5 Numerical Modeling Jobs

You will be responsible for leading groundwater investigation, modeling, and field coordination at various project sites. Your main tasks will include acquiring and analyzing hydrogeological data, conducting pumping tests, and building numerical models using software such as MODFLOW, GMS, or equivalent. You should have a strong command over flow analysis, hydraulic conductivity, and practical field operations. Key Responsibilities: - Lead the acquisition of groundwater data, including borehole logging, water level monitoring, and aquifer testing. - Develop and run groundwater models using MODFLOW, GMS, or other industry-standard tools. - Conduct hydraulic conductivity assessments and flow net analyses for aquifer characterization. - Design, supervise, and interpret pumping tests for aquifer evaluation and recharge potential. - Coordinate day-to-day field activities related to groundwater exploration and monitoring. - Analyze hydrogeological data to assess aquifer behavior, flow patterns, and groundwater availability. - Prepare hydrogeological reports, models, maps, cross-sections, and technical presentations. - Liaise with multidisciplinary teams and external consultants to support project development. - Ensure quality control and adherence to regulatory and environmental standards. Requirements: - Bachelors or Masters degree in Hydrogeology, Geology, Environmental Science, or related field. - 15-20 years of experience in hydrogeological studies, groundwater modeling, and field exploration. - Proficiency in MODFLOW, GMS, or similar groundwater modeling software. - Strong understanding of hydraulic properties, aquifer systems, and flow modeling principles. - Hands-on experience with pumping tests, aquifer characterization, and field instrumentation. - Proven ability to coordinate multiple exploration activities across different project blocks. - Excellent analytical, reporting, and communication skills. - Strong leadership and project management capabilities. If you are interested in this position, please email your details to enpcareers.hr@ril.com.,

As the Lead Dam and Hydropower Structural Engineer, you will be responsible for managing the design and engineering efforts for various dam and hydropower structures such as gravity dams, arch dams, embankments, and appurtenant works. Your role will involve overseeing detailed engineering tasks for large hydro and Pumped Storage Plant (PSP) projects, including feasibility studies, Detailed Project Reports (DPRs), and construction-level drawings. You will provide technical leadership in the field of hydraulic structures, intake/outlet works, penstocks, spillways, surge shafts, and powerhouses. This will include supervising structural analysis, hydrological modeling, geotechnical investigations, and hydraulic design to ensure the successful implementation of projects. In addition, you will be required to coordinate with internal teams, external consultants, and clients to ensure alignment on project deliverables. Your responsibilities will also include reviewing and approving engineering drawings, reports, Bill of Quantities (BOQs), specifications, and tender documents. Ensuring compliance with national and international standards such as IS, ICOLD, USBR, FERC, etc., will be a crucial aspect of your role. You will implement quality assurance processes during engineering and documentation phases to uphold the highest standards of quality in the projects you oversee. Furthermore, you will support site teams during construction by providing engineering clarifications and design adjustments as needed. Your role will also involve attending client and statutory review meetings to provide expert input and ensure project success. As the ideal candidate, you should possess a strong understanding of hydraulic and structural design principles related to dams and hydropower components. Experience with design codes, numerical modeling tools (e.g., SAP2000, STAAD, PLAXIS, HEC-RAS), and CAD software will be essential for this role. An ability to interpret geological and hydrological data, along with proven skills in managing multi-disciplinary teams and engineering schedules, will be advantageous. Preferred qualifications for this role include a minimum of 3 full lifecycle projects (from DPR to construction) in hydropower or PSP. Exposure to pumped storage plant layouts and reversible turbine systems, as well as experience with international projects or joint ventures, will be considered a plus. Your success in this role will be supported by your excellent written and verbal communication skills, which are essential for effective collaboration with internal and external stakeholders.,

This is a full-time on-site Postdoctoral Fellowship (IPDF) opportunity at the Indian Institute of Technology, Guwahati focusing on numerical modeling, fabrication, and characterization of perovskite solar cells. As a Postdoctoral Fellow, you will be responsible for conducting research, attending seminars, collaborating with faculty and peers, publishing papers, and mentoring Masters/Bachelors students. Applicants should hold a doctoral degree in Physics/Chemistry/Electronics/Nanotechnology or a relevant area with a strong academic and research background. Proficiency in programming languages/numerical modeling, excellent written and verbal communication skills, and the ability to work independently and collaboratively are required. Additionally, research skills, data analysis, and critical thinking capabilities are essential for this role. Remuneration will be provided according to the institute's norms for IPDF. You will be working with a vibrant and young team, and any additional support needed will be offered. Interested candidates are required to apply via the portal https://online.iitg.ac.in/ipdf/ and email their CV to singhajay@iitg.ac.in. The application deadline is 31st July.,

You will be located in Bangalore and hold a PhD in Mechanical Engineering or a related discipline. With over 2 years of experience, you will be responsible for assisting customers in solving complex engineering problems using ANSYS software products. As an Application Engineer - FEA, you will collaborate closely with both customers and internal teams, offering technical support and consultancy. Your ability to research and provide solutions to a wide range of problems will be crucial. Your primary tasks will include diagnosing customer issues, researching solutions, and enhancing customer productivity and satisfaction with ANSYS Mechanical products. You will take ownership of the customer support experience, demonstrating active listening skills and a cooperative attitude. Additionally, you will conduct training classes on the usage of ANSYS Mechanical simulation products and maintain documentation of support requests. To qualify for this role, you must possess a PhD in Mechanical Engineering or a related field, along with a minimum of 2 years of experience in an engineering software environment. Proficiency in relevant ANSYS software or other commercial software is essential, as well as strong problem-solving skills and the ability to implement numerical models for practical engineering solutions in Structural Mechanics and composites. You should be able to work independently and collaborate effectively in a team environment, manage multiple projects, and communicate proficiently in English. Experience in composite material modeling and Explicit dynamics, as well as familiarity with ANSYS, will be advantageous. A passion for personal technical excellence, high performance, and customer service is necessary for this role. The ability to travel up to 50% of the time may be required.,

This is a full-time on-site role for a Postdoctoral Fellowship (IPDF) at the Indian Institute of Technology, Guwahati. The research topic will focus on numerical modeling, fabrication, and characterization of perovskite solar cells. As a Postdoctoral Fellow, your responsibilities will include conducting research, attending seminars, collaborating with faculty and peers, publishing papers, and mentoring Masters/Bachelors students. Applicants for this position must hold a doctoral degree in Physics, Chemistry, Electronics, Nanotechnology, or a relevant area. A strong academic and research background in a relevant field is required. Additionally, candidates should have experience in programming languages and numerical modeling. Excellent written and verbal communication skills are essential, along with the ability to work independently and collaboratively. Proficiency in research skills, data analysis, and critical thinking is also desired. The remuneration for this position will be according to the institute's norms for IPDF. You will be part of a vibrant and young team, and any additional support needed will be provided. Interested applicants are required to apply via the portal provided and email their CV to singhajay@iitg.ac.in. The deadline for applications is 31st July.,