Freese and Nichols is seeking a
Water/Wastewater Engineer & Hydraulic Modeler to join our team in
Houston or Pearland, Texas. In this role, you will take ownership of impactful water and wastewater planning and modeling projects while building a long-term career path into leadership. You will work alongside experienced leaders, gain exposure to complex infrastructure challenges, and grow within a stable environment designed to support your professional development over time.
What You'll Do
- Manage water and wastewater master planning projects, including schedule, budget, and client coordination
- Serve as a consistent point of contact for Houston-area clients, building trusted, long-term relationships
- Collaborate with internal teams and senior leaders to deliver high-quality planning solutions
- Support delivery of critical projects through sound engineering judgment and clear communication of progress, risks, and outcomes with clients and internal teams
- Mentor early-career engineers and help foster a supportive, growth-oriented team environment
- Expand your technical and leadership capabilities through increasing responsibility and structured development opportunities
Qualifications- Bachelor's degree in civil, environmental, or related engineering field
- Professional Engineer (PE) license or successful completion of PE exam with ability to obtain licensure within 1 year
- 4+ years of engineering experience in water, wastewater, or related infrastructure projects
- Experience managing or supporting project, schedule, and budget
- Strong communication skills and ability to collaborate with clients and project teams
Preferred
- Experience in water and wastewater master planning, hydraulic modeling, sanitary sewer evaluation studies, and/or impact fee studies
- Experience working with municipal clients in the Houston area
- Demonstrated ability to mentor or support junior staff
- Interest in long-term leadership growth and team development
- Familiarity with planning and modeling tools, or data analysis for infrastructure systems
#LI-Hybrid 
