120 Fluid Dynamics Jobs

Looking for a challenging role If you are eager to make a difference, Siemens Energy offers you the opportunity to energize society and combat climate change simultaneously. At Siemens Energy, technology plays a crucial role, but it is our people who truly drive change. Innovative minds at Siemens Energy connect, create, and steer us towards revolutionizing the world's energy systems. The spirit of our employees fuels our mission. Our culture at Siemens Energy is characterized by individuals who are caring, agile, respectful, and accountable. We value excellence in every aspect. If these qualities resonate with you, Siemens Energy India Limited is looking for a responsible, professional, and self-motivated individual to join the Gas Turbine R&D team in Gurgaon as a Hot Gas Path - Turbine Aerodynamics Engineer. This role presents an exciting opportunity to work in a dynamic, fast-paced global product development environment. As an aerodynamic turbine designer, your role is pivotal in designing and optimizing turbine airfoils and diffusors to enhance turbine performance. Your responsibilities include designing and analyzing new components/airfoils, upgrading existing components, predicting component performance under varying conditions, providing customer support, and addressing non-conformance reports from manufacturing. You will utilize a range of tools and methods such as 1D, 2D, and 3D approaches to make informed decisions and find solutions for complex design tasks. Collaboration with colleagues from different disciplines is essential to develop a design that meets project requirements for performance, lifetime, and costs. Tasks also involve conceptual design, failure mode evaluation, root cause analysis, detailed aerodynamics analysis, report writing, and participation in key technical reviews. A deep understanding of fluid dynamics, aerodynamics, and thermodynamics fundamentals is crucial for this role. Knowledge of Aeroelasticity/Aeromechanics, Heat Transfer, and structural integrity field is beneficial. Additionally, you will support manufacturing, qualification, and field-testing aspects post final design review to validate the product. Effective communication skills are essential for regular interaction with global teams. The ideal candidate will have a Master's degree in Mechanical or Aerospace engineering with a focus on Aerodynamics, Fluid dynamics & Thermal Science. A minimum of 4 years of relevant experience in Aerodynamics design & analysis of axial turbomachinery is required. Proficiency in CFD codes, meshing tools, optimization tools, CAD software, programming skills, and familiarity with FE codes and general-purpose FEA tools is expected. Experience in providing technical support to other functional areas, machine learning, SAP, and Teamcenter PLM is advantageous. Strong interpersonal skills, adaptability, willingness to learn, effective communication, and alignment with organizational values are crucial for success in this role. If you are looking for an opportunity to work in a diverse and innovative environment impacting the future of energy systems, Siemens offers you a platform to collaborate, learn, and grow. Join us in shaping tomorrow with your curiosity and imagination.,

Vee Technologies is looking for Lead Engineer - Mechanic/Hydraulic to join our dynamic team and embark on a rewarding career journey. Developing new products or improving existing ones through research and development Working with other departments within the company such as marketing or human resources to ensure that all departments are working towards the same goals Managing projects from start to finish by setting deadlines and ensuring that teams are meeting those deadlines Maintaining relationships with clients to ensure that they are satisfied with the progress of the project Conducting market research to identify opportunities for new products or services that will meet customer needs Identifying problems in existing products or processes and proposing solutions.

You are a skilled Design Engineer with a background in Chemical or Mechanical Engineering, joining a dynamic team. You will play a key role in designing, developing, and optimizing utilities in industrial environments to ensure operational efficiency, safety, and compliance with industry standards. Your work experience includes heat transfer, fluid dynamics, thermodynamics, and utility systems (Boilers, Chillers, Compressed Air) designs and specifications. You have experience performing calculations in areas of energy, line loss, etc., and industrial plant design. Your ability to work independently and as part of a multidisciplinary team, along with good report-writing and technical documentation skills, will be essential in this role. This is a Full-time, Fresher job opportunity with benefits like Provident Fund. The work schedule is during the Day shift, and the work location is In person.,

As a CFD Aero Acoustics Engineer, you should have a fundamental understanding of aero acoustics, vibro acoustics, fluid dynamics, and NVH for the full vehicle. It is essential to possess a good grasp of Computational aero acoustics (CAA) and CFD. Your role will involve computing and analyzing results, as well as integrating them with CAE teams. Experience with the TOOL - MGLET for 3D Aero Acoustics issues is preferred. Hands-on experience with FEM, BEM, SEA/LES based simulation tools is necessary for this position. You should excel in analytical thinking and have strong problem-solving skills. Efficient communication and project management skills are crucial for effectively managing projects. Expertise in simulation methods for component and system modeling/optimization is a key requirement. Your responsibilities will include aero-acoustical assessment of design solutions and evaluating noise generation in components, ducts, vents, and free jets. This role requires a proactive approach to identifying and addressing aero acoustics challenges while contributing to the overall success of the projects.,

System Simulation Thermal Engineer Engineer: 2-4 Years Senior Engineer: 4-6 Years Qualifications & Experience: Bachelor of Science in Engineering 2+ years of experience in product development & Product modeling (Automotive) Hands on experience of Thermal management control strategies Thorough knowledge of fluid dynamics and heat transfer Good knowledge of commercial codes such as, MATLAB, GT-Power, GT-Cool and Amesim Good to have knowledge of CAD packages including NX and Teamcenter Show more Show less

Engineering Lead Asphalt Plants (M/ SM / AGM) Location: Pune Basic Requirements: Educational Qualification : B.E. / B.Tech Age : 35-45 Years Experience: 15-18 Years Purpose of the Job: Performing complete lifecycle product development of asphalt plants. Designing systems, developing components and establishing processes for installation of plants. Conducting experiments methodically, analyzing data and interpreting results. Coordinate the project, making detailed plans & review mechanism to accomplish the project objectives towards Quality, Cost & Schedule. Continuously benchmark, review and improve competitive edge of our product, maintenance, documentation, and other programs deliverables. Scope of Work & Accountabilities: Perform a full lifecycle product development (design, develop, test prototypes, manufacture and implement) for Asphalt Plants / Crushing plants / Concrete Batching plants. Prepare, maintain, and release product status with each project milestone reviews. Key deliverables are Design release, Parts development, Quality assurance status inhouse and supplier Parts, Manufacturing engineering tooling s readiness. Design ownership for the complete Asphalt plant and subsystems and release for Prototype and serial production with optimization for the cost, efficiency, and plant productivity. Able to check, Interpret and defined actions based on results from stress analysis, thermal analysis, or fluid dynamics. Collaboration with global R&D partners for strategic technical decisions and on time release of design for each project milestones. Lead competition benchmarking with matrix release on application best practices and improvement scope. Work with various departments and provide technical assistance to resolve issues. Maintain a work schedule for the department and updates for weekly CFT meetings. Evaluate Engineering change requests, create and get applied the Engineering changes. Skills / Competencies required: Project management Technical and In-depth application knowledge of Asphalt plants operation Knowledge of Manufacturing processes , CTQ parameters & controls Ability to define, analyse and drive to resolve multifunctional technical problems. Ability to make decisions based on facts & risk assessment. Clear & crisp communication Influencing & Interpersonal skills to support and to get supported. Team development & Succession planning Hands-on design CAD tools. Preferably UG-Nx / SAP-System process

You should have a B.E/B.Tech in Automobile/Mechanical with 1 to 2 years of experience. The job is located in Sholingallaur, Chennai. Your skills should include ANSA and domain knowledge in Fluid Dynamics & Heat Transfer. Your responsibilities will include: - Expertise in ANSA CFD modeling is mandatory. - Experience in Sub-system modeling of Under hood components Thermal System Model build. - Knowledge of various rubber and plastic parts and their modeling strategy for thermally sensitive regions. - Knowledge of Part Structure Management in ANSA. - Understanding of all subsystems and their functioning. - CAD Cleanup, Stitching, and Meshing of extracted Outer and Inner surfaces as per the requirement. - Taking accountability for assigned tasks and delivering high-quality models within the prescribed time. - Excellent communication skills and interpersonal skills are mandatory. - Daily communication of progress and issues to the team. - Good attitude with strong team spirit is a must. If you are interested and meet the criteria, please share your updated resume to fredric_jayaraj@onwardgroup.com with the following details: - Total experience - Relevant experience - Skill set - End client Name (if any) - Current CTC - Expected CTC - Notice Period - Preferred Location,

1. Domain of activities : Sutainability and Energy, Buildings 2. Typical projects for which the person would be mobilized : - Energy and thermal simulation of buildings - Building physics (energy, daylighting, acoustics) - Green buildigs certifications (LEED / BREEAM / Minergie ) 3. Education (degree) / experience : Master degree in building physics or energetics, min 10 years of experience in the domain of activities. 4. Role / tasks of the person : - Support the WSP Switzerland team in the projects related to the domain of activities - Perform simulations / calculations of energy balance in buildings. - Produce reports in relation to the building certifications - Perform embodied carbon calculations (One Click LCA) - Liaise on a daily basis with the WSP Switzerland team. - Team work 5. Required skills / tools (specific softwares) : - Good knowledge and experience of green buildings certifications (LEED / BREEAM / Minergie ) - Willingness to learn country specific norms and certifications (specificaly the ones that are in use in Switzerland) - Good knowledge of Fluent (CFD code) and IES-VE, Design Builder, Rhino, Lady Bug (Energy simulations) - Revit (for the geometry and data extraction) - Good communication skills - Experience in working with countries outside India. - Microsoft tools. Education/Qualification B.Tech - Mechanical Desirable Skills Good communication skills, Analytical Skills, simulation Years Of Exp 6 to 12 Years

We are looking for a Senior Staff Engineer System Test & Validation to join our team in one of today's most exciting technologies at Bloom Energy, a leading force in transforming the way energy is generated and delivered. Our company is dedicated to growing dynamically, creating a positive impact on the environment, and fostering a culture of innovation and continuous improvement. Location: This position will be based in Juinagar, Navi Mumbai. Role and Responsibilities: As a Senior Staff Engineer, you will drive the design, development, and execution of advanced test systems and validation strategies for Balance of Plant (BOP) components and subsystems. Your responsibilities will include leading cross-functional initiatives to ensure product reliability, performance, and compliance with system-level requirements in simulated operational environments. You will lead the strategic development of scalable, modular test fixtures and infrastructure to validate BOP/BOS components under simulated environmental conditions. Additionally, you will guide the team in structured experimentation, data analysis, and result interpretation to evaluate theoretical designs and champion innovation in test methodologies and automation. Furthermore, you will define and oversee the development of robust test procedures for qualification, characterization, and reliability testing of mechanical and electromechanical systems. You will provide technical oversight on system design, collaborate cross-functionally, lead risk management activities, ensure lab compliance, and mentor junior engineers and technicians. Skills and Experience: - Bachelor's or Master's degree in Mechanical, Chemical, Instrumentation, or Systems Engineering. - 10+ years of experience in test engineering, product validation, or systems integration, preferably in energy, automotive, or industrial domains. - Strong expertise in fluid dynamics, thermodynamics, instrumentation, and control systems. - Experience with various testing methodologies and tools such as LabVIEW, MATLAB, and data acquisition systems. - Proven ability to lead cross-functional teams, manage complex test programs, and deliver detailed testing reports to support critical business decision-making. - Excellent analytical, communication, and team management skills. If you are a proactive and experienced engineer looking to drive innovation and excellence in the field of test engineering, we invite you to join our team and contribute to our mission of transforming the energy landscape.,

As a Thermal Simulation Engineer in the Aerospace and Aviation industry, you will be responsible for leading the design and analysis of thermal systems for an eVTOL platform. Your primary focus will be on developing thermal models for subsystems such as battery cooling, propulsion thermal management, avionics heat dissipation, HVAC, and structural thermal analysis. Collaboration with the Aerodynamics team for CFD analysis of external and internal flows will be a crucial aspect of your role. Your key responsibilities will include developing and managing thermal models using STAR-CCM+, conducting steady-state and transient thermal simulations for various subsystems, performing CFD analyses for aerodynamics and duct flows, optimizing components like cooling loops and heat exchangers, and collaborating cross-functionally to define thermal requirements. You will also be expected to automate simulation tasks using scripting languages like Java or Python, provide thermal insights for design reviews and certification processes, and stay updated on industry methodologies. To qualify for this role, you should hold a Bachelor's or Master's degree in Mechanical, Aerospace, or Thermal Engineering, along with at least 3 years of experience in thermal/CFD simulation within the aerospace or related industries. Proficiency in heat transfer, thermodynamics, fluid dynamics, and STAR-CCM+ is essential, as well as experience in battery, motor, and electronics thermal management. An understanding of aerodynamics, CFD principles, and the ability to work with certification standards like DO-160, FAA, and EASA would be advantageous. If you have experience with eVTOL, UAVs, or electric aircraft, it would be considered a plus. Knowledge of multi-physics simulation and test-simulation correlation is also preferred for this role. This is a full-time, permanent on-site position based in Bengaluru, where you will play a key role in advancing thermal simulation capabilities for cutting-edge aviation technology.,

The Process Designer role in the Engineering / Manufacturing department based in Panipat offers a competitive CTC of 6 - 8 LPA. As a Process Designer, your primary responsibility will be to design, optimize, and enhance industrial and manufacturing processes to increase efficiency, quality, and cost-effectiveness. This involves analyzing existing processes, developing new workflows, and implementing innovative solutions using engineering principles, software tools, and industry best practices. Your key responsibilities will include developing process flow diagrams, piping and instrumentation diagrams, and detailed process layouts. You will design workflow processes to optimize efficiency, reduce waste, and enhance productivity. Conducting feasibility studies, selecting appropriate materials and technology, and implementing Lean Manufacturing, Six Sigma, and Kaizen principles will also be crucial aspects of your role. Collaboration with production and quality teams to ensure process reliability and compliance is essential. Documentation and standards compliance are vital, requiring the creation and maintenance of standard operating procedures and process documentation. You will document process changes, test results, and performance metrics to drive continuous improvement. Additionally, you will work closely with design engineers, production teams, and maintenance staff to integrate new processes, provide technical guidance and training to stakeholders, and collaborate with R&D for process innovations and new product introductions. Utilizing CAD software for designing process layouts and process simulation software for modeling and analysis will be part of your daily tasks. Automation and digital tools should be implemented to streamline operations effectively. To excel in this role, you will need a strong understanding of manufacturing processes, industrial engineering, and automation systems. Familiarity with material flow analysis, heat transfer, and fluid dynamics will be beneficial depending on the industry. Strong analytical and problem-solving skills, excellent communication, and teamwork abilities are crucial for collaborating with cross-functional teams. Managing multiple projects with attention to detail and deadlines is key. The ideal candidate will have a Bachelor's degree in Industrial Engineering, Mechanical Engineering, Chemical Engineering, or a related field, along with at least 4 years of experience in process design, manufacturing, or industrial engineering. Hands-on experience with designing Industrial Evaporators and Industrial dryers is preferred. This is a full-time position with day shift schedule and in-person work location in Panipat.,

JSR Dynamics is looking for Design Engineer to join our dynamic team and embark on a rewarding career journey Create product or system designs using CAD tools Ensure compliance with technical specifications Collaborate with manufacturing teams Support design validation and testing

The Incumbent will be responsible for- Simulation Execution- 1. Set up and perform CFD simulations using ANSYS Fluent, CFX, or similar tools based on defined design requirements and boundary conditions. 2. Conduct steady-state and transient simulations to capture various operating conditions and thermal behaviors. 3. Validate simulation results with experimental data or benchmark cases to ensure accuracy. Perform sensitivity analysis and parametric studies to assess the impact of design changes. Pre-processing and Model Development- 1. Create and refine 3D geometries of components or systems using CAD tools; clean and simplify geometry as needed for simulation. 2. Generate high-quality computational meshes using ANSYS Meshing, ICEM CFD, or equivalent, ensuring appropriate resolution in critical regions. 3. Develop accurate CFD models of systems involving fluid flow and heat transfer (e.g., battery packs, enclosures, HVAC). 4. Apply suitable material properties, initial conditions, and boundary conditions based on system requirements and physical phenomena. 5. Ensure model stability and fidelity by selecting appropriate turbulence models, solver settings, and convergence criteria. Post-processing and Analysis- 1. Extract and visualize key flow and thermal parameters such as temperature distribution, pressure drop, velocity profiles, and heat flux using ANSYS Fluent/CFX post-processing tools. 2. Interpret simulation results to assess system performance, identify hotspots, flow separation zones, and potential areas of design concern. 3. Compare simulation outputs with design targets or experimental data to validate model accuracy and refine input parameters as needed. 4. Conduct root cause analysis in case of performance deviations and propose corrective design actions. 5. Generate clear plots, contour maps, vector fields, and animation sequences to communicate technical findings effectively. 6. Collaborate with design and engineering teams to translate analysis insights into actionable product improvements. Documentation and Reporting- Prepare technical reports, presentations, and documentation of analysis results and recommendations. Automation and Optimization- Utilize scripting tools (e.g., Python, MATLAB) to automate simulation workflows and explore design optimization. Skills & Capabilities Required- Experience with battery management systems (BMS) and their integration with mechanical components. Knowledge of manufacturing processes for battery packs and modules. Experience with thermal management system design for batteries (e.g., liquid cooling, air cooling). Familiarity with DFMEA (Design Failure Mode and Effects Analysis) and other reliability engineering methodologies. Project management skills and experience.

VFX and Video Editing Teacher Title: VFX & Video Editing Faculty Location: Jaipur, Rajasthan (On-site) Company: Pink City ZICA – Zee Institute of Creative Arts Job Description: We are looking for a dynamic VFX & Video Editing Faculty member to train aspiring editors and visual effects artists. The candidate should bring real-world experience and enthusiasm to guide students through professional post-production workflows. Responsibilities: Teach Adobe Premiere Pro, After Effects, and related VFX software. Train students in editing techniques, motion graphics, and compositing. Conduct live project-based sessions and technical workshops. Provide mentorship on showreel creation and industry readiness. Evaluate assignments and support students in creative exploration. Requirements: Degree/Diploma in VFX, Multimedia, or related field. Expertise in Premiere Pro, After Effects, and basic sound editing. Passion for teaching and storytelling through video. Industry or academic experience preferred.

Mechanical Engineer We are expanding our CAD/ CAE and FEA team that is engaged in the design, optimization and development of traction DC Motors frames and Batteries. Professional Skills Analytical Design Strong knowledge of SOM, TOM and DOM. Knowledge of Material Science Fluid Dynamics CAD CAE Experienced in designing CAD and CAE. Hands on experience in using Catia or Solidworks. Execution of Projects Designing project workflow, deadlines and execution of the project Technical Reports Preparation of technical documentation and presentation. Interpersonal Skills Empathy Cooperation Listening Verbal and Written Communication Submit Your CV First Name * Last Name * Email Phone * Position * Attach CV * Attach CV * Only pdf, doc, and docx files are allowed

Responsibilities & Key Deliverables The Senior Engineer - CFD will play a pivotal role in our team at Mahindra & Mahindra Ltd, primarily engaging with various stakeholders such as the HVAC Centre of Excellence (CoE), Power Train Integration CoE, Power Train CoE, and the Vehicle Development team. Your expertise will significantly contribute to the advancement of passenger car projects by delivering top-notch simulations and analyses that enhance vehicle performance and design. Your key responsibilities will include: Possessing a solid understanding of the working principles of automobiles. Applying fundamental concepts in Fluid Mechanics, Heat Transfer, and Computational Fluid Dynamics. Conducting finite volume modelling for systems including Full Cabin, Engine, and other critical components. Expertly assigning boundary conditions and material properties to components to ensure accurate simulations. Differentiating between steady and transient simulations while selecting appropriate modes of heat transfer for each scenario. Implementing boundary conditions necessary for both steady and transient analyses. Executing CFD simulations for various components such as Pressure drops, Flow distribution, Intake and Exhaust Manifolds, and more, while performing conjugate heat transfer analysis as needed. Demonstrating proficiency in post-processing results and preparing comprehensive reports for presentation to the design team. Advising on design adjustments to meet acceptance criteria based on analytical results while considering manufacturing and packaging constraints. Being knowledgeable about testing Full Vehicle systems and understanding instrumentation for testing procedures. Correlating CFD results with physical test findings to validate simulation accuracy. Moreover, you will be expected to provide insights and recommendations that will drive improvements in design and engineering practices, ensuring that we meet both internal standards and customer expectations. Experience Applicants should have a robust hands-on experience of 2-3 years in Automotive CFD Simulation , particularly utilizing tools such as Ansa and Ansys Fluent . Your practical experience in executing and managing complex simulations will enable you to contribute effectively to the technical development of our projects. A proven track record of producing high-quality simulation outcomes and presenting actionable recommendations based on analysis will be crucial. Furthermore, experience in validating CFD results against physical testing scenarios will be highly regarded, showcasing your ability to bridge theoretical knowledge with real-world applications Industry Preferred We are specifically interested in candidates with a background in the Automotive industry , particularly those who have thrived in fast-paced environments focused on vehicle design and development. Familiarity with industry standards and practices regarding vehicle performance and CFD simulations will be highly advantageous, enabling you to integrate seamlessly into our team. We value diverse experiences and encourage applications from candidates who have demonstrated innovation and excellence in automotive engineering contexts, contributing significantly to the projects they have participated in Qualifications Qualifications for this position include: A Bachelors degree in Mechanical Engineering with a minimum first-class distinction, which establishes a solid foundation in relevant engineering principles. A Masters degree (e. g. , M. Tech or M. E. ) in Heat Transfer or Fluid Mechanics , preferably from prestigious institutes such as IITs, which further enhances your theoretical and practical prowess in this domain. A comprehensive understanding of thermal and fluid dynamics principles as they pertain to the automotive industry, equipping you to tackle complex engineering challenges. This educational background is essential, enabling you to engage effectively in innovative engineering solutions and contribute to advancing our projects in the automotive field. General Requirements The successful candidate will exhibit: Exceptional communication skills : Demonstrating clarity and conciseness in discussing intricate results with cross-functional teams is essential. The capability to synthesize and effectively report findings that contribute meaningful insights to ongoing projects. A strong sense of teamwork : Actively embracing collaboration while promoting collective success across teams. Adherence to established processes : Consistently upholding high standards through diligent work practices. A quick aptitude for learning new tools and technologies relevant to CFD and automotive design, fostering continuous professional growth. Effective planning and execution skills : Adept at managing multiple projects and adhering to deadlines efficiently.

The company built on breakthroughs. Join us. Corning is one of the world s leading innovators in glass, ceramic, and materials science. From the depths of the ocean to the farthest reaches of space, our technologies push the boundaries of what s possible. How do we do thisWith our people. They break through limitations and expectations not once in a career, but every day. They help move our company, and the world, forward. At Corning, there are endless possibilities for making an impact. You can help connect the unconnected, drive the future of automobiles, transform at-home entertainment, and ensure the delivery of lifesaving medicines. And so much more. Come break through with us. Required Job Profile: Corning Research Center India is seeking a technically exceptional and innovative Senior Scientist to join the team in Pune, India. The ideal candidate will apply engineering knowledge, advanced numerical methods, and computational modeling techniques to solve challenging problems related to product performance and manufacturing processes across Corning s diverse portfolio of materials and technologies. We are looking for a creative, out-of-the-box thinker who can work independently and collaborate effectively with global, multidisciplinary teams to deliver high-impact, innovative, and life-changing solutions. This role requires expertise in heat and mass transfer, highly viscous flows, reaction engineering, multiphase flows, combustion, turbulence, Computational Fluid Dynamics (CFD), advanced modeling techniques, and strong programming skills. Key Responsibilities: Develop, validate, and implement numerical models to address complex engineering problems in heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and computational fluid dynamics (CFD). Collaborate with cross-functional teams, including experimentalists, researchers, scientists, and project leaders located globally, to address research and development challenges. Create models using appropriate numerical methods and software and expand modeling capabilities as required. Translate real-world problems into solvable modeling objectives and provide actionable insights. Communicate and present project updates to stakeholders across global locations. Document results and findings via internal reports and external publications. Stay at technological forefront in modeling, simulation, and applied mechanics. Required Skills: Solid expertise in fluid dynamics, including heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and advanced numerical and computational techniques. Hands-on experience with commercial / opensource CFD softwares, including (but not limited to) FLUENT, Polyflow, Ansys-Thermal, OpenFOAM, COMSOL, SpaceClaim, ANSYS Meshing Platform, MATLAB, and Tecplot. Proficiency in programming languages such as C/C++, Unix, Shell, and Python. Strong analytical, diagnostic, and problem-solving skills. Ability to break down complex real-world problems into solvable modeling objectives. Versatility in adapting to various technology areas; a balanced combination of technical depth and breadth. Self-motivated with a long-term interest in technical growth. Desired Skills: Familiarity with polymer processing, viscoelastic flow, or injection molding modeling will be a plus. Proficiency in open-source CFD software such as OpenFOAM, and commercial tools like MoldFlow or Moldex3D, is highly desirable. Exposure to Artificial Intelligence (AI), Machine Learning (ML), and Data Analytics techniques particularly as applied to modeling, simulation, or materials science. Familiarity with statistical methods, machine learning frameworks (e.g., TensorFlow, PyTorch), or data visualization tools . Experience working in an industrial R&D environment . Knowledge of data-driven modeling, optimization, or predictive analytics . Flexibility to thrive in a dynamic work environment and adapt to changing priorities. Ability to integrate physics-based models with data-driven approaches to enhance predictive capabilities. Soft Skills: Highly collaborative and capable of fostering open engagement with colleagues to achieve project goals. Strong technical curiosity with a desire to continually learn and grow in diverse technology areas. Ability to translate complex technical concepts into simplified explanations for broader audiences. Self-driven with a proven ability to manage independent workstreams. Effective communication skills for remote collaboration with global teams via phone and video calls. Education and Experience: A PhD, Master s, or Dual Degree in Mechanical Engineering (Fluid and Thermal), Aerospace Engineering or Chemical Engineering with a strong emphasis on heat and mass transfer, fluid flow and Computational Fluid Dynamics from IITs, IISc, or other reputed institutions (including leading foreign universities). Candidates with more than 4 years of relevant work experience post-Masters/Dual Degree or more than 2 years of relevant experience post-PhD are encouraged to apply. Exceptionally bright candidates with lesser experience but a proven track record of excellence and strong capabilities in relevant areas are also invited to apply Travel: Opportunities for travel to global locations to collaborate with diverse and talented teams in research, development, engineering, and manufacturing , fostering innovation and cross-cultural exchange. Work Flexibility: Flexible work arrangements , including the option to work from home up to 2 days per week , promoting work-life balance and productivity.

Master s degree from reputed universities in Mechanical/Aerospace engineering Good understanding of Gas Turbine Engine components Strong in Fluid Mechanics, Thermodynamics, Heat Transfer, Turbomachinery, Numerical Methods, and Finite Volume Analysis concepts Experience in Computational Fluid Dynamics (CFD), Conjugate Heat Transfer, Gas Turbine components analysis Proficiency in Steady and Transient simulations using Ansys CFX, Ansys Fluent, STARCCM+ Should be able to work independently, ensure flawless execution and drive design improvements Should be good at multi-tasking Should be a team player with good interpersonal & networking skills Strong communication & presentation skills Good customer focus and contribute to growth, IP & design solutions Agile mindset with focus on speed and cycle time improvement initiatives Master s degree from reputed universities in Mechanical/Aerospace engineering Good understanding of Gas Turbine Engine components Strong in Fluid Mechanics, Thermodynamics, Heat Transfer, Turbomachinery, Numerical Methods, and Finite Volume Analysis concepts Experience in Computational Fluid Dynamics (CFD), Conjugate Heat Transfer, Gas Turbine components analysis Proficiency in Steady and Transient simulations using Ansys CFX, Ansys Fluent, STARCCM+ Should be able to work independently, ensure flawless execution and drive design improvements Should be good at multi-tasking Should be a team player with good interpersonal & networking skills Strong communication & presentation skills Good customer focus and contribute to growth, IP & design solutions Agile mindset with focus on speed and cycle time improvement initiatives

6+ Yrs Exp mechanical design engineer. Preferably from Fire products design. Experience: 6-10 Years Qualification: B. Tech/M. Tech Experience: 6-10 Years Qualification: B. Tech/M. Tech Must have atleast 6 yrs exp in Product design. Creating concepts, mechanisms, coordinating Prototypes. , FOT approvals, Production process awareness. Component Lifecycle management exposure Proficient in Injection molding design, Sheet metal designs and Castings Plastic material knowledge/selection criteria and application knowledge Good knowledge on Manufacturing process. Hands-on expertise in 3D modelling preferably Solidworks or Creo FEM simulation (atleast static) experience is preference, Good knowledge and practical experience in GD&T applications. Process knowledge of ECN/ECR and SAP PDM knowledge. Experience in Pneumatics and fluid dynamics is preferred. Very strong in first principles and fundamentals Mold and Tooling design knowledge is preferred Must have atleast 6 yrs exp in Product design. Creating concepts, mechanisms, coordinating Prototypes. , FOT approvals, Production process awareness. Component Lifecycle management exposure Proficient in Injection molding design, Sheet metal designs and Castings Plastic material knowledge/selection criteria and application knowledge Good knowledge on Manufacturing process. Hands-on expertise in 3D modelling preferably Solidworks or Creo FEM simulation (atleast static) experience is preference, Good knowledge and practical experience in GD&T applications. Process knowledge of ECN/ECR and SAP PDM knowledge. Experience in Pneumatics and fluid dynamics is preferred. Very strong in first principles and fundamentals Mold and Tooling design knowledge is preferred

We seek a motivated Design Manager to join our Steam Turbine Design Team. This role is ideal for individual with 10~15 years of experience preferably in Steam Turbine Design. Selected candidates will be involved in Detailed design, analysis and optimization of Steam Turbine Stationary components like Casings, Pedestals, Crossover pipe etc. Responsibilities - Preparation of 3D models and 2D drawings of Steam turbine components complying to GD&T requirements - Structural analysis of Steam Turbine Components -Preparation of Bill of Material, Purchase Specifications for Steam Turbine components - Other documentation related to Steam Turbine components Education : B.Tech (mechanical) Experience : 10~15years Technical Skills : Proficiency in CAD softaware( AutoCAD,Nx) Knowledge of FEA software(Ansys Workbench) Knowledge of GD&T standards Softskill : Strong analytical, problem solving and communication skills Ability to manage multiple tasks in a collaborative environment

The company built on breakthroughs. Join us. Corning is one of the world s leading innovators in glass, ceramic, and materials science. From the depths of the ocean to the farthest reaches of space, our technologies push the boundaries of what s possible. How do we do thisWith our people. They break through limitations and expectations not once in a career, but every day. They help move our company, and the world, forward. At Corning, there are endless possibilities for making an impact. You can help connect the unconnected, drive the future of automobiles, transform at-home entertainment, and ensure the delivery of lifesaving medicines. And so much more. Come break through with us. Required Job Profile: Corning Research Center India is seeking a technically exceptional and innovative Senior Scientist to join the team in Pune, India. The ideal candidate will apply engineering knowledge, advanced numerical methods, and computational modeling techniques to solve challenging problems related to product performance and manufacturing processes across Corning s diverse portfolio of materials and technologies. We are looking for a creative, out-of-the-box thinker who can work independently and collaborate effectively with global, multidisciplinary teams to deliver high-impact, innovative, and life-changing solutions. This role requires expertise in heat and mass transfer, highly viscous flows, reaction engineering, multiphase flows, combustion, turbulence, Computational Fluid Dynamics (CFD), advanced modeling techniques, and strong programming skills. Key Responsibilities: Develop, validate, and implement numerical models to address complex engineering problems in heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and computational fluid dynamics (CFD). Collaborate with cross-functional teams, including experimentalists, researchers, scientists, and project leaders located globally, to address research and development challenges. Create models using appropriate numerical methods and software and expand modeling capabilities as required. Translate real-world problems into solvable modeling objectives and provide actionable insights. Communicate and present project updates to stakeholders across global locations. Document results and findings via internal reports and external publications. Stay at technological forefront in modeling, simulation, and applied mechanics. Required Skills: Solid expertise in fluid dynamics, including heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and advanced numerical and computational techniques. Hands-on experience with commercial / opensource CFD softwares, including (but not limited to) FLUENT, Polyflow, Ansys-Thermal, OpenFOAM, COMSOL, SpaceClaim, ANSYS Meshing Platform, MATLAB, and Tecplot. Proficiency in programming languages such as C/C++, Unix, Shell, and Python. Strong analytical, diagnostic, and problem-solving skills. Ability to break down complex real-world problems into solvable modeling objectives. Versatility in adapting to various technology areas; a balanced combination of technical depth and breadth. Self-motivated with a long-term interest in technical growth. Desired Skills: Familiarity with polymer processing, viscoelastic flow, or injection molding modeling will be a plus. Proficiency in open-source CFD software such as OpenFOAM, and commercial tools like MoldFlow or Moldex3D, is highly desirable. Exposure to Artificial Intelligence (AI), Machine Learning (ML), and Data Analytics techniques particularly as applied to modeling, simulation, or materials science. Familiarity with statistical methods, machine learning frameworks (e.g., TensorFlow, PyTorch), or data visualization tools . Experience working in an industrial R&D environment . Knowledge of data-driven modeling, optimization, or predictive analytics . Flexibility to thrive in a dynamic work environment and adapt to changing priorities. Ability to integrate physics-based models with data-driven approaches to enhance predictive capabilities. Soft Skills: Highly collaborative and capable of fostering open engagement with colleagues to achieve project goals. Strong technical curiosity with a desire to continually learn and grow in diverse technology areas. Ability to translate complex technical concepts into simplified explanations for broader audiences. Self-driven with a proven ability to manage independent workstreams. Effective communication skills for remote collaboration with global teams via phone and video calls. Education and Experience: A PhD, Master s, or Dual Degree in Mechanical Engineering (Fluid and Thermal), Aerospace Engineering or Chemical Engineering with a strong emphasis on heat and mass transfer, fluid flow and Computational Fluid Dynamics from IITs, IISc, or other reputed institutions (including leading foreign universities). Candidates with more than 4 years of relevant work experience post-Masters/Dual Degree or more than 2 years of relevant experience post-PhD are encouraged to apply. Exceptionally bright candidates with lesser experience but a proven track record of excellence and strong capabilities in relevant areas are also invited to apply Travel: Opportunities for travel to global locations to collaborate with diverse and talented teams in research, development, engineering, and manufacturing , fostering innovation and cross-cultural exchange. Work Flexibility: Flexible work arrangements , including the option to work from home up to 2 days per week , promoting work-life balance and productivity.

As an Application Engineer for Engine Systems at Gamma Technologies, you will play a vital role in supporting customers in maximizing the potential of our software, GT-SUITE. Based at our Pune office, you will focus on internal combustion engine systems, encompassing combustion modeling, gas exchange, flow management, acoustics, and related sub-systems. Your responsibilities will include providing technical assistance during customer software evaluations, contributing to sales and marketing initiatives with technical content, and developing customized simulation methodologies using GT-SUITE. Your academic background in Mechanical or Aerospace Engineering, coupled with a strong grasp of thermodynamics, fluid dynamics, and heat transfer, will be essential for excelling in this role. Previous experience in 1D flow or system simulation using tools like GT-SUITE/GT-POWER, Realis WAVE, AVL BOOST, or AMEsim would be highly advantageous. You should be prepared for domestic and international travel, possess excellent verbal and written communication skills, and demonstrate the ability to collaborate effectively across teams while articulating technical concepts clearly. Joining our team means working alongside a dynamic and talented group of experts, where your innovative ideas can be implemented and shared with a wide customer base. You will have the opportunity to establish a professional network across various industry sectors, with the primary work location being our Pune, India office. We follow a hybrid work policy, requiring employees to be present in the office three days per week. In addition to a competitive salary, we offer a range of attractive company benefits. At Gamma Technologies, we are committed to fostering an inclusive workplace and are proud to be an Equal Opportunity Employer, welcoming individuals from diverse backgrounds.,

As a Senior Mechanical Design Engineer, you will be responsible for designing, building, and testing electromechanical components. You will support the full lifecycle of mechanical and electro-mechanical systems from concept to productization, including conceptualization, design, CAD modelling, development, and testing/validation. Using CAD software such as Creo and SolidWorks, you will develop basic 3D models and drawings of components made from various materials like metals, ceramics, quartz, plastics, and advanced coatings. It will be essential to ensure that documentation adheres to SEMI standards and industry best practices for geometric dimensioning and tolerancing (GD&T). Your role will involve conducting detailed analyses, including structural, finite element analysis (FEA), thermal analysis, stress analysis, vibrations, fluid and gas flow dynamics, and manufacturability assessments to accurately specify designs. You will also develop and execute feasibility studies and test plans to characterize and validate design performance. Additionally, you will be responsible for preparing high-quality reports and technical presentations to clearly communicate design intent, evaluation, and validation during design reviews. Collaboration with suppliers and internal teams is crucial to ensure that solutions are manufactured with high quality, cost-effectiveness, and compliance with requirements. In terms of leadership and training responsibilities, you will lead the technical team in mechanical design projects, ensuring an efficient workflow and adherence to timelines. You will also train and develop junior engineers to enhance their skills in design, analysis, and industry best practices. Organizing workshops or training sessions to promote continuous learning within the team will be part of your role. Encouraging innovation and fostering collaboration within the engineering team to achieve project goals is essential. You will also serve as a point of escalation for technical challenges, providing solutions and strategies to overcome obstacles. Your guidance and mentorship to junior engineers will be crucial for their professional development and growth in the field.,

Are you looking for a challenging role where you can truly make a difference Join us at Siemens Energy and be a part of our mission to energize society and combat climate change. Our technology is essential, but it's our dedicated team that sets us apart. Our innovative minds come together to create solutions that are changing the world's energy systems. If you are a caring, agile, respectful, and accountable individual who values excellence, then we want to hear from you. As a member of the R&D team in the PG PR R&D AUX Fluid Systems department based in Gurgaon (IND), you will be responsible for the development and maintenance of air and fluid systems. Your role will involve working on hardware and software engineering to design gas, oil, steam, and liquid fluid systems for various Large Gas Turbine (GT) frames. You will play a vital part in developing systems such as Control Oil System, Fuel Gas analyzer system, Purge Air system, and more for Siemens Gas Turbine (GT) packages, Steam Turbine (ST), and Generator (GN). Your responsibilities will include the development and maintenance of assigned fluid systems, creation of P&IDs, detailed system design, participation in the global platform team, challenging requirements, adapting designs to fulfill requirements, documentation, driving design to cost measures, specifying automation requirements, qualifying new components and suppliers, and providing field/site support. To excel in this role, you should hold a Bachelor's/Master's degree in mechanical or Process Engineering or a related field, have 3 to 12 years of engineering experience, and possess excellent communication skills. You should also be willing to travel globally, be a team player, demonstrate high flexibility in taking on new tasks, show dedication to the product, and have a solid understanding of quality, costs, and delivery time interactions. Preferred qualifications include expertise in technical areas of work, proficiency in COMOS, Team Centre & SAP, R&D, project engineering, power generation business, Control Oil System, Fuel Gas analyzer system, Purge Air system, and fluid dynamics. This role is based in Gurgaon but may require travel to other locations in India and beyond. Join us at Siemens, where you will have the opportunity to work with diverse teams that are shaping the future of cities and countries. We are committed to diversity and welcome applications from all backgrounds. At Siemens, we base all employment decisions on qualifications, merit, and business needs. Bring your curiosity and imagination, and together, let's shape tomorrow.,

Your new role- challenging and future- oriented Developing and analysis of Secondary air system (SAS) & Whole engine (WE) models to estimate mass flows, temperature & displacements of gas turbine. Complete ownership of the Secondary air system & Whole engine models for different gas turbine variants. Responsible for model results and successful completion of design or gate reviews for new product initiatives and service upgrades. Perform quick design trade studies via. Secondary air system and Whole engine model assessment. Incorporate best practices from Siemens gas turbines regarding engine operations and controls. Develop instrumentation and testing plans to support engine development program, and calibrate/validate SAS & WE models based on the measured instrumentations. Post-processing of Secondary air system results to be applied in Whole engine thermo-mechanical model for metal temperature predictions and clearances optimization. Collaborate with different design groups to drive design changes in order to optimize engine performance. We dont need superheroes, just super minds Bachelor / Masters Degree in Mechanical/Aerospace engineering discipline from recognized university. 2 to 6 years of experience in the design and development of Gas turbine components in context to Secondary air system, whole engine modeling, clearances & sealing design. Basic understanding of gas turbine components and operations, including key design criteria in context to Secondary air system & Whole engine models. Experience with Fluid Mechanics & Heat Transfer techniques in Gas turbines. Knowledge of fluid and structure interactions to simulate SS and transient conjugate thermal analysis. Proficiency in one or multiple computational modeling tools for thermo-mechanical or computational fluid dynamics analysis (e.g., SC03, CFX, Ansys, Abaqus, NASTRAN, ProE, NX etc.). Problem-solving ability. Data analysis skills. Verbal and written communication skills. Positive Interpersonal skills (i.e., team player, quick learner, ability to adapt changes with growth mind set etc.).