Project Designer-EIT- Water / Wastewater Focus

Project Designer-EIT- Water / Wastewater Focus

J-U-B ENGINEERS, Inc. is seeking to hire a Project Designer (Engineer-in-Training) to work in our successful Twin Falls, ID office. Our purpose at J-U-B ENGINEERS, Inc. (J-U-B) is Helping Each Other Create Better Communities. We foster a supportive and team-oriented environment to solve problems that improve society, while providing employees growth opportunities and an expansive benefits package. We attract and retain the best people because we provide an enriching environment for our employees to build their careers in the communities where they live. J-U-B offers a clearly defined career path, a sense of belonging, and opportunities for employees to use their talents in a team environment. We are one of the largest professional engineering companies in the Intermountain West, with over 20 offices across seven states. There are ample opportunities to collaborate with other offices on projects, widening your experience and network.

While applying technical civil engineering knowledge and skills, this engineering position will :

• Work with multidisciplinary design teams in the planning, design, construction and permitting of a wide variety of water, wastewater / sewer, stormwater, irrigation, and general utility projects.
• Analyze engineering data and utilize sound engineering judgement to produce engineering documents including studies, feasibility analyses, technical memoranda, preliminary engineering reports, facility plans, opinions of probable construction cost, construction drawings and technical specifications.
• Develop business by building relationships with clients.
• Collaborate with clients, subconsultants, operators, regulatory agencies, funding agencies, and contractors on project requirements and deliverables.
• Perform periodic fieldwork including construction observation and project reconnaissance.
• Utilize design tools such as Microsoft Office, Bluebeam, AutoCAD / Civil3D, GIS, and water / sewer hydraulic models