Sr. Engineering Technician - job 1 of 2

As a Sr. Engineering Technician at the City of Fort Worth, your primary responsibilities will include creating CAD drawings from sketches and verbal instructions, preparing electronic drawings, conducting research for traffic signal design, and ensuring adherence to the City’s CAD standards. You’ll also be involved in processing field data, preparing detailed drawings, and assisting various project teams to meet deadlines.

To apply for the Sr. Engineering Technician position at Fort Worth's Transportation Public Works, you’ll need an associate degree in Engineering, Architecture, or a related field. Additionally, at least five years of technical engineering experience in drafting, design, or surveying is required. Experience with AutoCAD and knowledge of traffic signal design is preferred.

For the Sr. Engineering Technician role at Fort Worth, proficiency in computer software such as AutoCAD, GIS, MS Excel, and Google Earth is essential. Familiarity with traffic signal operations and MUTCD (Manual on Uniform Traffic Control Devices) will enhance your qualifications for this position.

The work environment for a Sr. Engineering Technician at the City of Fort Worth is collaborative and dynamic. You’ll work closely with Traffic Engineers and Project Managers and may also collaborate with various project teams. The role involves both office work, using CAD software extensively, and some fieldwork, ensuring an engaging variety of tasks throughout your day.

Absolutely! The City of Fort Worth not only offers a competitive salary for the Sr. Engineering Technician position, but also provides numerous professional development opportunities to help you grow. You'll have access to training programs, workshops, and resources to enhance your skills and further your career in public works engineering.

When creating CAD sheets for traffic signal designs, it's important to first gather all relevant information and requirements from engineers. I start by sketching out initial designs before transferring them to CAD, ensuring accuracy and adherence to established CAD standards. Being detail-oriented and methodical in this process helps produce high-quality and precise drawings.

I have significant experience in traffic signal design, where I have been involved in various projects that required designing traffic control plans and preparing drawings. I ensure that my designs comply with MUTCD guidelines and prioritize safety and efficiency in traffic management. Sharing a specific project where my contributions improved traffic flow can be a great way to illustrate this.

I prefer using AutoCAD for drafting because of its powerful features, flexibility, and precision, which are crucial for engineering design. Additionally, I find GIS valuable for integrating and analyzing geographical data, which enhances my ability to create comprehensive designs that consider environmental and infrastructural factors.

Prioritizing multiple projects involves assessing deadlines, evaluating project scopes, and utilizing a structured organizational system. I typically create a timeline for each project, setting milestones to track progress and allocate time effectively. Clear communication with team members also helps to coordinate efforts and avoid delays.

One challenging engineering problem I faced was a traffic flow bottleneck due to insufficient signal timings. I conducted an analysis of the signal phases and collaborated with my team to optimize the timings based on traffic patterns. By implementing these adjustments, we enhanced traffic efficiency and improved safety at the intersection.

For data collection and analysis, I utilize field surveys, historical traffic data, and GIS tools to gather relevant information. Analyzing this data allows me to identify trends and make informed decisions about design parameters, ensuring that each project is based on empirical evidence.

Ensuring compliance with local regulations is of utmost importance in my work. I stay updated on current guidelines, such as the MUTCD, and cross-reference my designs with local zoning and traffic regulations. Regular collaboration with local authorities also helps to address any compliance issues before they arise.

I believe effective teamwork is essential for successful project outcomes. I maintain open communication channels, actively seek input from colleagues, and share progress updates frequently. I also value constructive feedback and am ready to assist team members to foster a collaborative and supportive work environment.

My experience with customer service in engineering includes communicating project details and recommendations to clients and stakeholders. I focus on understanding their needs and addressing any concerns they may have, ensuring that the final designs align with their expectations and enhance community satisfaction.

To manage the physical demands of the Sr. Engineering Technician role, I always prioritize ergonomic practices and take regular breaks to prevent fatigue. Staying organized and efficient in my workload helps, ensuring I can balance the physical aspects of site visits with desk work to maintain productivity and comfort.