Provide global technical leadership in hydraulic engineering, pumping systems, and water conveyance infrastructure.
Serve as senior advisor on complex projects, lead independent reviews, and represent AECOM in industry forums.
Mentor engineers, develop technical standards, and advance innovation in hydraulic structures.
AECOM is the world's trusted infrastructure consulting firm, partnering with clients to solve complex challenges in water, environment, energy, transportation, and buildings. We are a global team of over 50,000 planners, designers, engineers, and other professionals driven by a common purpose to deliver a better world.
Lead business development and regional strategy for Geosyntec's Dams and Hydraulic Structures practice.
Provide technical leadership on dam safety, structural evaluations, risk analyses, and rehabilitation design.
Mentor technical staff and ensure projects achieve excellence in budget, schedule, and client satisfaction.
Geosyntec is an international engineering and consulting firm helping clients solve complex problems involving the environment, natural resources, and civil infrastructure. Ranked by ENR as a top environmental engineering design firm, it is known for technical leadership, exceptional client service, and a culture that invests in its people.
Develop, calibrate, and review numerical groundwater flow models for mining and environmental projects.
Interpret hydrogeologic data and translate field data into practical modeling insights.
Mentor junior staff and contribute to the advancement of ITASCA's groundwater modeling tools.
ITASCA North America is a consulting firm specializing in hydrogeology, geomechanics, and engineering geology, solving complex challenges in mining and water management. The company is employee-owned, collaborative, and values technical excellence, mentorship, and innovation.
Lead the development, design, calibration, and operation of hydraulic physical models for river, coastal, estuarine, and hydraulic structure projects.
Design and oversee fixed-bed and mobile bed models to assess hydraulic performance, sediment transport, scour, erosion, deposition, and morphological evolution.
Collaborate with geomorphologists and hydrologists to develop representative flow scenarios and integrate physical modelling findings with numerical modelling outputs.
Egis is a leading global organisation in architecture, consulting, construction engineering, operations and mobility services. With more than 23,500 employees worldwide, we combine global capability with strong local insight.