10 Starccm Jobs

The role of an Experienced Thermal CFD Engineer - R&D within the Global Multi-Physics Simulation (GLOMUS) network team offers you an exciting opportunity to leverage your expertise in the areas of electrical, structural, acoustic, thermo-mechanic, and fluid-dynamics analyses. By collaborating with a team of skilled professionals across Technology Centers and Research Centers globally, you will play a crucial role in driving innovative development projects for the Product Group Transformers, Insulation, and Components. Your responsibilities will involve developing new technologies, enhancing existing products, and providing support to engineering offices worldwide. In this role, you will be expected to create and enhance analytical tools and finite element methodologies for thermo-fluid dynamic analysis. You will actively participate in the design process, from concept creation to production, by suggesting innovative ideas and prototypes. Additionally, you will contribute to new product development projects with a primary focus on thermal design and conducting thermo-fluid dynamic simulations. Your expertise in Computational Fluid Dynamics (CFD), thermal casting processes, temperature rise tests, and familiarity with international standards will be instrumental in delivering sophisticated thermal solutions. To excel in this role, proficiency in programming languages such as Matlab, Mathcad, and Python is essential for developing custom simulations and analyzing data. Your intrinsic motivation, eagerness to explore new technologies, and adeptness in simulation methodologies will be key assets. The ability to work autonomously with minimal supervision and collaborate effectively within a team environment to ensure timely delivery of high-quality outcomes is imperative. Adhering to Hitachi Energy's core values of safety and integrity is paramount, requiring you to exhibit accountability for your actions while prioritizing the well-being of your colleagues and the organization. You will also be responsible for upholding compliance with relevant external and internal regulations, procedures, and guidelines. To qualify for this role, you should possess a Master's degree in mechanical, aerospace engineering, or physics, with a solid foundation in thermodynamics and heat processes. A minimum of 5 years of experience in Computational Fluid Dynamics (CFD) and Thermo-Mechanical Simulations is required, with additional knowledge of Fluid-Structure Interaction theory and material properties being advantageous. Familiarity with high voltage products and proficiency in numerical methods for thermodynamic simulations, along with experience in software such as ANSYS CFX/FLUENT, COMSOL, and StarCCM+, is preferred. Given the global nature of the role, a willingness to travel and proficiency in both written and spoken English are essential requirements. Hitachi Energy is committed to providing reasonable accommodations for individuals with disabilities to ensure equal access to the job application process. If you require assistance due to a disability, you can request accommodations by submitting a form on the Hitachi Energy website, specifying your needs for support during the application process. This opportunity is specifically tailored for job seekers with disabilities who require accessibility assistance during the application process. Requests for other purposes will not be addressed.,

The role of an Intern Thermal Engineer based in Whitefield, Bengaluru involves working on advanced heat exchanger design for gas turbines. As a Thermal Analysis Intern, you will have the opportunity to gain hands-on experience in flow, thermal, and structural analysis with a focus on performance, durability, and manufacturability. Your responsibilities will include developing 1D network models in Python for heat exchanger performance estimation, conducting Aerothermal & Conjugate Heat Transfer (CFD/CHT) analysis, supporting design engineers in optimizing performance, weight, cost & reliability, and performing FEA-based structural analysis for stress, deformation & fatigue life. To qualify for this role, you should have a B.Tech/M.Tech degree in Thermal, Mechanical, or Aerospace Engineering. A strong understanding of Heat Transfer, Fluid Mechanics, Thermodynamics, Materials & Manufacturing is essential. Additionally, you should possess knowledge of Aerothermal, Thermal-structural & Mechanical analysis, and demonstrate a passion for hands-on problem-solving and adaptability in a start-up environment. Preferred skills for this role include experience with CFD/CHT tools such as ANSYS Fluent, STAR-CCM+, familiarity with FEA tools, and basic CAD modeling (SolidWorks preferred). This position offers a great opportunity to gain industry experience in cutting-edge aerospace technologies. If you meet the requirements and are interested in this internship opportunity, please send your CV to contact@hycosys.in.,

You must have a Bachelor's or Master's degree in Mechanical, Automotive, or Aerospace Engineering with over 10 years of relevant experience in finite element simulation, computational fluid dynamics simulation, or heat transfer simulation of mechanical components. Additionally, you must be an Indian Citizen. As a Lead Mechanical Design Engineer, you will be responsible for designing and simulating mechanical components. Your role will involve having a comprehensive understanding of component design for mechanical strength, heat transfer, or flow. You will collaborate closely with other engineers, review technical deliverables, mentor junior engineers, ensure the quality of technical deliverables, review project cost and schedule estimates to meet global standards, and lead the team in design reviews. It is essential to stay updated with technology trends in the field and collaborate with various engineering professionals to define engineering activities during the design phases of propulsion engines or auxiliary power units. Your responsibilities will include designing and simulating mechanical components using tools such as Ansys, StarCCM, Fine Turbo, or AxCent. You will be accountable for all technical requirements, provide effort estimates, work with the engineering manager and team to define schedules and costs, and deliver conceptual, preliminary, or detailed design reviews. Establishing best practices, lessons learned, and managing design knowledge will be crucial. Driving growth and innovation by staying updated with technology trends, generating new ideas, proving concepts for technology insertion, and guiding junior engineers will also be part of your role. Furthermore, you will be responsible for making technical decisions, coordinating technical requirements with stakeholders and customers, advising leadership and customers on technical aspects, and collaborating with peers and program PEs to ensure overall program success. Creating an environment that values individual and team accomplishments, intellectually challenging through innovation and creativity, actively participating in external forums, publishing whitepapers, and representing the organization will also be expected. Some travel within India and/or internationally may be required. About Us Honeywell helps organizations address complex challenges in automation, the future of aviation, and energy transition. As a trusted partner, we offer actionable solutions and innovation through our Aerospace Technologies, Building Automation, Energy and Sustainability Solutions, and Industrial Automation business segments, powered by our Honeywell Forge software, to help create a smarter, safer, and more sustainable world.,

Your role at Micron Technology involves developing and validating computational models for process, structure, and multi-physics analysis using tools like Abaqus, ANSYS Fluent, COMSOL, and Star-CCM. You will conduct simulations, analyze results, and optimize designs to meet industry standards. Additionally, you will utilize data analysis and machine learning techniques to enhance simulation accuracy and efficiency. Collaboration with cross-functional teams is essential to support product development and troubleshoot engineering issues. You will be responsible for preparing technical reports and presentations to communicate analysis results and recommendations effectively. Keeping abreast of the latest advancements in FEA, CFD, numerical methods, computational geometry, and machine learning is crucial for this role. As a qualified candidate, you should hold a Master's or PhD degree in Chemical Engineering, Applied Chemistry, Applied Physics, Materials Science, or related fields. With a minimum of 5 years of experience in computational modeling, you should be proficient in numerical methods, scientific computing, and scripting languages such as Python, MATLAB, FORTRAN, and C++. Experience with data analysis tools and machine learning frameworks like TensorFlow is required. Familiarity with FEA, FVM, PFM, HPEM methods, and implementations is advantageous. Strong problem-solving skills, attention to detail, and the ability to work both independently and collaboratively in a fast-paced environment are essential qualities for this role. Experience with High-Performance Computing (HPC) in a Linux environment, computational geometry, and mesh generation techniques is beneficial. Preferred skills include knowledge of multi-physics simulations, advanced material models, computational fluid dynamics, thermodynamics, physics, chemistry, and statistical/data analysis. Strong communication and presentation skills, along with the ability to manage multiple projects and meet deadlines, are highly valued attributes. Micron Technology, Inc., is a global leader in memory and storage solutions, leveraging innovation to enrich lives through information. With a focus on technology leadership, operational excellence, and customer-centric solutions, Micron offers a diverse range of high-performance DRAM, NAND, and NOR memory and storage products under the Micron and Crucial brands. The company's advancements in AI and 5G applications empower the data economy, driving progress from data centers to the intelligent edge and enhancing client and mobile user experiences. To explore opportunities at Micron Technology, please visit micron.com/careers. For assistance with the application process or accommodations, contact hrsupport_india@micron.com. Micron upholds a strict policy against child labor and complies with all relevant laws and labor standards. Candidates are encouraged to utilize AI tools to enhance their resumes and applications, ensuring accuracy and transparency in representing their qualifications. Job seekers should exercise caution regarding unsolicited job offers and verify communication authenticity by referring to the official Micron careers website.,

As an innovative R&D Engineer specializing in Steam Turbine Blade Aerodynamics, you will be joining our turbine technology research and development team at the forefront of developing the next generation of high-performance, low-emission steam turbines. Your primary focus will be on designing and optimizing blade airfoil shapes and flow paths to enhance steam turbine efficiency, reliability, and performance under real-world operating conditions. Your responsibilities will include designing and optimizing blade airfoils and steam turbine flow paths to maximize aerodynamic efficiency and minimize losses. You will be conducting CFD simulations (steady/unsteady, 2D/3D) to evaluate flow characteristics, such as boundary layer interactions, secondary flows, tip leakages, and wet steam behavior. Additionally, you will develop and implement advanced aerodynamic features for performance improvement and collaborate with a cross-functional team to ensure aero-structural integration, manufacturability, and thermal performance alignment. Correlation of CFD predictions with experimental data and documenting research findings will also be part of your role. To qualify for this position, you should hold a Bachelor's or Master's degree in Mechanical Engineering, Aerospace Engineering, or a related discipline, preferably from a Govt. Engineering College. You should have 5-10 years of experience in Steam Turbine Blade Design or Turbomachinery Aerodynamics, with proficiency in CFD Tools such as ANSYS CFX/Fluent, Star-CCM+, etc. A strong understanding of turbomachinery flow physics, including blade loading, boundary layers, shocks, and secondary flows, is essential. A PhD in turbomachinery aerodynamics would be an added advantage, along with knowledge of blade manufacturing constraints and design-for-manufacturing principles. By joining us, you will be part of a cutting-edge R&D team shaping the future of high-efficiency, low-emission steam turbines. You will have the opportunity to work with state-of-the-art CFD tools, turbine test rigs, and a global network of experts while contributing to innovation in Energy Transition, Industrial Decarbonization, and Thermal Efficiency. We value Technical Excellence, Collaboration, and Research Leadership, providing an environment where you can grow professionally. Siemens Energy India Limited is committed to quality, equality, and diversity, and we welcome applications that reflect the diversity of the communities within which we work. For more information, please visit www.siemens.com. To learn more about our organization, visit www.siemens.com/energy. We look forward to receiving your online application and encourage you to complete all areas of the application form to the best of your ability as we review your suitability for the role.,

As an Engine CFD Analyst, your primary responsibility will be to conduct Engine Level CFD simulations, specifically focusing on internal and in-cylinder scenarios for both series production and advanced engineering projects. This role involves preparing CFD models for In-Cylinder Spray and Combustion simulations using tools such as Converge, Star-CD, and AVL FIRE. Additionally, you will be tasked with creating CFD models for Engine & Exhaust CHT models utilizing Star-CCM+ and applying necessary loading and boundary conditions for analysis purposes. Collaboration with design and testing teams will be essential as you execute CFD analysis on engine components, provide insights, and recommend potential countermeasures. Your role will encompass conducting CFD analysis for various developmental, market-related issues, and VAVE projects. Proficiency in post-processing, result analysis, engaging in discussions with designers, and preparing detailed reports will be crucial aspects of this job. A foundational understanding of Engine parts and sub-systems, familiarity with engine performance parameters, and hands-on experience with In-Cylinder software, Star-CCM+, and Unigraphics are prerequisites for this role. Additionally, comprehension of Engine Bench Level Testing methods and knowledge of alternative fuels such as Ethanol and H-CNG will be advantageous. An educational background of B.E/B.Tech in Mechanical/Production Engineering/Electrical with a minimum of 60% marks is required, while an M.E/M.Tech degree and relevant project work in Engine CFD Simulation are desirable. Ideally, candidates should possess 2 to 9 years of experience in this field.,

Looking for a challenging role If you truly wish to make a difference, consider joining Siemens Energy. At Siemens Energy, we are committed to energizing society while simultaneously combating climate change. Our success is driven not only by our technology but also by our dedicated team. Our employees are innovative, collaborative, and instrumental in revolutionizing the world's energy systems. We are looking for individuals who embody our culture of care, agility, respect, and accountability. If you value excellence and are passionate about making an impact, this opportunity may be for you. As a member of the AUX India Fluid System Engineering team, you will be responsible for preparing steady state and dynamic simulation models and conducting detailed analysis for Power plant Systems and Equipment. The role will be based in Gurgaon, India, within the challenging technical environment of the AUX Fluid Systems department. While the majority of tasks will be focused on Engineering, there will also be opportunities for site support. Your new role will be both challenging and future-oriented. Key responsibilities include: - Preparation of 1-D flow models in AFT Arrow and AFT Fathom for steady state simulation of Gas Turbine auxiliary systems - Conducting Transient simulation and Surge Analysis for liquid and gas systems using software like AFT Impulse and AFT Xstream - Reviewing modeling and analysis completed by fellow engineers - Validating and testing simulation models with actual site data - Presenting analysis results clearly to stakeholders - Participating in status meetings and discussions with various Project Stakeholders To excel in this role, we are looking for individuals with the following qualifications and attributes: - Bachelor's/Master's degree in Mechanical Engineering or a related field - 5 to 10 years of relevant engineering work experience - Experience in Engineering simulations for Power plant processes/systems - Proficiency in software such as AFT Arrow, Fathom, Impulse, xStream, Pipenet, FluidFlow, etc. - Knowledge of CFD (Ansys Fluent/ StarCCM+) is advantageous - Strong collaboration skills to work effectively in a global team - Flexibility in taking on new tasks and responsibilities - Excellent communication and English language skills - Dedication to the product and a proactive attitude towards ownership - Understanding of the interplay between quality, costs, and delivery time This role is based in Gurgaon, with opportunities to travel to other locations in India and beyond. If you are ready to contribute to projects that impact entire cities and countries, Siemens Energy offers a dynamic environment where you can shape the future. Siemens is a global company with a diverse workforce of over 379,000 employees operating in more than 200 countries. We are committed to equality and encourage applications from individuals representing the diversity of the communities we serve. At Siemens, employment decisions are based on qualifications, merit, and business needs. Join us in building the future, one day at a time, with your curiosity and imagination.,

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.,

You will be responsible for performing Engine Level CFD simulations (internal and in-cylinder) for series production and advanced engineering projects. Your main duties will include preparing CFD models for In-Cylinder Spray and Combustion simulations using software such as Converge, Star-CD, and AVL FIRE. Additionally, you will be expected to create CFD models for Engine & Exhaust CHT using Star-CCM+, apply loading and boundary conditions for analysis, and collaborate with design and testing teams to execute CFD analysis of engine components and propose solutions. In this role, you will conduct CFD analysis activities for development, market issues, and VAVE projects. You should possess the ability to perform post-processing, result analysis, engage in discussions with designers, and prepare detailed reports. It is essential to have a basic understanding of Engine parts and sub-systems, familiarity with engine performance parameters, and hands-on experience with In-Cylinder software, Star-CCM+, and Unigraphics. Knowledge of Engine Bench Level Testing methods and alternative fuels like Ethanol and H-CNG, as well as experience with 1D GT Power, will be advantageous. Ideal candidates should hold a B.E/B.Tech degree in Mechanical/Production Engineering/Electrical with a minimum of 60% marks. An M.E/M.Tech qualification and project work related to Engine CFD Simulation would be desirable, along with 2 to 9 years of relevant work experience.,

As a Mechanical Development Engineer specializing in Finite Element Method (FEM) and Computational Fluid Dynamics (CFD), you will play a crucial role in the design, simulation, and optimization of mechanical systems and components across various stages of product development. Your primary responsibilities will include conducting structural and thermal analysis using FEM tools, performing fluid flow simulations using CFD tools, and providing simulation-driven insights to enhance performance, durability, and manufacturability of mechanical designs. To excel in this role, you must possess a Master's degree in Mechanical Engineering or a related field, along with a minimum of 3 years of experience in mechanical product development with a focus on FEM and CFD. Proficiency in simulation tools such as ANSYS, Abaqus, STAR-CCM+, or similar is essential, as well as experience with CAD tools like SolidWorks or CREO. A strong understanding of mechanical design principles, thermodynamics, fluid mechanics, and materials science is required, along with the ability to interpret and apply engineering standards and codes. In addition to technical skills, excellent analytical thinking, problem-solving, and communication abilities are key to success in this role. Experience with scripting/automation using tools like Python or MATLAB would be advantageous. Preferred qualifications include exposure to regulated industries such as automotive or ventilation equipment, familiarity with FMEA, risk analysis, and design verification processes, as well as experience in multiphysics simulations and optimization techniques. Collaboration with cross-functional teams, preparation of technical reports and documentation, participation in design reviews and risk assessments, and staying updated on industry best practices are also integral aspects of this position. If you have a passion for continuous improvement, a proactive approach to problem-solving, and a desire to contribute to cutting-edge simulation methodologies and development processes, we encourage you to apply for this role and join our dynamic engineering team in Greater Noida.,