As a Traffic Design Engineer at DRMP, your primary responsibilities will include designing signing and pavement marking plans, performing traffic signal analysis using Synchro, and conducting crash analyses to help enhance roadway safety. You will engage in various DOT and municipal roadway improvement projects which will leverage your expertise in traffic engineering to improve our transportation networks.

To qualify for the Traffic Design Engineer position at DRMP, candidates should hold a Bachelor's degree in Engineering, possess PE Registration (preferred or ability to obtain), and have 4 to 7 years of relevant experience. Familiarity with MicroStation is required, while knowledge of Synchro software is preferred. Strong verbal and written communication skills are also essential.

DRMP is committed to fostering the growth of its Traffic Design Engineers through various initiatives such as a Mentorship Program, a structured Career Path Development Program, and tuition reimbursement for further education. These programs aim to enhance skills and facilitate professional advancement in both management and technical tracks.

While direct experience in traffic signal analysis is preferred for the Traffic Design Engineer role at DRMP, having a solid foundation in relevant engineering principles and demonstrable experience with traffic-related projects can also support your application. Familiarity with tools like Synchro will be beneficial in performing the required analyses.

DRMP provides an excellent benefits package for its Traffic Design Engineers, including competitive health and dental insurance, a 401(k) plan with matching contributions, comprehensive paid time-off programs, parental leave, and short-term/long-term disability insurance. Additionally, we offer a variety of voluntary benefits and career development opportunities to ensure our team members feel valued and supported.

When conducting a traffic signal analysis, I typically start by gathering data on existing traffic patterns, followed by using software such as Synchro to simulate and evaluate signal timing options. It's essential to consider peak traffic hours and safety measures, and I would present various timing plans to recommend the best solutions for improvements.

In my previous roles, I worked on several projects that involved road safety improvements, including signalization upgrades and intelligent traffic systems. I can discuss specific instances where I conducted signal timing studies, collaborated with cross-functional teams, and delivered projects that enhanced the traffic flow and safety in urban settings.

To prioritize tasks efficiently, I assess deadlines, project complexity, and resource availability. Utilizing project management tools helps me allocate work dynamically, ensuring that urgent aspects of projects are addressed while maintaining progress on longer-term initiatives.

I have hands-on experience with several software tools including MicroStation for design work, and Synchro for traffic analysis. Additionally, I'm familiar with traffic simulation software and ArcGIS, which enhances my ability to create detailed designs and analyses.

I approach crash analysis by collecting and analyzing data from various sources, identifying patterns, and understanding contributing factors. The insights gained guide my recommendations for design changes or safety measures that could significantly reduce future incidents.

I have experience in incorporating ITS features into transportation designs, such as adaptive signal control systems and real-time traffic monitoring. This experience supports my ability to enhance traffic management and improve overall traffic flow while considering the existing infrastructure.

To ensure compliance with DOT regulations, I keep myself updated on regulations and standards, conduct thorough reviews of project plans, and maintain open communication with regulatory agencies throughout the design process. It’s crucial to ensure that our designs not only meet but exceed safety requirements.

I handle client communications by setting clear expectations from the start, providing regular updates, and being responsive to their questions and concerns. Building strong relationships based on transparency and trust leads to positive collaborations and successful project outcomes.

When designing traffic systems, I prioritize safety by incorporating features such as adequate signage, well-designed pavement markings, clear sightlines, and using data-driven insights to address high-risk areas. These aspects are vital to minimize accidents and increase public safety.

I'm motivated by the opportunity to make a tangible impact on community safety and mobility. Knowing that my work can lead to safer roads and more efficient transportation systems is incredibly rewarding, and I enjoy the challenge of continuously improving my designs and solutions.