of Locomotives

Lecture 10: Introduction to Head On Generation Scheme in India

Lecture 11: Stray Current and Rails Welding

Lecture 12: A Question of RBC (Radio Block Center) and PTC ( Positive Train Control)

Lecture 13: Wayside Equipment's

Lecture 14: A Question on Railway Turnouts

Lecture 15: A Question on LOCOTROL TECHNOLOGY – TOWER Control System

Lecture 16: A Question on FMECA & Track Construction

Lecture 17: A Question on Tractive Effort

Lecture 18: Tractive Effort Calculations

Lecture 19: FRMCS – Future Railway Mobile Communication Systems

Lecture 20: Ground Penetration Radar (GPR)

Lecture 21: A Question on RAMS and LCC

Lecture 22: A Question on the use of Batteries for Railway Vehicles

Chapter 9: Innovation Wednesdays

Lecture 1: Innovation Wednesdays Instruction

Lecture 2: Trends in Railway Innovation (4Cs)

Instructors

Feras Naser
Founder, Creative Director, 10+ Years in Innovation

Rating Distribution

1 stars: 15 votes
2 stars: 26 votes
3 stars: 93 votes
4 stars: 178 votes
5 stars: 222 votes

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