Expert Engineering Consulting for
Civil Engineering Design
Hyperon has been undertaking road design, car park design, shared path design from concept to detailed design stages. IFC (Issued for Construction) documentation is provided through diligent stakeholder consultation with buildability and construction program at the core of the decision-making process and design framework.
Staging Plans and Functional Design Services
Hyperon provides a tailored solution to its clients by understanding the desired outcome and developing a basis of design (BOD) at the onset of the Project. The BOD provides the platform to develop a robust engineering solution while the iterative design process with close collaboration with our clients ensure an optimal and value-driven solution.
Surface Water and Drainage design, Utility and Services spatial footprint are meticulously integrated and co-ordinated with Road and Earthworks modelling to ensure that the ultimate product is resilient to various design discipline standard domains and repetitive changes, or rework is avoided.
Our Civil infrastructure design service offerings extend to various market sectors including Building Services, Road, Rail and Airports.
- Road Functional Layout Plans
- Intersection Design
- Roundabout Design
- Shared path Layout Plans
- Storm Water Drainage Strategy
- Storm Water Drainage Design
- Drainage Basin and Rainwater Storage Design
- Aquaplaning Checks
- Swept Path checks for standard and Customised vehicles
- Road Barrier Design
- Signs and Line Marking Design
- Utility and Services 3D Modelling and Space proving.
- Safety in Design
- Temporary Works Detour and Signage Strategy Design
- Temporary earthworks and sedimentation ponds design.
Road and Car Park Design Services
Hyperon offers comprehensive road and car park design services, encompassing every stage from concept to detailed design.
Our approach is centred on creating functional and efficient layouts tailored to the specific needs of each project. We specialise in developing road functional layout plans that ensure smooth traffic flow and safety.
Our expertise extends to intersection design, where we focus on optimising vehicle movement and minimising congestion. Additionally, we excel in roundabout design, providing solutions that enhance traffic efficiency and safety. Our car park design services are meticulously planned, considering factors such as capacity, accessibility, and user convenience. Each design is backed by IFC (Issued for Construction) documentation, ensuring that all aspects are thoroughly reviewed and ready for construction.
Through diligent stakeholder consultation, we ensure that our designs are not only practical but also aligned with the construction program and buildability requirements.
Shared Path Design and Integration
Hyperon is committed to promoting sustainable and active transport solutions through our shared path design services.
We develop shared path layout plans that seamlessly integrate with existing infrastructure, providing safe and accessible routes for pedestrians and cyclists. Our designs prioritise user safety and comfort, incorporating elements such as clear signage, adequate lighting, and appropriate surface materials.
Our shared path designs are not only functional but also contribute to the overall aesthetic and environmental goals of the project.
Storm Water Strategy
Effective surface water and drainage management is crucial for the resilience and functionality of any infrastructure project. Hyperon provides comprehensive storm water drainage strategy and design services, ensuring that water is efficiently managed and directed away from critical areas.
Our expertise includes pit and pipe network design, swales and drainage basin design. We conduct thorough aquaplaning checks to ensure road safety during wet conditions.
Our drainage solutions are meticulously integrated with road and earthworks modelling, ensuring that the final product is robust and resistant to changes across various design disciplines. By avoiding repetitive changes or rework, we deliver efficient and cost-effective drainage solutions.
Utility and Services Coordination
Hyperon’s utility and services spatial footprint design services are integral to the success of any infrastructure project.
We provide 3D modelling and space proving services, ensuring that utilities and services are effectively coordinated with road and earthworks designs.
This meticulous integration prevents conflicts and ensures that all elements of the project work harmoniously together. Our designs take into account the spatial requirements of various utilities, preventing costly rework and delays. By understanding the specific needs of each project, we develop tailored solutions that optimise the use of space and resources.
Our commitment to safety in design is evident in our thorough planning and coordination, ensuring that all utility and service installations are safe and compliant with relevant standards.
Safety and Temporary Works Design
Safety is a paramount consideration in all of Hyperon’s design services. We offer comprehensive safety in design solutions, ensuring that all aspects of a project are planned and executed with the highest safety standards in mind.
Our services include road barrier design, signs and line marking design, and swept path checks for standard and customised vehicles. These elements are crucial for ensuring the safety of both construction workers and end-users.
Additionally, we provide temporary works detour and signage strategy design, ensuring that any disruptions during construction are minimised and effectively managed. Our temporary earthworks and sedimentation ponds design services are essential for managing environmental impacts during construction, ensuring that sedimentation and erosion are controlled.
Construction Phase Services
The planning and execution of temporary works are integral to the successful delivery of transport infrastructure projects. Temporary works staging concepts and plans (TMPs) are developed to facilitate the safe and efficient execution of construction activities.
This involves the design and implementation of temporary structures and systems that support the main construction efforts, ensuring minimal disruption to existing infrastructure and the surrounding environment. Temporary works functional and detailed design services provide the technical specifications required for these interim solutions, ensuring they meet all safety and regulatory standards.
During the construction phase, a suite of services is available to support project delivery, including project management and technical advisory, which provide strategic oversight and expert guidance.
Drainage Design
Effective drainage design is a critical component of transport infrastructure services, ensuring that water management systems are both efficient and sustainable. This service involves the creation of detailed plans that address the collection, conveyance, and disposal of stormwater, thereby minimising the risk of flooding and waterlogging.
In tandem with drainage design, flood modelling and flood risk assessments are conducted to evaluate potential flood scenarios and their impacts on infrastructure projects. By employing advanced modelling techniques, potential risks can be identified and mitigated early in the project lifecycle, ensuring the resilience and longevity of the infrastructure.
These assessments are vital for safeguarding assets and ensuring the safety of end-users.
Technical Advisory and Independent Verification
The technical advisory service offers expert insights and recommendations throughout the project lifecycle, from initial planning to final execution.
This service ensures that all technical aspects of the project are thoroughly evaluated and optimised for performance, safety, and cost-effectiveness. A dedicated technical challenge team is available to address complex engineering issues, providing innovative solutions that drive project success.
Independent verification is another critical service, offering an objective assessment of the project’s compliance with design specifications, regulatory requirements, and industry standards. This independent perspective ensures that all project deliverables meet the highest quality benchmarks and are fit for purpose.