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The City of Murfreesboro, Tennessee, seeks an Assistant Director–Engineering & Compliance for the Water Department to oversee projects, ensure regulatory compliance, and manage technical operations of the water system. This on-site, full-time role leads engineering teams, reviews plans, and supports strategic long-term water resource management.
Applicants should have a civil/environmental engineering background, leadership experience, and knowledge of water utility regulations.
The City of Murfreesboro, Tennessee, is a vibrant and fast-growing community located in the heart of Middle Tennessee, about 35 miles southeast of Nashville. With approximately 160,000 residents, the city offers a high quality of life, a strong local economy, and extensive recreational opportunities, including nearly 2,000 acres of parkland, 17 miles of greenway, and multiple hiking and biking trails. Murfreesboro blends the charm of a historic town with the energy of a modern city and is home to Middle Tennessee State University, the second-largest undergraduate university in the state. The city’s diverse population, innovative spirit, and active downtown create an environment where people and businesses can grow together.
The Assistant Director–Engineering & Compliance for the Water Department is responsible for overseeing engineering projects, regulatory compliance, and technical operations related to the city’s water infrastructure. This full-time, on-site role in Murfreesboro, TN, includes managing and coordinating water system design, construction, and maintenance projects, as well as ensuring adherence to local, state, and federal regulations. The position involves leading engineering teams, collaborating with other departments and external partners, reviewing technical plans and specifications, and supporting integration of new technologies and systems. The Assistant Director will also monitor project timelines and budgets, prepare reports and documentation, and contribute to strategic planning for long-term water resource management and system reliability.