Traffic Engineer KEO International Consultants

Responsibilities

• Driving the preparation of comprehensive traffic engineering reports, including Traffic Impact Studies (TIS), Parking Assessments, and Feasibility Studies, meticulously adhering to RTA and other relevant local authority guidelines.
• Leveraging advanced proficiency in PTV VISSIM to develop, calibrate, and validate detailed micro-simulation models, optimizing complex intersection designs and road network performance.
• Utilising expertise in PTV VISUM and EMME software to create and analyze strategic transport models, informing long-term urban planning and policy development.
• Conducting in-depth road network analysis and capacity assessments for proposed designs using industry-standard tools like SIDRA, Synchro, and HCS.
• Developing comprehensive and compliant Temporary Traffic Management Plans (TTMPs) and Traffic Diversion Plans (TDPs), focusing on safety and efficiency for the implementation phase of major infrastructure projects.
• Preparing precise technical drawings, geometric layouts, and swept path analysis using AutoCAD and Civil 3D to support detailed road and intersection designs.
• Collaborating seamlessly with multidisciplinary internal design teams (e.g., civil, urban planning) to integrate traffic engineering insights into holistic project solutions.
• Presenting design concepts and technical findings directly to management that will be shown to regulatory bodies (including the RTA), and effectively communicating complex information and securing necessary approvals.
• Ensuring the technical quality and compliance of all transport models, designs, and reports, conducting thorough reviews and providing guidance to junior team members.
• Managing project components efficiently, adhering to design phase timelines, budgets, and deliverable schedules to meet client expectations.
• Staying at the forefront of traffic engineering advancements, continuously learning new modeling techniques, design standards, and regional transport planning best practices.
• Applying sophisticated analytical and problem-solving skills to complex traffic and transport challenges, formulating innovative and practical design solutions.