Larsen & Toubro is seeking a qualified engineer with a master’s degree in Water Resources, Environmental Engineering, or Hydrology Engineering. Candidates should have 4–5 years of experience in infrastructure projects including stormwater drainage and bridge hydrology. Proficiency in design software like Civil Storm and HEC-RAS is essential. The role involves guiding junior engineers, coordinating with construction teams, and applying industry standards to design hydraulics for various infrastructure projects.
Qualifications
Master’s degree in Water Resources, Environmental Engineering, or Hydrology Engineering.
4-5 years of experience in infrastructure projects, stormwater drainage, and bridge hydrology.
Proficiency in design software such as Civil Storm, Sewer GEMS, HEC-RAS, and HMS.
Responsibilities
Guide a team of PGETs/GETs on hydrology and hydraulic designs.
Coordinate with site and construction teams.
Understand, explain, present, and solve complex technical problems.
Apply industry standards, workflows, and interoperability techniques.
Design hydraulics for roads and city infrastructure projects.
Skills
Proficiency in design software such as Civil Storm, Sewer GEMS, HEC-RAS, and HMS
Experience in infrastructure projects
Experience in stormwater drainage and bridge hydrology
Education
Master’s degree in Water Resources, Environmental Engineering, or Hydrology Engineering
PhD in a similar field
Job description
Qualifications
Master’s degree in Water Resources, Environmental Engineering, or Hydrology Engineering. A PhD in a similar field is an added advantage.
4‑5 years of experience in infrastructure projects, stormwater drainage, and bridge hydrology. Experience with airport projects is an added advantage.
Proficiency in design software such as Civil Storm, Sewer GEMS, HEC‑RAS, and HMS.
Responsibilities
Guide a team of PGETs/GETs on hydrology and hydraulic designs.
Coordinate with site and construction teams.
Understand, explain, present, and solve complex technical problems for technical and non‑technical audiences.
Apply industry standards, workflows, data formats and interoperability techniques.
Design hydraulics for roads, railways, and city infrastructure projects using design software.