Wastewater Technical Manager

Woodard & Curran is an employee-owned engineering, science, and operations firm dedicated to clean water, a safe environment, healthy communities, and happy people. We foster an inclusive, collaborative culture that supports professional growth, flexibility, and meaningful work, empowering our employees to make a lasting impact on our clients, communities, and the planet.

What’s in it for you:

Woodard & Curran is seeking a dynamic, detail‑oriented, and client‑focused Professional Engineer to join our Water Team as a Technical Manager. In this role, you will partner with municipal clients to plan, design, and deliver a range of wastewater projects to support our Rye Brook office.

Our Mid-Atlantic team comprises a dynamic group of engineers, scientists, and design professionals who emulate Woodard & Curran’s values. Woodard & Curran creates a safe and fun environment for employees to thrive and collaborate with teams locally and nationwide to deliver clean water solutions to our clients. 

Who are we looking for:

The ideal candidate brings strong technical depth in wastewater collection systems, a proven ability to deliver complex infrastructure programs, and experience in the evaluation, planning, design, and rehabilitation of collection systems. Familiarity with a broad range of issues related to master planning, collection systems, municipal wastewater treatment, and biosolids is preferred. In collaboration with the Client Manager and Project Manager, you will help lead the delivery of multiple projects, work directly with clients and internal teams, and support marketing and proposal efforts.

Location: Rye Brook, NY

Offering Flexible Remote/Hybrid Work Schedule: Expectation is 2 to 3 days in the office or onsite with clients.

Travel up to 20%: Clients within the Mid-Atlantic Region, generally within a two-hour radius of Westchester County

To name a few, projects may include:

• Collection system assessments, planning, design, and rehabilitation 
• Pumping station designs and rehabilitation
• Municipal wastewater systems, including collection system infrastructure, pumping system hydraulics, and wastewater treatment processes 
• Biosolids management and renewable energy development