8 Numerical Modelling Jobs

You will be a coordinated member of the central Civil & Structural (C&S) team, Pune branch, providing technical service work for operations and projects to ensure the safe delivery of projects and the maintenance of operating assets in a suitable condition to deliver the company's safety and business goals. As an offshore structural engineer, you will define the structural engineering scope of work for new construction, modifications to existing assets, life extension, and decommissioning, focusing on topside structure or jacket. You will provide technical assurance for third-party engineering deliveries, ensuring design and operations follow industry codes, company technical practices, and performance standards. Additionally, you will perform independent verification for challenging analyses conducted by third party engineers and manage relationships with third-party providers and contractors. In this role, you will assess the impact of significant weight and metocean changes to operating assets and deliver fit-for-purpose solutions that consider operational constraints and asset as-is conditions. You will actively supply to the offshore systems Community of Practice by sharing the standard processes and learning. You will support the Subject Matter Experts (SMEs) with the development and upkeep of company engineering technical practices, ensuring they are fit for purpose. Furthermore, you will work with SMEs to address lessons learned and drive efforts to ensure offshore structural risks are understood, controlled, and continuously reduced across the business to deliver safe and reliable results. Your role will also involve effectively communicating these risks to business and technical team members. People and business related responsibilities include providing visible safety leadership in accordance with bp safety leadership principles, lifesaving rules, and process safety fundamentals to model desired safety behaviors. You will record relevant lessons learned in the bp shared learning system, bring them up as vital, and incorporate them into local activities and specifications/practices/procedures. Supporting performance management through implementation, measurement, and analysis of relevant KPIs to drive continuous improvement will also be part of your role. To be successful in this position, you must have educational qualifications such as a BSc or BEng (UK), BSc (US), or international equivalent in civil/structural engineering or a closely aligned subject area. Certifications like Chartered engineer, professional engineer, or near chartered/professional status in a closely aligned subject area, or evidence of progression towards full chartered/professional status are required. Preferred qualifications include a postgraduate qualification in civil/structural engineering or a closely aligned subject area. You should also possess a minimum of 10+ years of relevant experience in disciplines related to industry standards such as API RP 2TOP, 2A-WSD, 2EQ, AISC WSD/LRFD, or ISO 19900/19901/19902 series. Additionally, you must have proven experience in the design of jackets and fixed platform topsides from in-place condition to construction, transportation, and installation. Other essential skills include proficiency in nonlinear finite element analyses, hot spot stress calculations, spectral fatigue analyses, utmost and abnormal level earthquake level analyses for topside structures and jackets, and understanding of structural theory behind code requirements. You will work with other central subject area engineering teams, major project and global concept design teams, operation site project, execution, and decommissioning teams, projects delivery leads, external vendors and contractors, and ad hoc teams as required. This role requires up to 10% travel and is eligible for relocation within the country, with no remote working option available.,

As an Innovation Projects Specialist at our company, you will collaborate with various teams to identify and define innovation projects, propose opportunities based on technical knowledge, and define R&D actions to achieve project objectives. You will conduct necessary lab tests, communicate research progress, and contribute to industrialization and quality control processes. In the realm of technical support activities using modeling, you will help define objectives, conduct lab-scale tests, design test benches, and write research reports. Your role also involves presenting technical findings to clients and making practical proposals for product formulation and design enhancements. Your general missions will include showing scientific curiosity, keeping abreast of scientific progress, understanding characterization technologies, analyzing results, attending scientific events, and contributing to patent writing and data archiving. Functionally, you will plan, organize, and supervise tasks for lab technicians, provide training, support quality and HSE tasks, and manage research partnerships and collaborative projects. For quality missions, you will conduct training, ensure data entry into archiving systems, and have knowledge of standards related to refractories. In terms of health, safety, and environmental missions, you will apply safety policies, evaluate risk assessments, and enforce waste management protocols. Minimum Education Required: - Master's Degree in Mechanical Engineering or post-graduation/Ph.D. in material science/ceramics/refractories with 3-5 years of simulation experience. Additional And/or Specific Knowledge: - Thermo-mechanical and fluidic simulation - Expertise in simulation software (preferably Ansys) - Refractory materials characterization techniques - Powder technology, inorganic chemistry, mineralogy, ceramics, dispersion, and rheology of concentrated suspensions.,

Fracture Mechanics Lab@ Indian Institute of Technology Applications are invited from interested and motivated candidates for the post of Junior Research Fellow (JRF) in a time bound research project for a period of 4 years, purely on contractual basis as per the following details. AR&DB Project Title: Damage modelling and Creep Fatigue Crack growth behavior of Gas Turbine disk fir tree using finite element analysis and material coupon test data Job Location: Fracture Mechanics Lab, Department of Metallurgical and Materials Engg., IIT Ropar, Rupnagar, Punjab, 140001 Broad area of the project: Continuum Mechanics, mechanical behaviour of metallic material Post-I Position Title Junior Research Fellow (JRF), One (01) Eligibility B.Tech degree in Mechanical Engineering/Metallurgical and Materials Engineering or related engineering such as Production Engg., Aerospace engineering, Material Science and Engg. Etc.(60% marks or CGPA of 6 and above) with qualified GATE. OR M. Tech degree in Mechanical Engineering/Metallurgical and Materials Engineering or related engineering such as Production Engg., Aerospace engineering, Material Science and Engg. Etc.(60% marks or CGPA of 6 and above) with qualified GATE. Final (M. Tech.) semester students may also apply; they must submit the provisional degree at the time of joining. OR BTech in aforementioned areas from CFTIs with 7.5 CGPA can apply without GATE. Age limit Must not be more than 28 years of age from the closing date of application (relaxation as per the norms/ orders of GOI). Duration 1 year can be extended to a max of 4 years or the project completion date, whichever is earlier based on annual performance review Fellowship for JRF Rs. 37,000/- per month +HRA for the first 02 years Rs. 42,000/- per month +HRA for the third year and fourth year Desirable qualifications Candidates with a strong background in mechanics of materials, including Finite element analysis. Research publication in conferences or journals, interest in experimental testing and numerical modelling of plastic and creep deformation. The selected candidates shall be encouraged to register for Ph.D. at IIT Ropar. Job Description In this project the candidate will be performing tensile, fatigue, fatigue crack growth, creep and creep-fatigue crack growth experiments along with numerical modelling of the same using Chaboche elasto-visco-plastic model for material qualification in fir tree design of gas turbine. The objective of the project is to use the numerical model for damage prediction in the fir tree region of the turbine disk. The candidate may have to visit the collaborating lab GTRE and other places as per need of the project. Application Procedure Interested and eligible candidates are encouraged to submit the Google form: https://forms.gle/p5nXo7YN97Y1gcHMA Due Date 22 nd August 2025 Other details The prescribed educational qualifications are a bare minimum and mere possession of the same will not entitle candidates to be called for interview. Where the number of applications received in response to this notice of engagement is large, it may not be convenient or possible to interview all the candidates. Based on the recommendations of the Screening Committee, the Project Leader may restrict the number of candidates to be called for interview to reasonable limits after taking into consideration qualifications and experience over and above the minimum qualifications prescribed in the Notice. Therefore, it will be in the interest of the candidates to mention all qualifications and experience in the relevant field as on the date of advertisement. All shortlisted candidates will be required to appear before the Selection Committee for an online/offline interview. The URL link for online interview will be provided to shortlisted candidates. No interview call letter will be issued separately. Selected candidates will have to join duty immediately on receipt of the offer of engagement. For any queries please contact: Dr. Abhishek Tiwari, Assistant Professor, Metallurgical and Materials Engineering department, IIT Ropar, email: [HIDDEN TEXT] Phone: 01881-23-2410 Show more Show less

As a Numerical Modelling & Programming specialist, you will be responsible for developing, implementing, and optimizing numerical algorithms within various software platforms for mining applications. Your role will involve writing and maintaining efficient, scalable code in languages such as C++, Python, and FISH, customized to geotechnical and rock mechanics modelling workflows. Additionally, you will be expected to customize and extend functionalities of tools like FLAC/FLAC3D, UDEC/3DEC, and other geomechanical software through scripting and API integration. Your duties will also include designing and deploying coding solutions to automate repetitive tasks, thereby enhancing efficiency across engineering workflows. You will need to identify and implement opportunities for process automation, contributing to resource optimization and improved modelling productivity. Collaboration with engineers, geologists, and technical leads is crucial to understand project requirements and translate them into software-based solutions. Moreover, integrating developed scripts and automation routines into existing platforms and project workflows will be part of your responsibilities. Quality assurance plays a significant role in your job profile, where conducting rigorous testing and validation of numerical models and coding deliverables is essential to ensure technical reliability and robustness. Participation in peer code reviews and contribution to the establishment and enforcement of coding best practices and standards will be expected from you. Staying current with industry trends in numerical modelling, simulation, and automation is crucial. You will be required to contribute to innovation by researching and applying new technologies like machine learning, generative AI, and image recognition to tackle mining challenges effectively. In terms of mandatory skills, excellent verbal and written communication in English is necessary. Strong programming proficiency in C++, Python, and FISH is also a must. A solid foundation in computer science, information technology, or engineering (mining/geotechnical preferred) is expected, along with the willingness and ability to learn new programming languages and software tools. Desired skills for this role include prior experience with mining or geotechnical modelling software, exposure to automation and scripting in engineering applications, familiarity with machine learning algorithms, generative AI, and image recognition technologies, and a proven ability to innovate and challenge conventional approaches in a technical environment. To be eligible for this position, you should possess a Bachelor's or higher degree in Computer Science, Software Engineering, or a related field. Additionally, you should have 7-10 years of experience in programming, ideally in support of mining or geotechnical applications, with demonstrated experience in coding for finite difference and discrete element methods, particularly in mining/civil engineering contexts.,

You have a wonderful opportunity to apply for a Postdoctoral Fellowship in Computational Seismology Lab at IISER Mohali. As a Postdoctoral Fellow, you will be involved in conducting research in various project areas related to seismology, geophysics, and machine learning applications in Earth sciences. The fellowship is funded by the institute, and the selected candidate will be based in Punjab, India. You will have the chance to work on projects such as ambient seismic noise analysis for aquifer stress monitoring, seismological imaging of the Main Himalayan Thrust, earthquake source studies, crustal velocity structure in the NW Himalaya, and application of AI/ML techniques for seismic signal detection and classification. Your key responsibilities will include leading and collaborating on data analysis, modeling, and publication, developing and applying machine learning tools for seismic data interpretation, assisting in establishing computational infrastructure for the lab, contributing to research proposals and collaborative projects, mentoring junior researchers, and presenting research at academic forums. To be eligible for this position, you should have a Ph.D. in Seismology, Geophysics, Earth Sciences, Physics, Data Science, or related computational disciplines. Strong programming skills and experience in data analysis or numerical modeling are required, and prior experience with AI/ML tools such as Python libraries and deep learning frameworks is highly desirable. If you are interested in this opportunity, please send your CV and a brief statement of research interest to jyotima@iisermohali.ac.in. Feel free to share this opportunity with other interested candidates in your network.,

As a Hydrogeological/Hydrological Technical Specialist at WSP, you will have the opportunity to assist project managers and technical leads in executing a wide range of technical services related to hydrogeology and hydrology. Your responsibilities will include contributing to groundwater components of Environmental Impact Assessments, operational water management, and closure/reclamation projects within the oil sands/mining industry. You will provide technical support for geological and hydrogeological data analyses, visualization, and development of conceptual site models. Furthermore, you will be involved in applying hydrogeological principles to groundwater projects using conceptual and numerical modeling software. You will develop innovative techniques and methods to address groundwater challenges, perform specialist numerical modeling and simulations for engineering projects, and prepare technical documentation to support analytical and numerical studies. As a self-starter, you will take ownership of project tasks using your technical expertise and contribute to technical solutions across multiple engineering disciplines in a collaborative environment. You will also work closely with mentors and team members to support your individual career progression and growth. To qualify for this role, you should have a background in Environmental/Mining Engineering or a related field with a minimum of 2 to 7 years of experience. Proficiency in numerical analyses for engineering applications, understanding of numerical methods, and experience with commercial numerical groundwater modeling codes are desirable. Additionally, experience with visualization software, general-purpose scripting/programming, global optimization, and 3D geometries for numerical modeling purposes is advantageous. Moreover, familiarity with data science, machine learning, physical hydrogeology, and strong analytical and communication skills are essential. Experience with Microsoft Office software suite and the ability to work effectively in a team environment are also key requirements. At WSP, we are a global team of passionate professionals dedicated to creating sustainable solutions that shape communities and the future. We offer a collaborative work environment that encourages unconventional thinking and diverse perspectives. As part of our team, you will have access to exciting projects, global opportunities, and a culture that celebrates innovation and inclusivity. Join us at WSP and be a part of a network of experts committed to making a positive impact on societies worldwide. Apply now to be a part of our journey towards a better future for all.,

Job Requirements Preparation, procurement, Interpretation, and analysis of measured and hindcast metocean data sets. Plan, manage, and contribute to metocean reports, data accusation, design basis documents, and site conditions assessments where appropriate. Collaborate effectively with the central metocean team to drive forwards best practices in modelling and measurement of metocean criteria and implement these advancements in real projects. Liaise with external regulatory and standards bodies to ensure compliance with relevant regulations and industry standards is achieved. Support metocean and floating LiDAR measurement campaigns, working closely with measurement team, contractors and internal stakeholders to optimise data collection and analysis. Contribute to the development of technical specifications for metocean equipment and services, including evaluation of bids and recommendations for contract award. Provide technical support and guidance to junior team members, fostering an environment of continuous improvement and knowledge sharing. Work Experience 10 + years experience in a similar role. Experience in the application of numerical models including in one (or more) of the following: CFD, atmospheric, waves or ocean circulation . An in-depth knowledge of instrument limitations and configurations for measuring wind, wave and current. Naturally inquisitive, with a desire for a fundamental understanding of metocean processes. Strong stakeholder management skills, with the ability to present analysis and conclusions clearly to senior management. Strong ability to collaborate within multifunctional teams, ensuring effective delivery of project objectives. Excellent coding skills, ideally in Python and / or MATLAB Excellent proficiency in English (written and verbal). Ability to manage time effectively. Ability to work independently and stay motivated without direct supervision. High self-motivation, initiative, and self-reliance. A degree in oceanography, meteorology, or engineering - or a closely aligned discipline.

Key Responsibilities: Fluid body volume extraction and geometry refinement. Perform high-quality mesh creation to discretize fluid body geometry domains. Analyze and predict fluid flow distribution, utilizing ANSYS Fluent for CFD analysis. Deliver high-quality technical reports and presentations to provide technical support on CFD projects. Offer expertise in interpreting flow physics and devising alternative solutions to meet customer needs. Strategically categorize and prioritize projects based on complexity and regional significance, defining tasks and timelines clearly. Lead multiple high-complexity projects, effectively setting priorities. Lead the CFD team to provide support to a various client. Requirements Experience and Skills Required: ME / MTech in Thermal / Mechanical / Automobile / Aerospace Engineering Possess 2 to 5 years of experience in CFD modelling, demonstrating proficiency in CFD field. Proficient in utilizing CFD modelling software packages, with a strong preference for expertise in ANSYS Fluent. Mandatory Hands on experience on ANSYS Fluent, Spaceclaim, MS-office tools Good to Have STAR CCM+, OpenFoam, Python Thorough knowledge of numerical modelling and methodologies, encompassing turbulence modelling, multi-phase flow, and non-Newtonian fluids. Hands-on experience in post-processing techniques, including particle tracking and movie clip creation, to extract meaningful insights from simulation results. Proven track record in executing unsteady (transient) simulations to capture dynamic fluid behaviour. Familiarity with 3D CAD packages such as Siemens NX, SolidWorks, or AutoCAD, enabling seamless integration with CFD workflows. Excellent verbal and written communication skills. Excellent in documentation and presentation Skill.