Articles

Amber staff are established leaders in preparing traffic assessments for wind farm, solar farm and battery storage (BESS) projects across New South Wales, Victoria, Queensland and Tasmania. The assessment process is somewhat unique as these projects generate the highest traffic impacts during the construction phase, as opposed to other types of development which are typically assessed for the operational phase.

In Victoria, local planning schemes govern the development and land use policies, including provisions related to parking requirements under Clause 52.06. This clause outlines the specific standards and considerations for parking spaces associated with various land uses, including child care facilities.

Ensuring the safe, compliant and efficient movement of vehicles on curved ramp sections is not as easy as straight ramp sections. Curved ramps offer the extra complexity of longitudinal grades varying along any given cross-section, depending on the length and height between connecting sections.

Efficient waste management relies on more than just collection and disposal — it hinges on sound transportation planning. Whether it’s private or Council waste collection required for a project, traffic engineering principles will play a role in achieving a satisfactory outcome.

In the realm of traffic engineering, pedestrian safety stands as a critical focus area, especially in metropolitan areas. Recent initiatives underscore the commitment of professionals in the broader sector to enhance safety for pedestrians through targeted measures, technological advancements, and infrastructure enhancements.

In a constrained urban environment with growing construction needs and associated temporary traffic management, ensuring the safety of cyclists is paramount. Cyclists face heightened risks during events or construction that alter road conditions. Prioritising their safety requires specific considerations and proactive measures.

In the face of rapid urbanisation and increasing concerns about environmental sustainability, the integration of traffic engineering principles into urban planning has become paramount. This article explores how traffic engineering not only facilitates efficient transportation but also plays a crucial role in shaping sustainable cities.

Traffic calming refers to a set of deliberate strategies aimed at slowing down vehicle speeds to improve safety for all road users. These measures include physical interventions like speed humps, roundabouts, and narrowed roadways, strategically implemented to create an environment that encourages people to drive slower. The concept of traffic calming plays a pivotal role in shaping safer and more efficient city streets.

Gone are the days when compact cars ruled the streets; today, drivers are gravitating towards larger vehicles. However, as vehicles continue to grow in size, concerns about environmental impact and urban congestion have surfaced.

Construction, roadworks, or other special events require practical and effective traffic control measures to ensure they proceed smoothly with as little impact as possible on the surrounding traffic environment. Designing and then implementing effective control measures within the framework of relevant jurisdictions, codes of practice and guidelines, is key to effective traffic management.