Job Description

Who is ERM?

ERM is a leading global sustainability consulting firm, committed for nearly 50 years to helping organizations navigate complex environmental, social, and governance (ESG) challenges. We bring together a diverse and inclusive community of experts across regions and disciplines, providing a truly multicultural environment that fosters collaboration, professional growth, and meaningful global exposure. As a people-first organization, ERM values well-being, career development, and the power of collective expertise to drive sustainable impact for our clients--and the planet.



Introducing our new Global Delivery Centre (GDC)

Our Global Delivery Centre (GDC) in India is a unified platform designed to deliver high-value services and solutions to ERM's global clientele. By centralizing key business and consulting functions, we streamline operations, optimize service delivery, and enable our teams to focus on what matters most--advising clients on sustainability challenges with agility and innovation. Through the GDC, you will collaborate with international teams, leverage emerging technologies, and further enhance ERM's commitment to excellence--amplifying our shared mission to make a lasting, positive impact.
Job Objective
ERM is seeking a water focused, computer modeler with an engineering/scientific/environmental background to join our water resources, climate change, and modeling team. As a modeler, you will collaborate with a multidisciplinary team (hydrology, hydrodynamics, geochemistry, aquatics, and toxicology), and focus on integrating these functions to develop modelling studies that provide value to our clients. This is an opportunity to utilize your engineering/scientific/environmental educational background and analytical skills, along with your technical expertise, to participate in water-related modeling, assessment, analysis, and permitting for large-scale capital projects.
Job responsibilities may include:developing application of hydrodynamic, sediment transport, water quality, environmental simulation, and other models to freshwater and marine environments; assisting and executing the application of hydraulic and hydrologic riverine models to natural and urban watersheds; supporting water resource management studies, assisting in quantitative impact assessment studies related to our client's operations in lacustrine, riverine, and marine environments; using geospatial data analytics, related software (ArcGIS or similar), calculations and models to address impact, regulatory and climate change issues; and acquiring and processing datasets, monitoring model applications, performing supporting calculations, and documenting results. Collaborating with modeling and engineering teams to develop, deploy, and maintain modeling tools on cloud platforms (e.g., Azure), including web-based or desktop interfaces for internal and client-facing applications. Supporting full-stack development needs, including integration of scientific computing models (e.g FORTRAN, VBA, Python, R), and frontend interface developments using Docker, Lambda or APIs.

This is an excellent opportunity for a junior professional looking to start or advance his or her career level with a global sustainability leader.
REQUIREMENTS:B.S. or M.S. or equivalent in engineering or water sciences. 2 to 5 years of experience Working knowledge of programming environments such as FORTRAN, Visual Basic, C++, MATLAB, Python, R, Docker, Lambda and/or APIs. Working knowledge of industry standard water-related models such as HEC-HMS/RAS, SWMM, CORMIX, VPLUMES, or similar software. Experience and familiarity with cloud platforms like Azure, and containerization and interface tools. A self-starter mindset and curiosity to train and learn new programming environments, tools and scientific models when not previously experienced. Strong aptitude for or interest in using technical knowledge to develop strategic thinking in an interdisciplinary work environment Strong aptitude for and interest in problem solving and analytical thinking with high degree of organization and attention to detail. Effective communication skills; and organization/analytical skills; experience recording/writing detailed technical data and reports and presentation. Knowledge of global hydrological and water resources datasets such as GRDC, GLDAS, HydroSHEDS, CHIRPS, GPM, ERA5 etc. with understanding of their structure, applications, and relevance to environmental and water resource analysis * Proficient in geospatial software such as ArcMap and QGIS, with experience developing Python scripts to interface with hydrological datasets and automate data extraction for diverse team applications