12 Star Ccm Jobs

As a Gas Turbine - Combustion Aero CFD Engineer (Experienced) at Siemens Energy, you will have the opportunity to work in a fast-paced, dynamic, global product development & service environment. Your primary responsibility will involve investigating ways to enhance Gas turbine fuel flexibility capability, particularly focusing on the usage of green fuels like hydrogen and hydrogen-enriched fuels. Your role will play a crucial part in minimizing combustion dynamics, reducing emission levels, maximizing fuel flexibility, and optimizing the lifetime of the structure. In this role, you will be utilizing various tools and methods such as network models, Computational Fluid Dynamics (CFD), acoustic simulations, water tests, atmospheric and high-pressure combustion tests, as well as gas turbine engine tests. By enhancing your knowledge and studying the performance of numerical simulations of hydrogen-enriched and other green liquid fuels for combustion, you will be able to evaluate the results against combustion tests or development projects. As the Gas Turbine - Combustion Aero CFD Engineer, you will also have the opportunity to support the existing fleet and gain a deeper understanding of engine behaviors, further enhancing the theoretical knowledge you have developed. To excel in this role, you should possess a mechanical engineering background with over 8 years of experience in design and product development of turbomachinery components, especially Gas turbines. A graduate or postgraduate degree, preferably a Ph.D., in computational fluid dynamics, along with advanced courses in acoustics, is desired. Strong knowledge of mass flow balance, total pressure, energy fluxes heat transfer, and chemical reaction progress inside the combustion system is essential. Proficiency in software tools like STAR CCM+ and 1-D acoustic treatment is preferred. Your keen interest in Gas turbines, combustion, and numerical simulations, along with your ability to learn new methods based on in-house code and STAR-CCM+, will be beneficial in this role. Strong interpersonal skills, including being a team player, quick learner, imaginative, innovative, and adaptable, are highly valued. Effective English communication skills, both verbal and written, are necessary to collaborate with diverse teams effectively. This challenging and future-oriented role is based at Gurgaon site, with opportunities to travel to various locations in India and beyond. Siemens offers a vibrant work environment where you will collaborate with diverse teams impacting entire cities, countries, and shaping the future. If you are passionate about making a difference in the energy sector and possess the skills and qualifications mentioned above, we encourage you to join us on this exciting journey at Siemens.,

You will be responsible for fluid body volume extraction and geometry refinement, along with performing high-quality mesh creation to discretize fluid body geometry domains. Utilizing ANSYS Fluent for CFD analysis, you will analyze and predict fluid flow distribution. Your role will involve delivering high-quality technical reports and presentations to offer technical support on CFD projects. Additionally, you will be expected to provide expertise in interpreting flow physics and devising alternative solutions to meet customer needs. It will be crucial for you to strategically categorize and prioritize projects based on complexity and regional significance, defining tasks and timelines clearly. Leading multiple high-complexity projects and setting priorities effectively will also be part of your responsibilities. Furthermore, you will lead the CFD team to provide support to various clients. As for the requirements, you should hold an ME/MTech in Thermal/Mechanical/Automobile/Aerospace Engineering and have 2 to 5 years of experience in CFD modeling, demonstrating proficiency in the CFD field. Proficiency in utilizing CFD modeling software packages, particularly expertise in ANSYS Fluent, is a must. Hands-on experience with ANSYS Fluent, Spaceclaim, and MS-Office tools is mandatory. It would be beneficial to have experience with STAR CCM+, OpenFoam, and Python. A thorough knowledge of numerical modeling and methodologies, including turbulence modeling, multi-phase flow, and non-Newtonian fluids, is required. You should also have hands-on experience in post-processing techniques such as particle tracking and movie clip creation to extract meaningful insights from simulation results. A proven track record in executing unsteady (transient) simulations to capture dynamic fluid behavior is essential. Familiarity with 3D CAD packages like Siemens NX, SolidWorks, or AutoCAD for seamless integration with CFD workflows is preferred. Excellent verbal and written communication skills, as well as strong documentation and presentation skills, are necessary for this role.,

As a candidate for the Full-time Engineering position in Pune City, Maharashtra, India, you will be responsible for conducting 3D CFD analysis of engine systems and components using the Star CCM+ tool. Your role will involve programming for automation and showcasing problem-solving skills along with technical feasibility using engineering judgment. Collaboration with cross-functional teams to achieve shared goals will be a key aspect of this role. To excel in this position, you must possess hands-on experience in the 3D CFD tool Star CCM+ and have a strong understanding of IC engine and subsystem functioning. A technical background in the IC engine industry with 2 to 4 years of relevant experience is preferred. Exposure to the Star In-Cylinder tool would be beneficial. Additionally, a Master's degree in mechanical design or thermal engineering specialization is required. Proficiency in programming languages such as C/C++/Java is essential for this role. Effective communication skills and the ability to deliver quality output to meet Key Performance Indicators (KPI) are crucial. An understanding of project and quality management systems is also expected from the ideal candidate. If you are a proactive individual with a passion for engineering and a desire to contribute to innovative projects, this opportunity aligns with your expertise and career aspirations. Join our team in Pune City and make a significant impact in the field of engineering with your skills and experience.,

As a Simulation Engineer specializing in Computational Fluid Dynamics (CFD) and Combustion, you will be responsible for leveraging your expertise to deliver high-quality simulations for various projects. You should possess a minimum of 1-2 years of experience in the field and have a strong understanding of gas dynamics, shock interactions, aerodynamics, and combustion modeling. Your primary role will involve utilizing simulation tools such as ANSYS FLUENT, Chemkin, and Star CCM+ to provide solutions in CFD. You will be expected to demonstrate proficiency in areas such as combustion modeling, gas dynamics, shock interactions, and external aerodynamics. Additionally, having a basic knowledge of MATLAB for post-processing will be beneficial for this role. Preferred skills for this position include experience with Fluent dynamic and overset meshing, 6DOF UDFs, external aerodynamics best practices, and familiarity with pressure-based and density-based solvers. Knowledge of low subsonic to hyper-sonic flows, adaptive meshing, job submission on clusters, and TUI journal utilization for automation are also advantageous. To qualify for this role, you should have a background in Chemical, Aerospace, or Mechanical Engineering with a focus on combustion physics. A Ph.D. in Combustion modeling is preferred, along with experience using ANSYS FLUENT, STAR CCM+, or similar commercial CFD software. You should also demonstrate a strong interest in combustion, aerodynamics, AeroThermodynamics, Scram-jet Engine CFD Modeling, propulsion, and liquid propellant rocket engine physics. In addition to technical skills, we are looking for candidates with an engaging personality, a thirst for continuous learning, a sense of urgency, and strong organizational abilities. This position offers a challenging opportunity within a dynamic team, with clear career progression paths and an attractive remuneration package aligned with industry standards. Join us and be part of an organization that is growing year on year, providing exciting opportunities for professional development.,

The ideal candidate for this position should hold a BE/B. Tech or ME/M. Tech degree in Mechanical Engineering or a related field. Additionally, a minimum of 2-3 years of industrial experience in the role of a Project Engineer in Advanced Manufacturing is required. The candidate should possess the following skillset: - Proficiency in CAE and CFD software such as Simcenter 3D software, STAR CCM, HEEDS, Amesim, and Testlab Ansys. - In-depth understanding of mechanical engineering fundamentals including Strength of Materials, failure theories, and mechanical vibrations. - Experience in structural simulation of electrical components and electromagnetic analysis. - Proficiency in Finite Element Analysis and Applied Mechanics testing. - Good knowledge of Vibration and vibration data acquisition. - Desirable to have experience in vibration testing and acoustic testing using Siemens Testlab. - Experience in accelerated vibration testing will be considered an added advantage. - Proficiency in Ansys Mechanical, Fluent, CFX, NX CAE for Structural, thermal, and Dynamics Simulations. In this role, the candidate will be deployed at a client location, an educational institute, where they will be responsible for the following tasks: - Conducting training sessions for students and industry professionals. - Participating in industry consultancy work. - Developing tailored customized courses for students and industry professionals in the Mechanical domain. - Attending skill development programs organized by the organization periodically.,

The ideal candidate for this position should hold a BE/ B. Tech or ME/ M. Tech degree in Mechanical Engineering or a related field. Additionally, they should have a minimum of 2-3 years of industrial experience as a Project Engineer in Advanced manufacturing or related fields. Key skills required for this role include proficiency in CAE and CFD Software such as Simcenter 3D software, STAR CCM, HEEDS, Amesim, and Testlab Ansys. The candidate should have a strong understanding of mechanical engineering fundamentals, including knowledge of Strength of Materials, failure theories, and mechanical vibrations. Experience in structural simulation of electrical components and electromagnetic analysis, Finite Element Analysis, and Applied Mechanics testing is also necessary. Desirable skills for this role include knowledge of vibration and vibration data acquisition, vibration testing, acoustic testing using Siemens Testlab, and accelerated vibration testing. In the CAE field, experience with Ansys Mechanical, Fluent, CFX, NX CAE, and Structural, thermal, and Dynamics Simulations is preferred. The selected candidate will be deployed at a client location, an educational institute, where they will be responsible for training students and industry professionals. They will also participate in industry consultancy work, develop tailored customized courses for students and industry professionals in the Mechanical domain, and attend skill development programs as planned by the organization.,

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.,

As a Vehicle Thermal Management and EV CFD Simulation Engineer, you will be responsible for preparing 1D/3D CFD models for battery and e-axle flow/thermal management, cooling systems, and subsystems. Your role will involve applying basic loading and boundary conditions for analysis, performing post-processing, result analysis, discussions with designers, and detailed report preparation. You will also interact with design and testing teams to execute CFD analysis of EV components and suggest countermeasures. To qualify for this position, you must have a B.E./B.Tech degree, with an M.E./M.Tech degree being desirable. You should have a minimum of 1 year and a maximum of 3 years of experience, with an age limit between 24 and 26 years. Technical competency requirements include hands-on experience with tools such as Star CCM+, Particle Works, and GT-Suite, as well as a basic understanding of CFD methods and processes. Additionally, knowledge of EV vehicle systems, cooling, HVAC systems, and subsystems is essential. In terms of behavioral competencies, strong communication and presentation skills, problem-solving abilities, an achievement-oriented mindset, teamwork skills, learnability, and networking capabilities are important for success in this role.,

Role description 1D Simulation Engineer: Bachelors/masters degree in Automobile or Mechanical Engineering 3 to 10 Years of experience in automotive simulation, vehicle performance, Climate Control and thermal management Strong basic knowledge in Fluid Mechanics, Heat Transfer and Multi-phase flows Strong knowledge in CFD fundamentals Cooling and Lubrication (C&L) Systems and 3D Thermal CAE using STAR CCM+, Hyper mesh Perform 1D system simulations using GT Suite to analyze and optimize vehicle performance, Climate control and thermal management systems. Calibrated thermal system that keeps the EDU within safe operating limits with derate functions in place. Thermal model accurately predicts system temperatures in real world driving conditions Develop new methodologies and handover to program tea m for day-to-day simulations. Collaborate with cross-functional teams to understand design requirements and develop simulation models accordingly.

1D Simulation Engineer: Bachelors/master s degree in Automobile or Mechanical Engineering 3 to 10 Years of experience in automotive simulation, vehicle performance, Climate Control and thermal management Strong basic knowledge in Fluid Mechanics, Heat Transfer and Multi-phase flows Strong knowledge in CFD fundamentals Cooling and Lubrication (C&L) Systems and 3D Thermal CAE using STAR CCM+, Hyper mesh Perform 1D system simulations using GT Suite to analyze and optimize vehicle performance, Climate control and thermal management systems. Calibrated thermal system that keeps the EDU within safe operating limits with derate functions in place. Thermal model accurately predicts system temperatures in real world driving conditions Develop new methodologies and handover to program tea m for day-to-day simulations. Collaborate with cross-functional teams to understand design requirements and develop simulation models accordingly.

Experience : 20+ Yrs Locaiton : Chennai Job Summary: Role: Lead a team of engineers to support Automobile and Industrial Equipment & Heavy machinery customers in Meshing and virtual validation Regular connect with customer managers & understand their requirements and build a team for CAE Work with Account Sales Mangers (ASMs) in connecting with new customer managers and technical presentations to expand and acquire new customers in CAE domain Experiences: 20+ years of experience working with Automotive or Industrial Equipment & Heavy machinery companies directly or thru any engineering service providers in the area of CAE. Working knowledge of both Automotive and Off-Highway products is preferred. Strong experience in Program management, engineering delivery and operational excellence About Onward:- Onward Tech is a software outsourcing company specializing in Digital and ER&D services. Headquartered in Mumbai, with prominent global presence in North America & Europe, and state-of-the-art offshore delivery centres (ODC) in India, we support businesses in focused verticals of Transportation & Mobility, Industrial Equipment & Heavy Machinery, and Healthcare & Lifesciences. With a scalable outsourcing and offshore model across 6 countries, a fast-growing team of 2800+ employees, and long-term customer associations, we accelerate innovation and maximize returns on R&D investments for our marquee customers. With two decades of expertise in Mechanical Engineering capabilities, we have augmented our prowess in two lines of business (LOB) in Digital & Data Engineering and Electronics & Embedded Engineering for our customers. Founded in 1991, the company has been listed on both NSE and BSE, since 1995.

1D Simulation Engineer: Bachelors/master s degree in Automobile or Mechanical Engineering 3 to 10 Years of experience in automotive simulation, vehicle performance, Climate Control and thermal management Strong basic knowledge in Fluid Mechanics, Heat Transfer and Multi-phase flows Strong knowledge in CFD fundamentals Cooling and Lubrication (C&L) Systems and 3D Thermal CAE using STAR CCM+, Hyper mesh Perform 1D system simulations using GT Suite to analyze and optimize vehicle performance, Climate control and thermal management systems. Calibrated thermal system that keeps the EDU within safe operating limits with derate functions in place. Thermal model accurately predicts system temperatures in real world driving conditions Develop new methodologies and handover to program tea m for day-to-day simulations. Collaborate with cross-functional teams to understand design requirements and develop simulation models accordingly.