13 Openfoam Jobs

Job Title : Aerodynamics & Simulation Engineer This engineer will simulate and optimize aerodynamic performance across flight regimes for cargo and passenger eVTOL designs. You’ll play a vital role in shaping vehicle stability, control, and efficiency. Key Responsibility Perform CFD analysis and wind tunnel validations.Collaborate on flight control surface design and placement. Simulate vertical take-off, cruise, and landing dynamics. Optimize for drag reduction, lift augmentation, and thermal airflow. Skills Required: 3–5 years in CFD/Aerodynamic simulation (ANSYS, OpenFOAM, etc.). Solid understanding of aircraft stability and control. Proficiency in MATLAB/Simulink or similar tools. Bonus Skills: Experience with rotorcraft or VTOL-specific aerodynamics. Wind tunnel testing exposure. Job Types: Full-time, Permanent Pay: ₹40,000.00 - ₹60,000.00 per month Schedule: Day shift Work Location: In person

Amrita Vishwa Vidyapeetham, Coimbatore Campus is inviting applications from qualified candidates for the post of Post Doctoral Fellow (PDF) For Details Contact : v_ratnakishore@cb.amrita.edu Job Title Post Doctoral Fellow (PDF) Required Number 1 Qualification PhD in Mechanical/Aerospace Engg. Must have working CFD analysis in his PhD work (preferably using ANSYS Fluent). Demonstrated experience in publishing High-quality, peer-reviewed, Scopus-indexed (Q1/Q2) publications. Job description The proposed work would be in various aspects CFD applications from wing aerodynamics, POD analysis on unsteady flow, liquid film cooling of nozzle and metal spray analysis. The candidate should be self-motivated to do research in CFD modelling using CFD tools like OpenFOAM, FLUENT and COMSOL. Job Category Research Last Date to Apply July 30, 2025

Key Responsibilities: Perform CFD simulations using tools such as ANSYS Fluent, STAR-CCM+, OpenFOAM, or COMSOL. Develop and validate computational models for fluid dynamics, thermal management, aerodynamics, or combustion systems. Analyze simulation results and provide actionable insights to support design decisions. Optimize designs based on CFD findings to improve performance, efficiency, and reliability. Work closely with cross-functional teams including design, testing, and manufacturing. Prepare technical reports and present findings to internal teams or clients. Automate simulation processes and develop best practices to improve workflow efficiency. Ensure model accuracy through mesh independence studies, verification, and validation. Requirements: Education: Bachelor's or Master's degree in Mechanical Engineering, Aerospace Engineering, Chemical Engineering, or related field. Experience: 2+ years of experience in CFD modeling and simulation (entry-level roles may be available with strong academic background). Skills: Proficiency in CFD software (e.g., ANSYS Fluent, STAR-CCM+, OpenFOAM, etc.). Strong understanding of fluid mechanics, thermodynamics, and heat transfer. Familiarity with CAD tools (e.g., SolidWorks, CATIA) and meshing tools (e.g., ANSYS Meshing, ICEM CFD). Experience with scripting (e.g., Python, MATLAB) for automation and data processing is a plus. Strong analytical and problem-solving skills. Good communication and technical report-writing abilities. Preferred Qualifications: Experience in specific application areas such as HVAC, turbomachinery, battery cooling, combustion, or marine/aerospace. Familiarity with experimental validation techniques. Knowledge of multi-physics simulations or FEA (Finite Element Analys

Position: Assistant Professor – Aerospace Engineering Specialization: Aeronautical & Space Infrastructure and Allied Fields Experience: 2–7 years (Teaching/Research) Qualification: Ph.D. in Aerospace Engineering or relevant specialization About the Role We are inviting applications from enthusiastic and highly qualified candidates for the position of Assistant Professor in the Department of Aerospace Engineering . The role focuses on teaching, research, and academic development in areas related to Aeronautical Systems, Space Infrastructure, Satellite Technology, and Allied Aerospace Fields . The ideal candidate will have a strong academic background, a Ph.D., and a demonstrated passion for education, research, and innovation. Primary Responsibilities Deliver lectures, practical sessions, and tutorials at undergraduate and postgraduate levels. Design and update syllabi for courses in aeronautics, satellite technology, propulsion, and space mission architecture. Guide student research projects, theses, and internships. Publish high-quality research papers in reputed journals and conferences. Contribute to funded research and consultancy in collaboration with space agencies, R&D labs, or defense organizations. Participate in curriculum development, quality assurance, and accreditation activities. Organize workshops, conferences, guest lectures, and industry interaction programs. Mentor and support students in academic and co-curricular development. Engage in interdisciplinary collaborations within and outside the institution. Key Areas of Expertise Aerodynamics and Flight Mechanics Satellite and Launch Vehicle Design Aerospace Propulsion and Thermal Systems Avionics, Navigation, and Control Systems Spacecraft Structures and Materials Mission Planning & Space Infrastructure Computational Methods in Aerospace Engineering Desirable Skills Proficiency in engineering tools such as MATLAB, ANSYS, STK, CATIA, SolidWorks, Simulink, OpenFOAM Experience in simulation, CFD, FEM, and systems modeling Strong research portfolio with Scopus/SCI publications Industry linkages or prior collaborations with ISRO, DRDO, HAL, or similar Excellent communication, leadership, and mentoring capabilities Strong proposal writing and grant acquisition abilities Eligibility Criteria Ph.D. in Aerospace Engineering or a related domain from a recognized institution. Minimum 2 years of full-time teaching or postdoctoral research experience . Proven record of research and academic contribution in relevant fields. Show more Show less

Position: Entry-Level CFD Engineer Location: Pune, India Type: Full-time Experience: 3–4 years About Astrophel Aerospace: Astrophel Aerospace is pioneering India’s next-generation reusable launch vehicle technology. We are building high-performance liquid propulsion systems, precision turbopumps, and cutting-edge cryogenic hardware from the ground up. Backed by deep-tech investors and collaborating with leading space organizations, our mission is to democratize access to space with indigenous engineering and innovation. Role Overview: As an Entry-Level CFD Engineer, you’ll play a crucial role in simulating and analyzing fluid flow, heat transfer, and combustion processes critical to our propulsion systems. From turbopumps and cryogenic injectors to throttle valves and regeneratively cooled engines, your work will directly impact how we design, iterate, and optimize our rocket components. You’ll work closely with propulsion leads, FEA experts, and test engineers to bring analytical insights into real-world performance. Key Responsibilities: Develop and run CFD simulations for rotating machinery (turbines, impellers), cryogenic flows, and high-pressure combustion chambers. Support analysis of two-phase flow, cavitation, and thermal gradients in pump-fed systems. Interpret simulation results to guide design iterations in collaboration with design and propulsion teams. Set up boundary conditions, meshing strategies, and turbulence models appropriate for aerospace hardware. Prepare technical reports and documentation for internal design reviews and external validation. Assist in experimental correlation and test data matching for validation of CFD models. Preferred Qualifications: Bachelor’s or Master’s degree in Aerospace, Mechanical, or related engineering field. Solid foundation in fluid mechanics, thermodynamics, and heat transfer. Hands-on experience with tools like ANSYS Fluent, CFX, or OpenFOAM. Basic knowledge of rotating machinery, cryogenics, or combustion physics is a strong plus. Understanding of mesh independence, transient vs. steady simulations, and turbulence models. Familiarity with scripting in Python or MATLAB for post-processing or automation is desirable. Nice to Have: Experience with cryogenic propellants (LOX, LCH4, LN2) and compressible flow behavior. Exposure to regenerative cooling or nozzle flow analysis. Prior work (academic or industry) on pumps, turbines, or injector flows. What We’re Looking For: A sharp, detail-oriented problem-solver who learns fast and loves working on first-principles engineering. Someone who’s excited by hard problems, doesn’t mind messy data, and wants their simulation work to fly — literally. Passion for space, experimentation, and building something that’s never been done before in India. From swirling flow fields to soaring rockets—craft the future of space, one simulation at a time. Show more Show less

We are looking for a technically strong Senior Hydraulics Engineer with proven experience in high energy water systems, including spillways, energy dissipation structures, and hydrodynamic impacts on hydraulic infrastructure. The role will involve concept development, advanced numerical and physical modelling, and the design of complex hydraulic systems associated with dams and hydropower projects. Key Responsibilities: Develop and review designs for high energy hydraulic structures (e.g. spillways, plunge pools, stilling basins) Perform advanced hydraulic modelling (2D/3D CFD and/or physical model review) Evaluate hydrodynamic loads and pressure effects on structures Assess cavitation, air entrainment, flow instabilities, and transient effects Collaborate with civil and geotechnical teams on integrated design solutions Contribute to technical reports, specifications, and design documentation Qualifications Bachelors degree in Civil Engineering, Hydraulic Engineering, or related discipline (Masters degree preferred) Minimum of 8 years experience in hydraulic design for dams, hydropower, or similar infrastructure Strong experience in hydraulic modelling tools (e.g. Flow3D, HEC-RAS, OpenFOAM, or similar) Understanding of physical modelling methods and scale effects Familiarity with high-energy hydraulic phenomena (e.g. water hammer, cavitation, air entrainment) Chartered or working towards Chartership (ICE, Engineers Australia, or equivalent) Strong technical reporting and communication skills, with ability to clearly present complex results

Role & responsibilities We are seeking an experienced and analytical CFD Engineer with 3+ years of hands-on experience in multiphase flow simulations, pressure drop analysis, and flow and thermal distribution studies. The ideal candidate will play a key role in optimizing fluid systems and thermal performance across engineering applications using advanced simulation tools. Key Responsibilities: Perform CFD simulations involving multiphase flows (e.g., gas-liquid, liquid-solid) using tools such as ANSYS Fluent, CFX, or OpenFOAM. Analyze pressure drop, velocity profiles, and thermal distribution in complex geometries and flow systems. Develop and validate simulation models based on experimental or benchmark data. Optimize designs for improved thermal performance, flow uniformity, and system performance Generate detailed technical reports and present findings to cross-functional teams. Collaborate with design, mechanical, and thermal engineering teams to integrate CFD insights into product development. Maintain and improve simulation workflows, automation scripts, and best practices Preferred candidate profile Required Qualifications: Bachelors or masters degree in mechanical engineering, Aerospace Engineering, Chemical Engineering, or a related field. Minimum 3 years of experience in CFD analysis and simulation. Strong experience with CFD software (e.g., ANSYS Fluent, CFX, STAR-CCM+, OpenFOAM). Solid understanding of fluid dynamics, heat transfer, and multiphase flow physics. Experience in meshing complex geometries, setting up boundary conditions, and interpreting simulation results. Proficiency in post-processing tools (e.g., ParaView, CFD-Post). Good programming/scripting skills (e.g., Python, MATLAB) for automation and data analysis. Preferred Qualifications: Experience with conjugate heat transfer (CHT) and thermal management systems. Knowledge of VOF, Eulerian-Eulerian, or Lagrangian multiphase models. Exposure to experimental validation or lab-scale testing. Strong communication and technical documentation skills.

We are looking for a technically focused engineer with experience in hydraulic modelling and computational fluid dynamics (CFD) for complex hydraulic systems, particularly for pumped storage applications. The role focuses on understanding energy losses, transient flow regimes, and water level impacts using tools like ECRAS and Flow3D. Key Responsibilities: Conduct CFD modelling of hydraulic structures (intakes, tunnels, surge chambers, etc.) Analyse energy dissipation, head losses, and flow transitions across operating modes Model head/tailwater level interactions during generation and pumping cycles Support physical modelling teams with numerical pre-analysis and post-validation Optimise hydraulic performance through scenario testing and flow tuning Produce high-quality technical outputs, visualisations, and reporting Qualifications Bachelors degree in Civil, Hydraulic, or Mechanical Engineering (Masters degree preferred) Minimum of 8 years experience in hydraulic system modelling, including pumped storage or hydropower Strong proficiency in CFD tools such as Flow3D, OpenFOAM, or ANSYS Fluent Experience with ECRAS, HEC-RAS or similar for energy and water level analysis Solid understanding of turbulent flow, flow transitions, and energy loss mechanisms Ability to work with and interpret physical model results for calibration and validation Strong reporting, communication, and visualisation skills for technical and non-technical audiences Additional Information With infrastructure investment accelerating worldwide, our services are in great demand, and theres never been a better time to be at AECOM! Join us, and youll get all the benefits of being a part of a global, publicly traded firm access to industry-leading technology and thinking and transformational work with big impact and work flexibility. AECOM provides a wide array of compensation and benefits programs to meet the diverse needs of our employees and their families. We also provide a robust global well-being program. Were the worlds trusted global infrastructure firm, and were in this together your growth and success are ours too. As an Equal Opportunity Employer, we believe in each persons potential, and well help you reach yours. Join us and lets get started. AECOM does not accept unsolicited resumes from recruiters or recruitment agencies. In the event a recruiter or agency submits a resume or candidate without a previously signed agreement, AECOM explicitly reserves the right to pursue and hire those candidate(s) without any financial obligation to the recruiter or agency. Any unsolicited resumes, including those submitted to hiring managers, are deemed to be the property of AECOM and in the absence of a signed Agreement, AECOM will not consider or agree to payment of any recruitment fee. About AECOM AECOM is proud to offer comprehensive benefits to meet the diverse needs of our employees. Depending on your employment status, AECOM benefits may include medical, dental, vision, life, AD&D, disability benefits, paid time off, leaves of absences, voluntary benefits, perks, flexible work options,well-being resources, employee assistance program, business travel insurance, service recognition awards, retirement savings plan, and employee stock purchase plan. AECOM is the global infrastructure leader, committed to delivering a better world. As a trusted professional services firm powered by deep technical abilities, we solve our clients complex challenges in water, environment, energy, transportation and buildings. Our teams partner with public- and private-sector clients to create innovative, sustainable and resilient solutions throughout the project lifecycle from advisory, planning, design and engineering to program and construction management. AECOM is a Fortune 500 firm that had revenue of $16.1 billion in fiscal year 2024. Learn more at aecom.com. What makes AECOM a great place to work You will be part of a global team that champions your growth and career ambitions. Work on groundbreaking projects - both in your local community and on a global scale - that are transforming our industry and shaping the future. With cutting-edge technology and a network of experts, youll have the resources to make a real impact. Our award-winning training and development programs are designed to expand your technical expertise and leadership skills, helping you build the career youve always envisioned. Here, youll find a welcoming workplace built on respect, collaboration and community - where you have the freedom to grow in a world of opportunity. As an Equal Opportunity Employer, we believe in your potential and are here to help you achieve it.

Job Description Summary We are seeking a highly motivated and technically proficient Lead Engineer to join our team at GE Aerospace, Bangalore. This role is focused on developing and enhancing high-fidelity Large Eddy Simulation (LES) solver for GPUs. The candidate will collaborate with a global team to push computational boundaries, ensure robust solver performance, and implement state-of-the-art numerical techniques in design workflows. The role emphasizes expertise in software development technologies, high-performance computing (HPC), and integration into advanced design processes. Job Description Essential Responsibilities Collaborate with the global development team to implement advanced numerical schemes and features for code acceleration and robustness improvements Conduct validation and verification of CFD methods using experimental data and high-fidelity numerical solutions. Optimize and parallelize CFD codes for high-performance computing environments, including multi-core CPUs and GPUs. Collaborate across teams to integrate CFD capabilities into design workflows for improved accuracy, efficiency, and robustness. Leverage digital and machine learning techniques to enhance solver capacity and performance. Stay current with developments in CFD software development technologies and numerical methods, proposing innovative solutions to improve existing capabilities. Document and share lessons learned in relevant technical forums. Provide mentorship and technical guidance to junior engineers and interns. Ensure adherence to internal standards for software development and computational methods. Required Qualifications Masters + 3 years of industrial experience or Ph.D. in Aerospace Engineering, Mechanical Engineering, or a related field with a focus on computational fluid dynamics or fluid mechanics. Strong programming skills in C++ and Python. Experience with parallel programming (MPI, OpenMP) and high-performance computing environments. Solid understanding of numerical methods and high-order methods for CFD (Finite Element, Finite Volume) and numerical methods for PDEs. Familiarity with GPU programming (CUDA, HIP) is a must. Experience with version control systems (Git, GitHub/Bitbucket). Knowledge of optimization and uncertainty quantification techniques. Strong analytical and problem-solving skills. Excellent communication and technical writing skills. Ability to work collaboratively in a global team environment. Desired Characteristics Experience in developing and applying CFD methods for aerodynamic design and analysis. Familiarity with turbulence models, wall models and transition models in CFD. Familiarity with modern Fortran. Hands-on experience with commercial and 3rd party software such as ANSYS, Tecplot, ParaView, and OpenFOAM.

Hiring: Cryogenics Research Scientist (Masters or Bachelors in Cryogenics/Mechanical Engineering) Line of Service: Research & Development Industry/Sector: Aerospace Specialism: Cryogenic Fuel Storage, Thermodynamics Management Level: Research Scientist Job Description & Summary: At Celestial Aerospace, we are developing the next generation of hydrogen-based space propulsion systems with a strong emphasis on cryogenic fuel storage, handling, and optimization. Our Cryogenics Research Team is focused on minimizing boil-off losses, improving thermal insulation, and enhancing the efficiency of LH₂-LO₂ storage and transfer systems. As a Cryogenics Research Scientist, you will be responsible for conducting advanced research in cryogenic thermodynamics, developing next-gen insulation and storage materials, and optimizing fuel handling technologies for long-duration space missions. Your work will directly impact the efficiency, safety, and reliability of hydrogen-based propulsion systems. Why Join Us? • Work on a first-of-its-kind hydrogen-lift launch system revolutionising space travel. • Opportunity to shape the future of sustainable space exploration and develop a new mode for interplanetary travel. Responsibilities: • Develop and optimise cryogenic LH₂-LO₂ storage systems for high-efficiency space propulsion. • Analyze and mitigate thermal losses to minimize boil-off and improve long-term fuel preservation. • Research advanced insulation technologies such as aerogels, vacuum multi-layer insulation (MLI), and active cooling methods. • Design and test fuel transfer systems for safe and efficient LH₂-LO₂ movement in microgravity conditions. • Collaborate with propulsion and materials experts to develop lightweight, high-strength cryogenic tanks. • Model and simulate cryogenic fluid behaviour under varying environmental conditions (vacuum, space radiation, launch dynamics). • Evaluate alternative cryogenic storage techniques for deep-space/ interplanetary missions and interplanetary travel. Mandatory Skill Sets: Expertise in cryogenic fuel storage, heat transfer, and thermodynamics Strong background in mechanical & thermal stress analysis of cryogenic storage and transport systems Experience with computational modelling tools (e.g., Ansys, OpenFOAM, COMSOL, NASA CEA) Knowledge of insulation materials and techniques for supercooled fuels Preferred Skill Sets: Experience with high-vacuum insulation and cryogenic cooling systems Understanding of hydrogen embrittlement and material compatibility in cryogenic environments Proficiency in programming & simulation tools (e.g., MATLAB, Python, Fortran for thermal analysis) Education Qualification: Master’s in Cryogenics or Mechanical Engineering with specialisation in Cryogenic Systems Experience: Required: 3+ years of cryogenics research (including master’s thesis or industrial R&D) Preferred: 5+ years in cryogenic fuel storage & aerospace applications Show more Show less

Responsibilities Use OpenFoam, Matlab, Taichi-Lang or other CFD tool to model the physical phenomenon taking place in petrochemical assets. The CFD modelling will facilitate the Machine Learning Engineers in building the data assimilation pipeline. You will be working closely with the machine learning engineers and the software development team. Your contribution will help us in continuous development and improvement of our software suite for real time corrosion visibility in petrochemical assets. Qualifications Experience with Openfoam, Ansys, Matlab, Taichi-Lang, or some other CFD tool of preference. Understanding of computer programming and ability to write meaningful scripts. Show more Show less

Company Description Bosch Global Software Technologies Private Limited is a 100% owned subsidiary of Robert Bosch GmbH, one of the world's leading global supplier of technology and services, offering end-to-end Engineering, IT and Business Solutions. With over 28,200+ associates, it’s the largest software development center of Bosch, outside Germany, indicating that it is the Technology Powerhouse of Bosch in India with a global footprint and presence in the US, Europe and the Asia Pacific region. Job Description The Research and Technology Center at Bangalore focuses on research in Time series analysis, Natural language processing, Computer vision, Numerical methods, Embedded real time systems and Hybrid modelling (Scientific Machine Learning -SciML). We pursue research and development by working with top-tier universities worldwide and our corporate partners. Description The focus is set on modeling interfacial reactions with decisive importance for the function and lifetime of products in electromobility and regenerative energy technology. You’ll be part of our team and derive and implement a strategy for the cross-scale description of the interaction of multiphase fluids and metals with a focus on electrochemistry and fluid dynamics. You’ll develop and applicate 2D/3D multi-physics models using numerical simulations, scripting, and programming. Furthermore, you’ll combine physics-based models with data-based approaches. You’ll parameterize and validate models with available data using multivariate statistics. You’ll work in international teams and perform necessary development / implementation to accomplish the tasks. Publish research findings in reputable journals and conferences. Required skills: Proven experience in the field of modeling of corrosion phenomena at interfaces Profound knowledge in multi-physics simulation as well as computational fluid dynamics (CFD), preferably with OpenFOAM and/or Comsol Profound and broad knowledge in numerical methods in engineering Sound understanding of Linear algebra Excellent coding skills in Python and C++ including version control (e.g. Git), software testing, linting Competent handling of statistical data analysis and application of machine learning techniques, preferably with Python (ideally PyTorch) and C++ Knowledge in homogenization and model order reduction methods is desirable. Enthusiastic and curious to work for a cross-domain task with scientific complexity Preferable skills: Experience with simulation tools: Matlab and Simulink and Ansys will be added advantage. Familiarity with high performance computing will be added advantage Qualifications MS/M.Tech, PhD from top Indian institutes (IITs, IIITs, IISc etc.) or from top international institutes with good track record of research publications related to, computational engineering Additional Information MTech 3+ years Phd 0-3 years

Lead &execute CFD projects related to fired equipment from the proposal stage through analysis,reporting,presentation Foster business growth by contributing to technology,product development,customer relationships Utilize CFD simulation capabilities Required Candidate profile Exp in an international work environment∈ working directly with customers CFD modeling&its applications,fluid mechanics&thermal sciences Exp CFD software like Siemens Star-CCM+,Ansys FLUENT/OpenFOAM