Transport Engineering

• Assessment of capacity of elements of the transport system (profiles, intersections controlled, uncontrolled, weaving areas, connections, crossings, etc.)
• Analysis of traffic volumes (monthly, weekly, daily variations, peak hours)
• Regulation, organisation and management of transport
• Traffic light devices (dynamically controlled, with PT priority, on demand, etc.)
• Regulation of entrance (rampmetering)
• Management of traffic in driving lanes, management of traffic flow
• Traffic management via systems of variable traffic signs
• Solutions to complex transport nodes, terminals and transfer links

Transport engineering assessment by dynamic simulation of traffic flow

• Assessment of transport engineering proposals
• Selection of the most appropriate transport solution based on comparison of variants
• Comparison of variants with regard to the environment – production of emissions and fuel consumption
• Assessment of impacts of establishing a new activity on existing quality of transport in the respective area
• Assessment of impacts of transport engineering measures on quality of transport in the respective area
• Optimisation of transport engineering solutions
• Optimisation of traffic light devices – green wave, dynamic control
• Selection of suitable solutions for pedestrian and cycle transport
• Visually impressive output in the form of 3D animations, serving as an argumentation tool

Development, support and optimisation of public transport

• Proposal and evaluation of the system of public transport
• Assessment of different variants ensuring transport services
• Optimisation of transport serviceability of an area: the network of public transport lines
  • transport relations
  • analysis of occupancy
  • time availability
  • operating data
  • vehkm, passkm
  • economic evaluation
• Organisational support and implementation of an integrated transport system
• Evaluation of quality of services
• Models of public transport of regions (optimisation projects for quality of serviceability)
• Conditions for designs and solutions of PT systems, integrated transfer terminals, P&R systems, and more.
• Systematic support for utilisation of public transport services
• Equipment and architectural solution of PT stations and terminals
• Dynamic information systems for public transport services (ITS applications)

Intelligent transport systems (ITS)

• Application of telematics in transport
• Traffic management systems for tunnel constructions, the basic road infrastructure system, and circles.
• Supervision, regulation, dynamic control, priority, electronic tolling, electronic parking and navigation systems
• Traffic information:
  • Current information about PT connections and departures, data collection, processing and provision
  • Current information about accessibility of roads, traffic and weather conditions, data collection, processing and provision
  • Current information about accidents and repair works on roads, data collection, processing and provision of support for emergency units (Incident Management)
  • Strategic redirecting of traffic towards destination based on knowledge of traffic congestion.

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