Learn to work more effectively with those who design signal systems through this entry-level training designed to build your awareness of base system architecture, the jargon, and operational aspects of signal and train control systems. Key Learning Outcomes 1. Gain a working knowledge of fundamentals for railway train control and signalling systems for freight, intercity passenger and urban light rail transit operations2. Learn how many of to...

This course provides participants with a sound basis in science and practical examples for understanding and problem solving with earthing systems in the rail environment. The course begins with an introduction to the physics of earthing including the areas of circuit fundamentals, conductive effects, proximity, mutual earth resistance and inductive coupling. It will then cover soil resistivity fundamentals, field testing and model assessment...

This 2-day course examines all aspects of rail operations to provide participants with a solid understanding and appreciation how operational requirements and goals affect and influence other rail disciplines, project outcomes and overall business performance. Key Learning Outcomes: Understand the over-arching principles of rail operations management.Appreciate aspects and challenges which are not widely known or well understood by managers Ga...

This course will examine the design and layout of rail track, including horizontal and vertical alignment, cross section, turnouts and crossings, component selection, earthwork, drainage, and clearances. The design approaches highlight applicable Australian standards and general industry practices. The participant will learn how traffic characteristics and operational requirements affect design. The coverage distinguishes between high-speed, c...

This comprehensive course is designed to enhance participants’ understanding and confidence with rail operations management, with insights into all key aspects of the discipline. Participants will be able to upgrade their knowledge of the general railway network, and how different parts of it interact and with particular reference to operations management, planning and train service requirements. The development of a train service from c...

If you are involved with a rail electrification project, dont miss this comprehensive 2 day course. An industry expert will teach you what you need to know about planning, designing, constructing and maintaining electrified railways, along with his advice and insights. Key Learning Outcomes: Understand the history of, and the business case for electrification over diesel. Examine the planning requirements of electrification including technical...

Infrastructure and asset management are the core focus for local government across Australia. Australian governments spend more than $7 billion maintaining and renewing the road network every year. This conference will explore the different innovative delivery models which are being implemented across Australia and draw together lessons learnt to determine best practice in road maintenance. Areyou trying to develop the most sustainable, cost e...

This course provides participants with a sound basis in science and practical examples for understanding and problem solving with earthing systems in the rail environment. The course begins with an introduction to the physics of earthing including the areas of circuit fundamentals, conductive effects, proximity, mutual earth resistance and inductive coupling. It will then cover soil resistivity fundamentals, field testing and model assessment...

Show Highlights:1. Source from 3200 pieces of Equipment and Tools, displayed onsite2. Factory Visits, Travel Support and Business Matching for international delegations3. New Robot Pavilion and more than 60 technical seminars and workshops As Asia’s leading machine tool exhibition in 2014, CIMES displays the widest range of cost effective machine tools and tools from the leading Chinese suppliers as well as the latest high-end CNC and Au...

This course will provide a broad grounding in the integrity and durability considerations of operating and maintaining a gas turbine. The course starts with covering the reasons why the turbine’s operating conditions are arduous and inevitably lead to the use of special materials and design procedures to estimate component lives. It then moves on to consider the inevitable degradation which occurs during operation, and which gives rise t...