77 Ansys Fluent Jobs - Page 3

Designation: Simulation Engineer-CFD” Job Description: We are seeking a highly skilled and experienced Simulation Design Engineer with a minimum of 1-2 years of expertise in CFD and Combustion. The ideal candidate will have a deep understanding of gas dynamics and shock interactions, aerodynamics, and possess excellent problem-solving skills to deliver high-quality simulations for various projects. Function as a solution specialist in the field of Computational Fluid Dynamics using simulation tools such as ANSYS FLUENT, Chemkin & Star CCM+, ANSYS CFX. Mandatory skillset/experience/knowledge: Knowledge of Combustion Modelling – mandatory Strong fundamentals in CFD with Ansys Chemkin knowledge - Preferred Chemical (Preferred) (or) Aerospace (or) Mechanical with strong knowledge on Combustion physics Knowledge of gas dynamics and shock interactions - mandatory Knowledge of external aerodynamics – mandatory Basic knowledge of MATLAB for post-processing The below skills/knowledge would be preferred: Fluent dynamic and overset meshing Fluent 6DOF UDFs Fluent external aero best practices Pressure based and density-based solver’s applicability along with pros & cons. Low subsonic to hyper-sonic flows. Most of the work is in 0.9 to 5 Mach Adaptive meshing Job submission on cluster (Pbs scripts) & RSM TUI journal utilization for automation of work Parameterization through space claim and fluent for simultaneous design point runs. Desired Candidate Profile: 1-2 Years of relevant experience. Chemical/Aerospace Engineer having Ph.D. in Combustion modelling. Experience with ANSYS FLUENT/ STAR CCM+ or other commercial CFD software. Sound background in Combustion, Computational Fluid Dynamics [CFD], Aerodynamics, & Aerothermodynamics, Scramjet Engine CFD Modelling, Propulsion, Liquid Propellant Rocket Engine Physics. Engaging personality, engineering curiosity and willingness for continuous learning. Possesses a sense of urgency, strong organizational and follow up skills. The Benefits: Challenging job within a young and dynamic team. Performance-driven, Career Progression Opportunities. Attractive remuneration package: On par with Industry Standards. Opportunity to join an organization experiencing year on year growth. Knowledge of Combustion Modelling mandatory Strong fundamentals in CFD with Ansys Chemkin knowledge - Preferred Chemical (Preferred) (or) Aerospace (or) Mechanical with strong knowledge on Combustion physics Knowledge of gas dynamics and shock interactions - mandatory Knowledge of external aerodynamics – mandatory Basic knowledge of MATLAB for post-processing The below skills/knowledge would be preferred: Fluent dynamic and overset meshing Fluent 6DOF UDFs Fluent external aero best practices Pressure based and density-based solver’s applicability along with pros & cons. Low subsonic to hyper-sonic flows. Most of the work is in 0.9 to 5 Mach Adaptive meshing Job submission on cluster (Pbs scripts) & RSM TUI journal utilization for automation of work Parameterization through space claim and fluent for simultaneous design point runs. Desired Candidate Profile: 1-2 Years of relevant experience. Chemical/Aerospace Engineer having Ph.D. in Combustion modelling. Experience with ANSYS FLUENT/ STAR CCM+ or other commercial CFD soft wares. Sound background in Combustion, Computational Fluid Dynamics [CFD], Aerodynamics, & Aerothermodynamics, Scramjet Engine CFD Modelling, Propulsion, Liquid Propellant Rocket Engine Physics. Engaging personality, engineering curiosity and willingness for continuous learning. Possesses a sense of urgency, strong organizational and follow up skills

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

An exciting opportunities for Aerothermal Engineers have arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will be responsible for the aerothermal design and validation of modules in the gas turbine main flow-path, including Fan, Compressor, Combustor and Turbine. Working alongside the mechanical design teams you will specify the gas-washed surfaces and commit to system performance levels. Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. Were a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the companys best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What you will be doing: Define requirements for gas path aerothermal, ensuring an accurate and complete flow-down and capture of higher-level requirements. Define concepts for gas path aerothermal systems that meet requirements and evaluate using appropriate analytical methods to support accurate trades and optimised concept selection. Integrate gas path aerothermal systems through interaction with all adjacent areas across the organisation to deliver optimised systems. Perform appropriate verification and validation activity to ensure that requirements have been correctly met and that gas path aerothermal related aspects meet expectations. Identify opportunities for improvement in tools, methods and processes and support capability team in development and deployment of enhanced capability. Who we are looking for: Master's or PhD in Mechanical, Thermal or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Demonstrated experience in turbomachinery aerodynamic design and analysis. Strong technical knowledge in mechanical design methodologies and have an understanding of cross-discipline engineering concepts. Strong fundamentals in Fluid dynamics, heat transfer, aerodynamics, thermodynamics. Manage and execute complex flow solutions (reacting and non-reacting flows) using CFD and other analytical tools and methods. Exposure to tools like ICEM CFD, Space claim, design modeller, ansys meshing, Fluent, Starccm, CFX, Open foam, UG-NX, flowmaster, Matlab, Python etc will be an added advantage. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment. Join us & help Rolls-Royce to become a high-performing, competitive, resilient business. The professional level and salary of the position will be dependent on the skills and experience of the successful candidate.

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

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

Internship Profile: CAE Engineer (Online, Work from home) Research Project: 1. Subsonic Aircraft Internship 2. Electric Vehicles Internship Duration: 2 months (Online) (30 June 2025 to 22 August 2025) Last Date to Apply: 30 June 2025

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.

DesignationThermal Engineer Full Time Opportunity LocationMultiple Job Responsibilities: Provide thermal solutions for forced air cooled and natural convection cooled products. Use CAD software such as Creo including EMN/EMP file transfers to build assembly models for thermal simulations. Use CFD thermal software to obtain simulation results. Apply heat-transfer fundamentals to resolve thermal issues. Assist in thermal verification testing and resolve any issues resulting from simulation results and lab testing. Develop CAD/thermal library of components of commonly used parts such as connectors, thermal interface parts, fans, blowers, heat-sinks. Generate thermal simulation/validation reports to share with project teams and management. Develop creative engineering solutions to meet product requirements. Perform FEA analysis for stress and impact using FEA software such as ProMechanica. Provide mechanical design guidelines to meet Mechanical compliance to Global regulatory requirements in the areas of safety and EMC. Develop detailed product design for evaluation and Testing. Provide guidance and assist with design validations and Product tests. Generate engineering documentation, mechanical drawings, and Bill of Materials Implement Industry best practices in Thermal Designs. Provide mechanical design guidelines to meet Mechanical compliance to Global regulatory requirements in the areas of safety and EMC. Generate engineering documentation, mechanical drawings, and Bill of Materials In depth knowledge of regulatory requirements for Mechanical Compliance in the areas of safety and EMC: Technical Skills & Qualifications: Minimum Bachelor's degree in Mechanical Engineering. 5+ years of Relevant experience. Strong Analytical skills. 3D CAD experience (Creo preferred). Thermal CFD simulation experience. Excellent understanding of mechanical/thermal aspects of electronic devices, thermal interface materials, heat-sinks, heat-spreaders, PCBs. Proficiency in Design for Manufacturability. Working knowledge of design guidelines for EMC/ESD compliance at component, board and system level. This job opening was posted long time back. It may not be active. Nor was it removed by the recruiter. Please use your discretion. Location - Goa,Jamshedpur,Kolkata,Patna

The candidate shall have strong understanding of finite element theory, methods and applications. 2. Experience in Finite element analysis (Flow, structural & Thermal) with analysis in Ansys software. 3. Experience in Mesh/grid generation/material definition and defining boundary conditions. 4. Experience Structural (Metallic/Composites), linear, non-linear & Buckling analysis. 5. Experience in dynamic analysis: Modal, Random and sine vibration & Thermal Flow analysis. 6. Experience in using Sim centre software. 7. Experience in output generation (including scripting used in FEA) interpreting results, provide recommendation, documenting and reporting in Microsoft PowerPoint, word, excel, pdf etc