BE Engineering Solutions is a leading provider of traffic modelling services, offering tailored solutions to meet the transport planning needs of local and state governments, private businesses, and developers.
Serving Adelaide, regional South Australia, and Brisbane, our team of expert consultants delivers accurate, data-driven insights that help create efficient, safe, and sustainable transport networks. With extensive experience in traffic modelling and analysis, we support projects ranging from small-scale developments to city-wide infrastructure upgrades, ensuring that transport systems are optimised for today’s demands and prepared for future growth.
Traffic modelling is essential for understanding and predicting the behaviour of traffic systems, identifying potential challenges, and devising effective solutions. BE Engineering Solutions uses advanced modelling techniques to analyse traffic flow, capacity, and safety, delivering insights that inform critical decision-making in transport planning and infrastructure development.
Our comprehensive traffic modelling services includes:
Transport planning is at the heart of every successful urban and regional development project. Our team collaborates closely with clients to develop traffic solutions that meet both current and future needs, addressing the unique demands of each location. By analysing key data, including traffic volume, road capacity, and peak usage patterns, we provide pragmatic insights that guide the development of efficient, effective transport plans.
We consider all aspects of the transport network, from road infrastructure and public transport to pedestrian and cycling paths, ensuring a balanced approach that benefits all users. Our transport planning services are designed to support safer, more accessible, and environmentally friendly transport options, enhancing the overall quality of life for residents and visitors.
Intersections are critical points within any traffic network and can significantly impact flow, safety, and efficiency. Our intersection modelling services evaluate the capacity and functionality of intersections, providing data on factors such as delay times, queuing patterns, and capacity limitations. By analysing the performance of existing and proposed intersections, we identify potential bottlenecks and design solutions to improve traffic flow and reduce congestion.
Our team employs the latest software and modelling techniques to simulate intersection performance under various scenarios, allowing us to recommend targeted improvements, including signal timing adjustments, lane additions, and pedestrian safety enhancements.
As cities grow, new developments can have a substantial impact on surrounding transport networks. BE Engineering Solutions conducts thorough traffic impact assessments (TIAs) for development projects, evaluating the potential effects on traffic flow, congestion, and safety. Our TIAs provide crucial data that inform decision-making for developers, councils, and government agencies, ensuring that projects are designed to integrate smoothly with existing transport systems.
Our team assesses key factors such as projected vehicle counts, peak hour demand, and parking requirements, providing detailed reports that outline recommended changes to support safe, efficient access to new developments. From shopping centres and residential complexes to commercial hubs, our traffic impact assessments help mitigate potential issues and promote sustainable growth.
In today’s urban environments, a comprehensive transport model must account for various modes of transport, including cars, buses, trains, bicycles, and pedestrians. BE Engineering Solutions specialises in multi-modal transport modelling, which evaluates how different modes interact and affect each other within a network. Our models provide insights into mode choice, travel times, and network capacity, helping to create balanced systems that support diverse transportation needs.
By analysing multi-modal data, we help clients design transport systems that reduce reliance on cars, promote active transport, and support more sustainable travel options. Our approach prioritizes accessibility and connectivity, ensuring that all users can navigate the network efficiently and safely.
Transport modelling is the process of creating a virtual representation of a transport network to analyse and predict the movement of vehicles, people, and goods.
By simulating different scenarios, transport modelling helps planners and decision-makers understand how changes to infrastructure, policy, or development will affect the transport system.
Transport modelling is essential for creating efficient, accessible, and sustainable transport systems. It provides data that guides long-term planning, ensuring that infrastructure is developed with foresight and precision. From managing daily traffic to planning for population growth, transport modelling is a foundational tool for any project that involves moving people or goods.
Transport models simulate various conditions, helping to predict how traffic will behave under different scenarios, such as new developments or road closures.
Transport models simulate various conditions, helping to predict how traffic will behave under different scenarios, such as new developments or road closures.
Transport models simulate various conditions, helping to predict how traffic will behave under different scenarios, such as new developments or road closures.
Transport models simulate various conditions, helping to predict how traffic will behave under different scenarios, such as new developments or road closures.
At BE Engineering Solutions, we provide high-quality traffic modelling services that meet the specific needs of each client. We provide:
Our consultants have extensive experience working with local and state governments, private developers, and private enterprise. We understand the unique challenges of transport planning in both urban and regional settings.
We know that every project is different. Our team works closely with each client to develop solutions that are tailored to their specific objectives, whether it’s improving traffic flow, supporting a new development, or enhancing public transport.
Our traffic modelling services are based on accurate, reliable data that provides actionable insights. We use advanced software and analysis techniques to deliver results that you can trust.
We believe in creating transport systems that are not only efficient but also sustainable. Our models incorporate green transport solutions, supporting environmentally responsible development.
Smithfield
City of Playford
The City of Playford engaged BE Engineering Solutions (BEES) to conduct an operational assessment of existing conditions and propose alternative design solutions.
Adelaide metropotilan area
South Australia
Partnering with GHD, BE Engineering Solutions (BEES) was engaged to provide advanced traffic modelling and analysis to assess and optimise the proposed upgrades.
Adelaide metropotilan area
South Australia
Arup, a key Integrated Planning Partner of the Department for Infrastructure and Transport (DIT), engaged BE Engineering Solutions (BEES) to perform SIDRA modelling analysis for selected road corridors, including Goodwood Road, Main North Road, and The Parade.
Glendambo, Pimba, and Arcoona
South Australia
SMEC Australia Pty Ltd engaged BE Engineering Solutions (BEES) to perform 30% and 70% design Road Safety Audits (RSA) for the existing rest areas at MM667.77 (Glendambo), MM756 (Pimba), and MM773.94 (Arcoona).
Naracoorte
South Australia
The Department for Infrastructure and Transport (DIT) engaged BE Engineering Solutions (BEES) to perform an existing conditions day and night Road Safety Audit (RSA) and to deliver concept designs with actionable recommendations for improving the intersection’s safety and efficiency.
Prospect
City of Prospect
The City of Prospect engaged BE Engineering Solutions to assess the parking challenges and provide actionable recommendations to optimise parking efficiency.
Sheidow Park
City of Marion
BE Engineering Solutions (BEES) was engaged by the City of Marion to undertake a comprehensive Road Corridor Study in Sheidow Park, South Australia
Kapunda, Greenock, Tanunda
Light Regional Council
The Adelaide Wine Capital Cycle Trail project seeks to deliver an iconic cycling pilgrimage spanning 250 kilometres and four distinct wine regions which include Clare Vally, Barossa, Adelaide Hills and McLaren Vale respectively.
