Traffic Engineer

As a Traffic Engineer at Houston Engineering, Inc., your primary responsibilities will include collaborating with various clients to design transportation systems, performing traffic operations analysis, conducting traffic impact analysis, and optimizing traffic signal timing to enhance overall traffic flow. You'll also be tasked with designing essential traffic systems such as lighting, control signals, and pavement markings while ensuring the safety of roadways through detailed analysis of traffic and crash data.

To qualify for the role of Traffic Engineer at Houston Engineering, Inc., you must possess a Bachelor’s degree in Civil Engineering or a closely related field. Additionally, hands-on experience with traffic engineering software, such as HCS, Synchro, and SimTraffic, is essential. Familiarity with industry standards including MUTCD, AASHTO, and HCM, coupled with strong communication skills, will greatly benefit you in this position.

Unfortunately, visa sponsorship is not available for the Traffic Engineer position at Houston Engineering, Inc. This means that applicants must have permanent authorization to work in the United States without the need for future sponsorship at any stage of their employment.

As a Traffic Engineer at Houston Engineering, Inc., proficiency in traffic engineering software is crucial. Key tools you should be familiar with include HCS, Synchro, and SimTraffic for traffic analysis and modeling. Having experience with various systems will enable you to perform detailed traffic operations analysis, traffic impact studies, and design effective signal systems.

As a Traffic Engineer at Houston Engineering, Inc., you will enjoy a comprehensive benefits package that includes competitive pay, significant annual bonuses, paid health, dental, and vision insurance, generous PTO, and a matching 401(k) plan. Additionally, HEI prides itself on offering flexible schedules and an inclusive work environment, making it one of the best places to work in the industry.

When approaching traffic operations analysis as a Traffic Engineer, it's essential to collect relevant data from various sources, perform thorough evaluations using traffic engineering software, and apply your findings to enhance the traffic flow and safety of roadways. Being able to clearly communicate your results to clients and stakeholders will also be important.

In discussing your experience with traffic signal system design, be specific about the projects you worked on, the software you used, and the unique challenges you encountered. Detail how you optimized timing and coordinated signals to improve traffic efficiency and safety, showcasing your ability to apply engineering principles effectively.

To conduct a traffic impact analysis, I typically start by reviewing site plans, collecting existing traffic conditions data, and estimating future traffic volumes based on projected development. Then, I use traffic modeling software to simulate conditions and analyze potential impacts on surrounding road networks, presenting my findings with actionable recommendations.

I am very familiar with the MUTCD, AASHTO, and HCM guidelines, having integrated these standards into my previous projects. I ensure that all designs comply with these guidelines to enhance safety and efficiency, and I keep abreast of any updates in the regulations to ensure ongoing compliance in my work.

Effective communication with clients is achieved by providing regular updates, presenting data clearly, and being responsive to their needs and feedback. I focus on establishing trust and a collaborative atmosphere which promotes a successful project outcome while keeping all stakeholders informed throughout the process.

If I identify a traffic safety issue during an analysis, I conduct a comprehensive evaluation to understand the specifics of the problem. I then provide my findings to stakeholders and work collaboratively to propose changes, such as signal modifications or revised traffic patterns, to mitigate the issue and enhance safety.

In a challenging project, I encountered significant traffic congestion in a downtown area. By conducting thorough data collection and analysis, I was able to identify the primary causes of the congestion. I then worked with the municipality to propose a series of improvements, including optimized traffic signals, which ultimately reduced delays and improved overall traffic flow.

Data analysis plays a critical role in traffic engineering as it helps to inform decision-making and strategy development. Analyzing traffic volumes, speeds, and crash data enables Traffic Engineers to identify trends and problem areas, allowing for informed recommendations for system improvements.

I stay updated on advancements in traffic engineering technology by attending industry conferences, participating in professional organizations, and regularly reading relevant publications and research reports. This commitment to continuous learning allows me to integrate innovative solutions into my work, improving project outcomes.

My experience with optimizing traffic signal timing includes analyzing current signal performance data, using software to model various timing scenarios, and collaborating with local governments to implement the recommended adjustments. This approach ensures smooth traffic flow and improves safety at intersections.