68 Openfoam Jobs

L2 Skill HPC Engineer with Application Expertise Role Overview: An L2 HPC (High-Performance Computing) Engineer with an application skillset is responsible for supporting, troubleshooting, and maintaining HPC infrastructure and assisting users with scientific and engineering applications. They operate between infrastructure and application layers, ensuring optimal performance and availability of both. Core Responsibilities: HPC Cluster Support: Manage day-to-day operations of HPC clusters (Slurm, PBS, LSF), monitor jobs, and node health, and manage user issues at L2. Application Support & Optimization: Support scientific/engineering applications (ANSYS, Gaussian, GROMACS, OpenFOAM, etc.) including installation, configuration, tuning, and parallel execution optimization (MPI/OpenMP). User & Job Management: Handle user access, and environment setup (modules, environment variables), and resolve job scheduling issues. Performance Monitoring: Use tools like Ganglia, Prometheus, or Nagios to monitor cluster and job performance. OS & Middleware Maintenance: Perform updates and patching of OS (Linux/RHEL/CentOS), compilers (Intel, GNU), and libraries (MPI, BLAS, CUDA). Collaboration: Work with L3/engineering teams for complex issues and contribute to environment upgrades or migrations. Key Skill Areas: HPC Environment: Slurm, PBS Pro, LSF, Bright Cluster Manager OS & Shell: Linux (RHEL/CentOS), Bash scripting Compilers & Libraries: Intel, GCC, OpenMPI, MPICH, CUDA Applications: ANSYS, Abaqus, Gaussian, GROMACS, MATLAB, OpenFOAM Monitoring Tools: Ganglia, Nagios, Prometheus Job Scheduler Debugging & Logs Analysis Basic Networking & Storage Concepts Software Module Systems (Lmod/Environment Modules) Preferred Experience: 4+ years in HPC environments Exposure to GPU workloads Understanding of parallel computing fundamentals Ability to interact with application end-users and researchers

L2 Skill HPC Engineer with Application Expertise Role Overview: An L2 HPC (High-Performance Computing) Engineer with an application skillset is responsible for supporting, troubleshooting, and maintaining HPC infrastructure and assisting users with scientific and engineering applications. They operate between infrastructure and application layers, ensuring optimal performance and availability of both. Core Responsibilities: HPC Cluster Support: Manage day-to-day operations of HPC clusters (Slurm, PBS, LSF), monitor jobs, and node health, and manage user issues at L2. Application Support & Optimization: Support scientific/engineering applications (ANSYS, Gaussian, GROMACS, OpenFOAM, etc.) including installation, configuration, tuning, and parallel execution optimization (MPI/OpenMP). User & Job Management: Handle user access, and environment setup (modules, environment variables), and resolve job scheduling issues. Performance Monitoring: Use tools like Ganglia, Prometheus, or Nagios to monitor cluster and job performance. OS & Middleware Maintenance: Perform updates and patching of OS (Linux/RHEL/CentOS), compilers (Intel, GNU), and libraries (MPI, BLAS, CUDA). Collaboration: Work with L3/engineering teams for complex issues and contribute to environment upgrades or migrations. Key Skill Areas: HPC Environment: Slurm, PBS Pro, LSF, Bright Cluster Manager OS & Shell: Linux (RHEL/CentOS), Bash scripting Compilers & Libraries: Intel, GCC, OpenMPI, MPICH, CUDA Applications: ANSYS, Abaqus, Gaussian, GROMACS, MATLAB, OpenFOAM Monitoring Tools: Ganglia, Nagios, Prometheus Job Scheduler Debugging & Logs Analysis Basic Networking & Storage Concepts Software Module Systems (Lmod/Environment Modules) Preferred Experience: 4–6 years in HPC environments Exposure to GPU workloads Understanding of parallel computing fundamentals Ability to interact with application end-users and researchers

My Design Minds Magnanimous Design Minds Pvt. Ltd. Please submit a resume at careers@mydesignminds.com or contact us at +91-9599399436. Company Overview Magnanimous Design Minds Pvt. Ltd.is a leading provider of comprehensive business solutions for small, medium, and large-scale manufacturers. We guide product development from initial concept to final production, incorporating innovative mechanical designs to enhance functionality and market appeal. CFD Engineering (Computational Fluid Dynamics) · Start Date: Immediate · Location: RZ-16, Third Floor, Mahindra Park, · Near Hero Showroom, Uttam Nagar East, Delhi – 110059 · Salary: 15,000-20,000 (Salary no bar for the right candidate) · Experience: 0 to 1 year · Duration: 6 months or expandable up to 2 years. Qualifications & Skills (CFD Engineer) CAD & Pre-Processing Tools Proficiency: SolidWorks, CATIA, or similar CAD tools. Meshing software: ANSYS Meshing, ICEM CFD, HyperMesh, or Pointwise. Fluid Mechanics & Heat Transfer Fundamentals: Strong understanding of fluid dynamics, thermodynamics, and heat transfer. Knowledge of turbulence modeling, compressible/incompressible flows, and multiphase flows. CFD Analysis & Simulation: Hands-on experience with CFD solvers such as ANSYS Fluent, OpenFOAM, STAR-CCM+, or COMSOL. Setup and execution of simulations: boundary conditions, solver settings, and convergence checks. Ability to perform aerodynamic, thermal, and flow simulations. Familiarity with coupling CFD with FEA for fluid-structure interaction (FSI). Post-Processing & Data Interpretation: Use of tools like ANSYS CFD-Post, Tecplot, ParaView, or MATLAB for result analysis. Ability to extract meaningful insights (drag, lift, pressure drop, flow distribution, temperature gradients). Preparation of clear technical reports and presentations. Prototyping & Validation: Correlation of CFD results with experimental/real-world testing. Familiarity with wind tunnel testing, thermal chambers, or flow bench data. Programming & Automation (Bonus): Knowledge of scripting (Python, MATLAB, C++) to automate CFD workflows and data analysis. Product Lifecycle & Project Management: Experience with PLM tools (like PTC Wind-chill, Siemens Team center) is beneficial. Ability to manage multiple simulation projects, timelines, and deliverables. Roles and Responsibilities (CFD Engineer) 1. Simulation Setup & Execution o Develop and run CFD simulations to analyze fluid flow, heat transfer, aerodynamics, and multiphase systems. o Define boundary conditions, material properties, and solver settings for accurate results. 2. Model Preparation & Meshing o Import CAD models and prepare geometry for simulation. o Create structured/unstructured meshes, refine grids, and ensure mesh quality for numerical accuracy. 3. Post-Processing & Data Analysis o Interpret simulation results using tools like ANSYS CFD-Post, ParaView, or Tecplot. o Extract performance metrics (e.g., drag, lift, pressure distribution, heat transfer rates). o Prepare detailed technical reports and presentations for internal and client review. 4. Validation & Correlation o Compare simulation results with experimental data, prototypes, or industry standards. o Suggest design improvements based on CFD insights. 5. Design Optimization & Support o Work with design teams to optimize product performance (aerodynamics, cooling efficiency, fluid distribution). o Provide input for material selection, manufacturing feasibility, and system performance improvements. 6. Collaboration & Communication o Collaborate with mechanical designers, project managers, and R&D teams. o Support cross-functional projects by providing fluid and thermal analysis expertise. 7. Documentation & Knowledge Sharing o Maintain records of CFD workflows, simulation methodologies, and best practices. o Contribute to knowledge databases for future projects. 8. Continuous Improvement & Innovation o Stay updated on latest CFD methods, tools, and industry trends. o Propose new techniques to improve simulation speed, accuracy, and efficiency. Application Instructions: Please submit a resume at careers@mydesignminds.com or contact us at +91-9599399436. Job Types: Full-time, Fresher Pay: ₹15,000.00 - ₹20,000.00 per month Work Location: In person

Hi, We have an immediate requirement for HPC Applications Engineer with our organization SHI Locuz Enterprise Solutions Pvt Ltd. PFB JD L2 Skill HPC Engineer with Application Expertise Role Overview: An L2 HPC (High-Performance Computing) Engineer with an application skillset is responsible for supporting, troubleshooting, and maintaining HPC infrastructure and assisting users with scientific and engineering applications. They operate between infrastructure and application layers, ensuring optimal performance and availability of both. Core Responsibilities: HPC Cluster Support: Manage day-to-day operations of HPC clusters (Slurm, PBS, LSF), monitor jobs, and node health, and manage user issues at L2. Application Support & Optimization: Support scientific/engineering applications (ANSYS, Gaussian, GROMACS, OpenFOAM, etc.) including installation, configuration, tuning, and parallel execution optimization (MPI/OpenMP). User & Job Management: Handle user access, and environment setup (modules, environment variables), and resolve job scheduling issues. Performance Monitoring: Use tools like Ganglia, Prometheus, or Nagios to monitor cluster and job performance. OS & Middleware Maintenance: Perform updates and patching of OS (Linux/RHEL/CentOS), compilers (Intel, GNU), and libraries (MPI, BLAS, CUDA). Collaboration: Work with L3/engineering teams for complex issues and contribute to environment upgrades or migrations. Key Skill Areas: HPC Environment: Slurm, PBS Pro, LSF, Bright Cluster Manager OS & Shell: Linux (RHEL/CentOS), Bash scripting Compilers & Libraries: Intel, GCC, OpenMPI, MPICH, CUDA Applications: ANSYS, Abaqus, Gaussian, GROMACS, MATLAB, OpenFOAM Monitoring Tools: Ganglia, Nagios, Prometheus Job Scheduler Debugging & Logs Analysis Basic Networking & Storage Concepts Software Module Systems (Lmod/Environment Modules) Preferred Experience: 4–6 years in HPC environments Exposure to GPU workloads Understanding of parallel computing fundamentals Ability to interact with application end-users and researchers

Responsibilities: We are looking for an enthusiastic CFD intern who is passionate about learning and contributing to the research work and ongoing projects carried out at Chakr Innovation Pvt. Ltd. You will be part of a team which strives to continuously improve their core product and is committed to bring in innovative product to make a sustainable and clean planet. What we look for: Minimum Bachelors degree in Mechanical Engineering Exposure to CFD simulation using ANSYS Fluent, Star CCM+ or OpenFoam tool is must Desirable to have working knowledge of Solidworks Should have good understanding of Fluid mechanics, Heat transfer and thermodynamics concepts and should be able to do hand calculations to validate the simulation results Ability to understand and break down real world problems into solvable modeling objectives Show more Show less

Job Description Organization: MARS Exploration Pvt. Ltd. Program Type: Internship + Training (Virtual) Domain: Computational Fluid Dynamics (CFD) About MARS Exploration MARS Exploration Pvt. Ltd. is a skill development and R&D-based training organization dedicated to Aerospace, Mechanical, and Space Engineering. With 3+ years of experience in delivering industry-oriented training and internships, we focus on bridging the gap between academics and practical applications in engineering. Role: CFD Intern (Training + Internship) Responsibilities: Learn the fundamentals of Computational Fluid Dynamics (CFD) and its applications in Aerospace & Mechanical Engineering. Work on real-world simulation projects involving fluid flow, aerodynamics, and heat transfer. Perform mesh generation, boundary condition setup, and solver execution using CFD software/tools. Analyze and validate simulation results, preparing technical reports and presentations. Collaborate with mentors and peers in a project-based learning environment . Participate in review sessions, discussions, and technical webinars organized by MARS Exploration. What You Will Learn (Training Modules): Introduction to CFD & Governing Equations (Navier-Stokes, Continuity, Momentum, Energy) Basics of Fluid Mechanics and Aerodynamics CFD Workflow: Pre-processing, Solving & Post-processing Meshing Techniques and Grid Independence Study Turbulence Models and Boundary Conditions CFD Software Hands-On (ANSYS Fluent / OpenFOAM / SimScale / Star CCM+ basics) Case Studies in Aerospace Vehicle Design, Propulsion Systems, and Heat Transfer Final Project: Simulation & Report Submission Eligibility Criteria: Engineering students (UG/PG) in Aerospace, Mechanical, Automotive, or related branches . Basic understanding of fluid mechanics, thermodynamics, and heat transfer. Familiarity with MATLAB, Python, or C++ (preferred but not mandatory). Eagerness to learn simulation techniques and a research-oriented mindset. Duration & Mode: Duration: 12 Weeks (Flexible batches) Mode: Online (with virtual labs & mentor support) Benefits: Hands-on experience with industry-standard CFD tools . Certificate of Internship & Training from MARS Exploration Pvt. Ltd. Opportunity to publish your project work in research blogs/journals . Guidance from industry experts and academic mentors . Enhanced career prospects in Aerospace, Automotive, Energy, and R&D sectors . Regards MARS Team

Responsibilities: We are looking for an enthusiastic CFD intern who is passionate about learning and contributing to the research work and ongoing projects carried out at Chakr Innovation Pvt. Ltd. You will be part of a team which strives to continuously improve their core product and is committed to bring in innovative product to make a sustainable and clean planet. What we look for: Minimum Bachelor’s degree in Mechanical Engineering Exposure to CFD simulation using ANSYS Fluent, Star CCM+ or OpenFoam tool is must Desirable to have working knowledge of Solidworks Should have good understanding of Fluid mechanics, Heat transfer and thermodynamics concepts and should be able to do hand calculations to validate the simulation results Ability to understand and break down real world problems into solvable modeling objectives

Responsibilities As a Naval Architect you will be working closely with the client to execute their design engineering projects with close co-ordination of your design team. Your responsibilities will be as follows: Guide teams of Naval Architects, Structural Engineers & Designers - responsible for basic design projects. Conduct detailed Finite Element Method (FEM) analysis of local structure, foundations and Global FE analysis & report for ships and floating structures Design of mooring systems for ships and floating structures. Should be able to perform Mooring Analysis using software like Optimoor or OrcaFlex. Perform all Naval Architecture calculations, including weight estimate, intact and damage stability characteristics, resistance, powering and hydrostatic properties and other calculations using Bentley's Maxsurf or GHS or DELFTship or equivalent. Good knowledge of class/IMO/Flag rules and regulations and should be able to apply these in the design. Should have knowledge and experience in structural analysis, especially marine structures and should be able to do scantling calculations using IRHull/NovaHull or DNV Poseidon or Excel based macros. Plus prior experience in ANSYS or similar software is a must Experience in performing buckling and vibrational analysis using ANSYS is preferred. CFD knowledge and experience in software like Openfoam, FLUENT or SHIPFLOW or CAESES is preferred. Liaise with client and /or class for basic design of ships and boats Interact with all stakeholders of the projects including clients, classification societies, vendors, shipyards, etc. Willing to re-locate on client site, either domestic or International on short notice. Any other associated task or responsibilities assigned from time to time by the organization. Job Requirements: You are a graduate or masters in Naval Architecture or Ocean Engineering. - MUST HAVE Minimum relevant work experience of 5 years required - MUST HAVE You have worked on basic design projects for shipbuilding or offshore. - MUST HAVE You have good communication skills and enjoy helping customers. You have minute attention to detail and seek perfection in your work. You would like to continue to develop your technical & intra-personal knowledge and use it to retain & create satisfied customers. We Offer: A full-time position within the team with competitive benefits. Exciting and challenging working environment with exposure to international projects. A rapidly growing young and enthusiastic organization with shortest lines of communication with the management. Opportunities for international and domestic travel with ample scope of promotion and personal growth

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.,

We are looking for a technically focused engineer with experience in hydraulic modelling and computational fluid dynamics (CFD) for complex hydraulic systems, particularly for hydropower and pumped storage applications. The role focuses on understanding energy losses, transient flow regimes, and water level impacts using tools like ECRAS and Flow3D. Key Responsibilities: Conduct CFD modelling of hydraulic structures (intakes, tunnels, surge chambers, etc.) Analyse energy dissipation, head losses, and flow transitions across operating modes Model head/tailwater level interactions during generation and pumping cycles Support physical modelling teams with numerical pre-analysis and post-validation Optimise hydraulic performance through scenario testing and flow tuning Produce high-quality technical outputs, visualisations, and reporting Role Requirements: Bachelors degree in Civil, Hydraulic, or Mechanical Engineering (Masters degree preferred) Minimum of 8 years experience in hydraulic system modelling, including pumped storage or hydropower Strong proficiency in CFD tools such as Flow3D, OpenFOAM, or ANSYS Fluent Experience with ECRAS, HEC-RAS or similar for energy and water level analysis Solid understanding of turbulent flow, flow transitions, and energy loss mechanisms Ability to work with and interpret physical model results for calibration and validation Strong reporting, communication, and visualisation skills for technical and non-technical audiences

As a Naval Architect you will be working closely with the client to execute their design engineering projects with close co-ordination of your design team. Your responsibilities will be as follows: Guide teams of Naval Architects, Structural Engineers & Designers — responsible for basic design projects. Conduct detailed Finite Element Method (FEM) analysis of local structure, foundations and Global FE analysis & report for ships and floating structures Design of mooring systems for ships and floating structures. Should be able to perform Mooring Analysis using software like Optimoor or OrcaFlex. Perform all Naval Architecture calculations, including weight estimate, intact and damage stability characteristics, resistance, powering and hydrostatic properties and other calculations using Bentley’s Maxsurf or GHS or DELFTship or equivalent. Good knowledge of class/IMO/Flag rules and regulations and should be able to apply these in the design. Should have knowledge and experience in structural analysis, especially marine structures and should be able to do scantling calculations using IRHull/NovaHull or DNV Poseidon or Excel based macros. Plus prior experience in ANSYS or similar software is a must Experience in performing buckling and vibrational analysis using ANSYS is preferred. CFD knowledge and experience in software like Openfoam, FLUENT or SHIPFLOW or CAESES is preferred. Liaise with client and /or class for basic design of ships and boats Interact with all stakeholders of the projects including clients, classification societies, vendors, shipyards, etc. Willing to re-locate on client site, either domestic or International on short notice. Any other associated task or responsibilities assigned from time to time by the organization. Job Requirements: You are a graduate or masters in Naval Architecture or Ocean Engineering. – MUST HAVE Minimum relevant work experience of 5 years required – MUST HAVE You have worked on basic design projects for shipbuilding or offshore. - MUST HAVE You have good communication skills and enjoy helping customers. You have minute attention to detail and seek perfection in your work. You would like to continue to develop your technical & intra-personal knowledge and use it to retain & create satisfied customers. We Offer: A full-time position within the team with competitive benefits. Exciting and challenging working environment with exposure to international projects. A rapidly growing young and enthusiastic organization with shortest lines of communication with the management. Opportunities for international and domestic travel with ample scope of promotion and personal growth

Responsibilities As a Naval Architect you will be working closely with the client to execute their design engineering projects with close co-ordination of your design team. Your responsibilities will be as follows: Guide teams of Naval Architects, Structural Engineers & Designers — responsible for basic design projects. Conduct detailed Finite Element Method (FEM) analysis of local structure, foundations and Global FE analysis & report for ships and floating structures Design of mooring systems for ships and floating structures. Should be able to perform Mooring Analysis using software like Optimoor or OrcaFlex. Perform all Naval Architecture calculations, including weight estimate, intact and damage stability characteristics, resistance, powering and hydrostatic properties and other calculations using Bentley’s Maxsurf or GHS or DELFTship or equivalent. Good knowledge of class/IMO/Flag rules and regulations and should be able to apply these in the design. Should have knowledge and experience in structural analysis, especially marine structures and should be able to do scantling calculations using IRHull/NovaHull or DNV Poseidon or Excel based macros. Plus prior experience in ANSYS or similar software is a must Experience in performing buckling and vibrational analysis using ANSYS is preferred. CFD knowledge and experience in software like Openfoam, FLUENT or SHIPFLOW or CAESES is preferred. Liaise with client and /or class for basic design of ships and boats Interact with all stakeholders of the projects including clients, classification societies, vendors, shipyards, etc. Willing to re-locate on client site, either domestic or International on short notice. Any other associated task or responsibilities assigned from time to time by the organization. Job Requirements You are a graduate or masters in Naval Architecture or Ocean Engineering. – MUST HAVE Minimum relevant work experience of 5 years required – MUST HAVE You have worked on basic design projects for shipbuilding or offshore. - MUST HAVE You have good communication skills and enjoy helping customers. You have minute attention to detail and seek perfection in your work. You would like to continue to develop your technical & intra-personal knowledge and use it to retain & create satisfied customers. We Offer A full-time position within the team with competitive benefits. Exciting and challenging working environment with exposure to international projects. A rapidly growing young and enthusiastic organization with shortest lines of communication with the management. Opportunities for international and domestic travel with ample scope of promotion and personal growth

As a Naval Architect you will be working closely with the client to execute their design engineering projects with close co-ordination of your design team. Your responsibilities will be as follows: Guide teams of Naval Architects, Structural Engineers & Designers — responsible for basic design projects. Conduct detailed Finite Element Method (FEM) analysis of local structure, foundations and Global FE analysis & report for ships and floating structures Design of mooring systems for ships and floating structures. Should be able to perform Mooring Analysis using software like Optimoor or OrcaFlex. Perform all Naval Architecture calculations, including weight estimate, intact and damage stability characteristics, resistance, powering and hydrostatic properties and other calculations using Bentley’s Maxsurf or GHS or DELFTship or equivalent. Good knowledge of class/IMO/Flag rules and regulations and should be able to apply these in the design. Should have knowledge and experience in structural analysis, especially marine structures and should be able to do scantling calculations using IRHull/NovaHull or DNV Poseidon or Excel based macros. Plus prior experience in ANSYS or similar software is a must Experience in performing buckling and vibrational analysis using ANSYS is preferred. CFD knowledge and experience in software like Openfoam, FLUENT or SHIPFLOW or CAESES is preferred. Liaise with client and /or class for basic design of ships and boats Interact with all stakeholders of the projects including clients, classification societies, vendors, shipyards, etc. Willing to re-locate on client site, either domestic or International on short notice. Any other associated task or responsibilities assigned from time to time by the organization. Job Requirements: You are a graduate or masters in Naval Architecture or Ocean Engineering. – MUST HAVE Minimum relevant work experience of 5 years required – MUST HAVE You have worked on basic design projects for shipbuilding or offshore. - MUST HAVE You have good communication skills and enjoy helping customers. You have minute attention to detail and seek perfection in your work. You would like to continue to develop your technical & intra-personal knowledge and use it to retain & create satisfied customers. We Offer: A full-time position within the team with competitive benefits. Exciting and challenging working environment with exposure to international projects. A rapidly growing young and enthusiastic organization with shortest lines of communication with the management. Opportunities for international and domestic travel with ample scope of promotion and personal growth

The Computational Fluid Dynamics (CFD) Research Group at the School of Mechanical Engineering, Vellore Institute of Technology (VIT), Chennai, is seeking applications for a PhD research position focused on investigating the thermal performance of nanofluids using machine learning modeling techniques. The research aims to enhance heat transfer efficiency through the exploration of multiphase turbulent modeling, nanoparticle shape effects, and innovative approaches in nanofluid heat transfer. The project will involve conducting CFD simulations to analyze fluid flow, convective heat transfer, and nanoparticle dispersion. Additionally, machine learning techniques will be utilized to optimize performance across varying operating conditions. The successful candidate will be involved in developing high-fidelity CFD models integrated with data-driven machine learning frameworks to predict and improve heat transfer characteristics for applications in thermal management, energy systems, and cooling technologies. Eligibility and Fellowship Details: This research position is supported by the institute's research fellowship program and is open to candidates holding either Masters or Bachelors degrees. Candidates with the following educational backgrounds are eligible to apply: - Masters degree (M.Tech/M.E/M.Sc) in Mechanical Engineering, Thermal Engineering, or a related field such as Applied Mathematics. - Bachelors degree (B.Tech/B.E) in Mechanical, Aeronautical, or Automobile Engineering. Fellowship details and research support options are as follows: - For Masters degree holders: A fellowship of 31,000 per month for the first year, increasing to 35,000 per month for the second and third years (total duration: three years). - For Bachelors degree holders: A fellowship of 21,000 per month for the first two years, increasing to 30,000 per month for the third and fourth years (total duration: four years). Additionally, the institute offers a Raman Research Award of up to 1 lakh for outstanding research publications and provides funding support for conference presentations and journal publications. Preferred Skills: - Proficiency with CFD tools such as ANSYS Fluent and OpenFOAM. - Strong programming skills in MATLAB, C, and Python. - Excellent verbal and written communication abilities. Start Date: June 2025 Application Process: Interested candidates are required to submit a comprehensive CV along with contact details for at least two academic or professional references to harish.r@vit.ac.in before March 28, 2025. For more information, please contact the provided email address.,

Role & responsibilities: Perform FEA-based simulations for structural, thermal, fatigue, and vibration analysis. • Develop and validate numerical models for linear, non-linear, and transient analysis. • Conduct pipe stress analysis for thermal, seismic, wind, and pressure loads. • Perform calculations using Caesar II, AutoPIPE to ensure compliance with ASME and API standards. • Identify thermal expansion, nozzle loads, and support placements to avoid failures. • Ensure designs comply with ASME, API, ASTM, AISC, ASCE and other standards. • Document FEA/Pipe stress methodologies, assumptions, and analysis reports. • Optimize simulation methodologies to improve accuracy and reduce computational cost. Preferred candidate profile • Knowledge of FEA and Pipe Stress Analysis. • Solid understanding of Solid Mechanics, Strength of Material, etc. • Understanding of seismic, wind, and vibration load analysis.

Role Description We are looking for a technically focused engineer with experience in hydraulic modelling and computational fluid dynamics (CFD) for complex hydraulic systems, particularly for hydropower and pumped storage applications. The role focuses on understanding energy losses, transient flow regimes, and water level impacts using tools like ECRAS and Flow3D. Key Responsibilities: Conduct CFD modelling of hydraulic structures (intakes, tunnels, surge chambers, etc.) Analyse energy dissipation, head losses, and flow transitions across operating modes Model head/tailwater level interactions during generation and pumping cycles Support physical modelling teams with numerical pre-analysis and post-validation Optimise hydraulic performance through scenario testing and flow tuning Produce high-quality technical outputs, visualisations, and reporting Qualifications Role Requirements: Bachelors degree in Civil, Hydraulic, or Mechanical Engineering (Masters degree preferred) Minimum of 8 years experience in hydraulic system modelling, including pumped storage or hydropower Strong proficiency in CFD tools such as Flow3D, OpenFOAM, or ANSYS Fluent Experience with ECRAS, HEC-RAS or similar for energy and water level analysis Solid understanding of turbulent flow, flow transitions, and energy loss mechanisms Ability to work with and interpret physical model results for calibration and validation Strong reporting, communication, and visualisation skills for technical and non-technical audiences

Roles and Responsibilities Collaborate with cross-functional teams to identify design improvements and optimize product performance through simulation-driven engineering for both gases and liquids. Conduct computational fluid dynamics (CFD) simulations using ANSYS FLUENT, OpenFOAM, or other relevant tools to analyze complex heat transfer phenomena. Develop and maintain accurate models of industrial equipment, machinery, and systems for thermal management applications. Provide technical guidance on heat transfer principles, fluid mechanics, and thermodynamics to junior engineers. Participate in project planning, execution, and delivery as part of an agile team. Capable of building CFD based meshed model & good know-how of turbulence modelling & associated calculations. Constantly Develop & improve new CFD techniques & also contribute to design suggest. Active involvement in the discussion related to New Product development. Pressure drops predictions & Heat transfer calculations & simulation of the defined products. Have a good understanding of multi-phase solver which also includes the VOF implementation for interface tracking for different phases. Able to generate customized scripts for modelling of solvers, meshing & fluid data implementation. Report writing & efficient delivery of projects with intuitive results. Mandatory Software Tools - a) Ansys Fluent & CFX b) CFD Based Topology Optimization (Adjoint Solver) c) OpenSource tool like OpenFOAM [Intermediate Level] d) MATLAB/ Simulink (Model Based Development Approach) Desired Candidate Profile 3-6 years of experience in CFD & Heat Transfer with expertise in multiphase heat transfer simulations. Considerable knowledge of code development by using multiple platform (in C++/C/Fortran/Python). Bachelor's degree in Mechanical Engineering (B.Tech/B.E.) or Master's degree (M.Tech). Strong understanding of DPM (Direct Pump Modeling), Simulation Techniques for Industrial Equipment/Machinery/Systems or Thermal background.

About The Role Project Role : Technology Architect Project Role Description : Design and deliver technology architecture for a platform, product, or engagement. Define solutions to meet performance, capability, and scalability needs. Must have skills : FEA Simulation Good to have skills : NAMinimum 7.5 year(s) of experience is required Educational Qualification : 15 years full time education Summary :We are seeking a highly experienced and strategic Physics-Based Simulation Architect to lead the design and deployment of advanced simulation solutions across manufacturing and engineering domains. The ideal candidate will drive innovation by integrating physics-first modeling with system-level architectures, including NVIDIA ecosystems, cloud platforms, and MBSE methodologiesto solve complex engineering challenges. Roles & Responsibilities:- Architect simulation solutions across multi-physics domains (mechanical, thermal, fluid, electrical)with orchestration of cross-domain and discrete-event simulations. Design and implement pipelines leveraging NVIDIA simulation tools (e.g., Omniverse, PhysX, Modulus, Isaac Sim), integrating physics-based rendering, digital twins, and real-time visualization in cloud or hybrid environments. Leverage cloud-native infrastructure (e.g., AWS, Azure, or GCP) to automate, scale, and orchestrate simulation workloads. Apply MBSE methodologies (SysML/Cameo/Capella) to formally align system requirements with model execution and simulation results. Implement cross-domain and hybrid simulations, combining discrete-event modeling for factory workflows with physics-based models for material, fluid, and thermal processes. Champion co-simulation architectures, surrogate modeling, and tool integration across commercial software (ANSYS, COMSOL, Abaqus) and scripting environments (Python, MATLAB, Modelica). Lead validation and verification efforts, correlating simulation outcomes with experimental datasets and real-world performance. Provide technical leadership and mentorship, guiding engineering teams in scalable simulation, best practices and architectural patterns. Actively lead and participate in sales pursuits and pre-sales engagements, with responsibility for new project wins. This will involve multiple discussions and presentation of our capability and solutions to potential clients and other Accenture stakeholders/ leaders. Active participation and leadership in driving industry related thought leadership activities like patents, authoring whitepapers/ POVs, proof of concepts, conference/ academia presentations, capability presentations etc. Work with global clients and cross-functional teams in a multicultural and distributed environment. Professional & Technical Skills: Must have Skills: - Deep expertise in physics-based simulation across both single-domain and Multiphysics modeling scenarios, with a strong foundation in numerical methods, solver development, continuum mechanics, reduced-order modeling, and real-time co-simulation. Extensive hands-on experience with simulation software such as ANSYS toolsets, COMSOL, MOOSE, LAMMPS, OpenFOAM, etc. Knowledge of NVIDIA Omniverse and Isaac Sim, creating digital twins, performing physics-based simulation, rendering RTX environments, or synthetic data workflows for real-time industrial applications - Cloud engineering background, including automation, orchestration, and deployment of simulation pipelines in scalable environments. Solid understanding of MBSE, with experience aligning system architecture, requirements, and simulation. Knowledge of DES or hybrid modeling approaches to simulate discrete manufacturing processes alongside continuous domain models. Experience with manufacturing, industrial automation, automotive, or aerospace sectors. Good to Have Skills: - Experience in scripting and automation, e.g. Python, C++, MATLAB, Modelica. Background in digital twin development for factory planning, robotics simulation, or predictive maintenance. Familiarity with FMI/FMU, OpenModelica, OpenUSD, or robotics simulation standards. Exposure to AI/ML-driven simulation workflows, Physics-informed ML, surrogate modeling, generative AI tools for model generation and behavior prediction. Additional Info:- This position is based at Bengaluru, Pune - Candidate should have 8 to 12 years of Industry Experience - Bachelors or master's in engineering, Physics, or related field (PhD preferred) Qualification 15 years full time education

Responsibilities As a Naval Architect you will be working closely with the client to execute their design engineering projects with close co-ordination of your design team. Your responsibilities will be as follows: Guide teams of Naval Architects, Structural Engineers & Designers — responsible for basic design projects. Conduct detailed Finite Element Method (FEM) analysis of local structure, foundations and Global FE analysis & report for ships and floating structures Design of mooring systems for ships and floating structures. Should be able to perform Mooring Analysis using software like Optimoor or OrcaFlex. Perform all Naval Architecture calculations, including weight estimate, intact and damage stability characteristics, resistance, powering and hydrostatic properties and other calculations using Bentley’s Maxsurf or GHS or DELFTship or equivalent. Good knowledge of class/IMO/Flag rules and regulations and should be able to apply these in the design. Should have knowledge and experience in structural analysis, especially marine structures and should be able to do scantling calculations using IRHull/NovaHull or DNV Poseidon or Excel based macros. Plus prior experience in ANSYS or similar software is a must Experience in performing buckling and vibrational analysis using ANSYS is preferred. CFD knowledge and experience in software like Openfoam, FLUENT or SHIPFLOW or CAESES is preferred. Liaise with client and /or class for basic design of ships and boats Interact with all stakeholders of the projects including clients, classification societies, vendors, shipyards, etc. Willing to re-locate on client site, either domestic or International on short notice. Any other associated task or responsibilities assigned from time to time by the organization. Job Requirements You are a graduate or masters in Naval Architecture or Ocean Engineering. – MUST HAVE Minimum relevant work experience of 5 years required – MUST HAVE You have worked on basic design projects for shipbuilding or offshore. - MUST HAVE You have good communication skills and enjoy helping customers. You have minute attention to detail and seek perfection in your work. You would like to continue to develop your technical & intra-personal knowledge and use it to retain & create satisfied customers. We Offer A full-time position within the team with competitive benefits. Exciting and challenging working environment with exposure to international projects. A rapidly growing young and enthusiastic organization with shortest lines of communication with the management. Opportunities for international and domestic travel with ample scope of promotion and personal growth

The ENERG Lab at the Department of Applied Mechanics, IIT Madras, is seeking a highly motivated researcher to contribute to cutting-edge work in heat pumps and thermal energy systems. The successful candidate will collaborate closely with our team of experts and work on innovative, application-oriented research projects. Responsibilities Design, develop, and perform simulations and experiments on energy systems. Conduct original research in integrated system design and industrial energy systems, such as heat pumps, chillers, and thermal energy storage systems. Support preparation of research reports, publications, and presentations. Design, develop, and perform simulations and experiments on energy systems. Conduct original research in integrated system design and industrial energy systems, such as heat pumps, chillers, and thermal energy storage systems. Support preparation of research reports, publications, and presentations. Qualifications B.Tech/M.Tech in Mechanical Engineering or related fields (Energy Systems, Thermal Engineering) with a strong commitment to high-quality research output. Demonstrated interest in one or more of the following: Energy systems modeling, Design of experiments, HVAC systems, Thermo-fluids, heat transfer, or fluid mechanics Proficiency in scientific computing (e.g., Python, MATLAB, R). Experience with simulation tools such as EES, DWSIM, TRNSYS, OpenModelica, or similar. CFD experience (ANSYS Fluent, OpenFOAM) is a plus. Strong communication skills and ability to work in a collaborative research environment. Proven presentation, technical writing, and project management skills. B.Tech/M.Tech in Mechanical Engineering or related fields (Energy Systems, Thermal Engineering) with a strong commitment to high-quality research output. Demonstrated interest in one or more of the following: Energy systems modeling, Design of experiments, HVAC systems, Thermo-fluids, heat transfer, or fluid mechanics Proficiency in scientific computing (e.g., Python, MATLAB, R). Experience with simulation tools such as EES, DWSIM, TRNSYS, OpenModelica, or similar. CFD experience (ANSYS Fluent, OpenFOAM) is a plus. Strong communication skills and ability to work in a collaborative research environment. Proven presentation, technical writing, and project management skills. Benefits Competitive salary. Access to state-of-the-art research facilities and resources. Opportunities for professional development, mentorship, and networking. Vibrant and inclusive research community. Appointment Term 1 year (renewable based on performance). Application Procedure Interested candidates should send their motivation letter and CV (combined into a single PDF, including publication list or project reports if available) to ic41340@imail.iitm.ac.in with the subject: “Application for the Open Position of Researcher at ENERG Lab” by 31st August 2025 . Only shortlisted candidates will be contacted.

We are seeking a Project Manager with a strong technical background and demonstrated leadership skills to oversee the end-to-end development of advanced engineering platforms. Your primary responsibility will involve leading a team of 12 software engineers throughout the entire product lifecycle, from architecture design to deployment, to ensure the successful delivery of a high-performance, scalable, and precise simulation platform. As the Project Manager, your key responsibilities will include: - Project Leadership: Take charge of planning, executing, and delivering a complex SaaS-based CAD and multi-physics simulation platform. - Team Management: Provide guidance, mentorship, and motivation to a diverse team of software engineers, UX developers, simulation experts, and QA Engineers. - Agile Execution: Implement agile/scrum methodologies, conduct sprint planning, and prioritize backlogs for iterative delivery and continuous enhancement. - Tech Oversight: Collaborate with technical leads to assess architecture, code quality, and integration strategies using open-source libraries such as OpenCASCADE, ParaView, Code_Aster, Elmer, OpenFOAM. - Modeling & Simulation: Ensure smooth development of 2D/3D CAD features, physics-based solvers, and post-processing tools. - Validation & Testing: Supervise systematic validation and verification (V&V) of simulation results and CAD features. - Stakeholder Communication: Regularly update reporting heads, product teams, and external stakeholders on project progress, risks, and milestones. - Platform Integration: Facilitate integration with external open-source and commercial simulation tools, ensuring interoperability through standard formats like STEP, STL, VTK, etc. Requirements: - Experience: 5-10 years of overall experience, with a minimum of 3 years in a technical project or product management role. - Domain Knowledge: Strong understanding of CAD, CAE, or simulation software in multi-physics domains such as mechanical, thermal, and fluid. - SaaS Expertise: Previous experience in leading cloud-native SaaS product development. - CAD/Simulation Stack: Exposure to tools like OpenCASCADE, Gmsh, Elmer, Code_Aster, or similar open-source projects. - Visualization: Familiarity with 3D visualization libraries like VTK, Three.js, ParaView. - Development Processes: Proficiency in software development lifecycle (SDLC), CI/CD, version control, and QA/testing frameworks. - Leadership: Demonstrated ability to manage medium-sized agile teams with defined delivery timelines. - Communication: Excellent verbal and written communication skills, with the ability to bridge technical and business discussions. Preferred Qualifications: - Degree (B.Tech / M.S. / Ph.D) in Mechanical/Computer/Software Engineering or related field. - Experience integrating FEM solvers or mesh generation tools into platforms. - Exposure to WebAssembly, cloud-native infrastructure (Docker, Kubernetes), or scalable backend architecture. Benefits: - Opportunity to spearhead a high-impact, state-of-the-art engineering product from inception. - Collaborative startup culture that fosters innovation and deep technology. - Competitive salary and additional perks. - Flexible work environment. If you are enthusiastic about engineering, simulation, and creating world-class software that drives innovation, we are excited to hear from you.,

University: Gyeongsang National University Country: South Korea Deadline: 2025-10-31 Fields: Aerospace Engineering, Mechanical Engineering, Applied Mathematics, Computational Fluid Dynamics, Space Systems Engineering Are you passionate about advancing computational modeling for space applications and eager to make a meaningful impact in the field of fluid dynamics? If you are seeking an opportunity to contribute to groundbreaking research at the forefront of aerospace engineering, this postdoctoral position at Gyeongsang National University in South Korea may be the perfect next step in your academic journey. About The University Or Research Institute Gyeongsang National University (GNU), located in Jinju, South Korea, is a leading institution recognized for its commitment to research excellence and innovation. The College of Space and Aeronautics at GNU is renowned for its dynamic academic environment, fostering interdisciplinary collaboration and cutting-edge research in aerospace sciences. South Korea itself is a rapidly emerging hub for advanced technology and engineering, offering international researchers a vibrant, supportive, and globally connected academic community. Living and working in South Korea provides numerous benefits, including access to world-class research facilities, a high standard of living, and a unique cultural experience. Jinju, the home of GNU, is known for its rich history, scenic beauty, and welcoming atmosphere, making it an attractive destination for scholars from around the globe. Research Topic and Significance The primary focus of this postdoctoral position is on computational fluid dynamics (CFD), multi-phase flows, and rarefied gas dynamics with direct applications to space systems engineering. As space exploration and satellite technology rapidly evolve, understanding the complex behavior of gases and particles in space environments is increasingly critical. This research addresses fundamental challenges in simulating gaseous-particle flows, developing advanced numerical methods, and implementing innovative models in open-source CFD software. Also See PhD Opportunity in Spacecraft Dynamics and Optimal Control at Iowa State United Kingdom – Fully Funded PhD in Fluid Dynamics at University of Leicester Canada – Fully Funded PhD and MScA in Propeller-Inlet Aerodynamics at Université de Sherbrooke PhD and MS Positions in Nanotechnology & Multiscale Modeling at UTC USA – PhD in AI/ML-Enhanced Wind Engineering at Texas Tech University The outcomes of this research have significant implications for the design and optimization of space vehicles, satellite systems, and other aerospace technologies. By contributing to this field, you will play a vital role in advancing scientific knowledge and practical solutions for the next generation of space missions. Project Details The postdoctoral position is based within the Aerospace Computational Modeling Laboratory at Gyeongsang National University. The successful candidate will work under the supervision of Dr. Omid Ejtehadi, engaging in multi-year, funded projects that offer opportunities for collaboration and professional growth. The laboratory is equipped with state-of-the-art computational resources, providing an excellent environment for conducting high-impact research. Key Research Activities Include – Simulation of gaseous-particle flows in space environments – Development and application of Discontinuous Galerkin methods – Implementation of new models in open-source CFD software The initial appointment is for one year, with the possibility of extension depending on funding availability. The preferred start date is as early as September 2025. Candidate Profile This Position Is Ideally Suited For Candidates Who Possess – A Ph.D. in Aerospace Engineering, Mechanical Engineering, Applied Mathematics, or a closely related field – A strong background in fluid mechanics and numerical methods – Experience with open-source CFD software and scientific programming languages such as C++ or FORTRAN – Excellent analytical and problem-solving skills – Proficiency in English (written and spoken) – Experience with OpenFOAM or Nektar++ is highly desirable Successful candidates will demonstrate a passion for independent research, a collaborative mindset, and the ability to contribute to a dynamic, interdisciplinary team. Application Process Gyeongsang National University stands as a beacon of innovation and academic rigor in South Korea, offering scholars access to a collaborative research environment and the opportunity to work alongside leading experts in aerospace engineering. The College of Space and Aeronautics is dedicated to fostering talent and supporting the professional development of its researchers. Application Materials Should Include – Cover letter outlining your research interests and motivation – Curriculum Vitae (CV) including contact details for at least two academic referees Please refer to the official advertisement for application details. The position will remain open until filled, but no later than October 2025. For more information and to find out how to apply, visit the official LinkedIn post: https://www.linkedin.com/posts/omid-ejtehadi-bbb33454_postdoctoral-position-in-cfd-multi-phase-activity-7360946613713784832-7YCo Conclusion This is a unique opportunity to join a leading research group at Gyeongsang National University and contribute to innovative projects in computational fluid dynamics and space applications. If you are driven by scientific curiosity and aspire to make a difference in the field of aerospace engineering, you are strongly encouraged to apply. Stay tuned for more opportunities like this by following updates and exploring similar positions. Want to calculate your PhD admission chances? Try it here: https://phdfinder.com/phd_admission_chance_calculator/ Get the latest openings in your field and preferred country—straight to your email inbox. Sign up now for 14 days free: https://phdfinder.com/position-alert-service/ We’re an independent team helping students find opportunities. Found this opportunity helpful? Support us with a coffee!

🌐 Industrial Simulation Engineer (Python/C++ for Industrial AI) Verticals: Automotive / Construction / Railway / Naval / Aviation / Aerospace 📍 Remote | Minimum of 2 years experience | Full-Time 📅 Applications close: August 30, 2025 About the Role Neodustria is hiring Simulation Engineers to build the computational backbone of our AI-native engineering platform. You will develop, implement, and deploy sophisticated physics-based and machine-learning simulations that solve critical challenges in heavy industries. This is a hands-on coding role for builders. We are seeking engineers who write Python or C++ to create and automate simulations, not operators who primarily use GUI-based software like ANSYS Workbench, Abaqus, or CATIA. You will transform complex industry requirements into robust, scalable code that serves as the intelligence engine for your vertical (e.g., Automotive, Construction, Railway). You’ll be embedded in a Vertical Cell , working closely with our AI, Platform, and Sales teams to build the future of industrial simulation from the ground up. What You’ll Do (Responsibilities) Develop & Implement Simulations: Write clean, high-performance Python and/or C++ code to create physics-based (FEA, CFD, Thermodynamics) and data-driven (ML/DL/RL) simulation models. Integrate Solvers: Automate and integrate open-source solvers (e.g., OpenFOAM, Code_Aster, EnergyPlus ) into our cloud platform using APIs and scripting. Build ML Models: Design, train, and deploy machine learning models (e.g., Graph Neural Networks, Transformers, surrogate models) to predict engineering outcomes, replacing or augmenting traditional solvers. Translate Theory to Code: Convert engineering standards (ISO, Eurocodes, etc.) and first-principle physics into validated computational models. Own Simulation Scenarios: Take full ownership of implementing and validating simulation scenarios, like the ones detailed in our project files, from initial concept to production deployment. Collaborate on Data Pipelines: Work with the AI Cell to structure and process simulation data (inputs, outputs, mesh data) for training next-generation AI models. Core Qualifications (Must-Haves) ✅ 2+ years of professional experience with a strong focus on Python or C++ for scientific or engineering applications. ✅ A strong portfolio or track record of building simulation tools, custom solvers, or complex ML models from scratch. ✅ Solid foundation in numerical methods, linear algebra, and data structures. ✅ Proven experience in at least one of the following domains: Physics-Based Simulation: Programmatic experience with FEA, CFD, or thermodynamics (e.g., building pre/post-processors, scripting solvers, developing custom physics modules). Machine Learning: Experience applying ML to scientific/engineering problems (e.g., surrogate modeling, physics-informed neural networks, reinforcement learning for design optimization). Preferred Qualifications (Nice-to-Haves) 👍 Experience scripting or contributing to open-source solvers like OpenFOAM, Code_Aster, CalculiX, EnergyPlus, OpenSeesPy, or Project Chrono . 👍 Proficiency with scientific computing libraries ( NumPy, SciPy, Pandas ) and ML frameworks ( PyTorch, TensorFlow, JAX, Scikit-learn ). 👍 Experience with programmatic manipulation of 3D geometry (e.g., using Trimesh, IfcOpenShell, OpenCASCADE, PyVista ). 👍 Familiarity with MLOps, containerization (Docker), and running high-performance computing (HPC) workloads in the cloud. 👍 Deep domain knowledge in Automotive, Construction, Railway, Naval, Aviation, or Aerospace . Our Tech Stack & Tools Core Languages: Python, C++ Libraries & Frameworks: NumPy, SciPy, Pandas, PyTorch, JAX, FastAPI Solvers & Simulators: OpenFOAM, Code_Aster, EnergyPlus, and custom-built models 3D Data: STEP, IFC, STL, glTF Collaboration: Linear, Gemini, Google Workspace, Github What You’ll Influence Shape the core simulation roadmap for your entire industry at Neodustria. Define how our AI models understand, process, and simulate real-world physics. Contribute to the go-to-market strategy by building features that deliver unique value. Be the core "neuron" of your industry in a pioneering neural company. Compensation & Benefits 💰 Experience-based salary 🎯 Performance-based bonus 🌍 Work remotely in a fully international, AI-first company 🚀 Join a pioneering neural organization model with real strategic ownership 📚 Access to training and conferences in your industry or tech sector 🧠 Long-term career growth in a company at the frontier of industry and AI

Job Description: HPC Architect – Stealth AI Startup Location: Remote Experience: 5+ Years in High-Performance Computing (HPC) Type: Full-Time About Us: Join our innovative stealth AI startup, driving breakthroughs in Artificial Intelligence and High-Performance Computing (HPC). We are a well-funded company with an exceptional leadership team, dedicated to solving complex problems and pushing the boundaries of AI. We are looking for highly skilled HPC Architects passionate about optimizing scientific applications, designing scalable HPC systems, and developing AI-powered solutions. Responsibilities: Optimize and port scientific and AI/ML applications to harness maximum performance on HPC systems, including clusters, grids, and cloud platforms. Architect and evaluate diverse hardware architectures for performance optimization (e.g., GPUs, CPUs, and accelerators like Nvidia, AMD, Graphcore, and Cerebras). Spearhead benchmarking activities for evaluating HPC and AI applications using tools like MLPerf, LINPACK, and OSU benchmarks. Collaborate with research and engineering teams to understand application requirements and develop optimization strategies for parallel computing using CUDA, MPI, OpenMP, or OpenACC. Implement and manage HPC workloads using SLURM workload management systems. Lead the integration of HPC infrastructures with AI/ML pipelines for domains like computer vision, NLP, and LLMs using frameworks like TensorFlow, PyTorch, and OpenCV. Develop custom solutions for containerized deployments using tools like Docker, Kubernetes, Enroot, or Charliecloud. Mentor team members and provide technical guidance on HPC and AI solutions. Qualifications: Educational Background: Bachelor’s or Master’s degree in Computer Science, Electronics, Telecommunications, or a related field. Programming Expertise: Proficiency in C/C++, Python, and shell scripting. Parallel Computing Skills: Expertise in CUDA, MPI, OpenMP, OpenACC, and optimization techniques. HPC Applications Knowledge: Experience with applications like GROMACS, LAMMPS, OpenFOAM, Quantum Espresso, or WRF. Benchmarking and Profiling Tools: Hands-on experience with HPL, HPCC, Intel VTune, Nvidia Nsight, or GProf. HPC Architecture Experience: Familiarity with CPUs (x86, ARM), GPUs (Nvidia, AMD), and accelerators. AI/ML Frameworks: Practical experience with TensorFlow, PyTorch, Rapids, and Deepspeed for tasks like CNN, RNN, Transformers, NLP, and LLMs. DevOps Skills: Experience with containerization, cluster setup, and workload orchestration tools. Soft Skills: Excellent problem-solving, collaboration, and mentoring abilities. Preferred Skills: Relevant Experience in HPC-AI research initiatives in Technology Companies. In-depth understanding of HPC infrastructure setup, including job scheduling systems like SLURM. Strong exposure to MLOps practices and deployment tools like HuggingFace, Gradio, or Streamlit. What We Offer: Competitive salary and equity options. Opportunity to work with cutting-edge AI and HPC technologies. Collaborative, inclusive, and dynamic work culture. Work on impactful projects shaping the future of AI and supercomputing.

Co-Founder / CTO — Combustion (PhD) — Gas Turbines / Aeroengines Location : India (Hybrid & remote-friendly, occasional travel for meetings / workshops) Commitment: Full-time; unpaid for the first 4–6 months until concept validation & funding (VC or government grant). Equity + long-term compensation to be negotiated. Start: Immediate / by mutual agreement About Us: We are Kuruba Aerospace — an early-stage deep-technology startup building an efficient, ultra-low-emission jet propulsion system based on a Advanced Hybrid Combustor concept (Flameless ignition+ Flexi-pluse Fuel nozzle + advanced thermal coatings) and Pressure Gain combustion PGC. Our mission is to enable cleaner, faster, efficient and more affordable aviation while strengthening domestic defense and aerospace capabilities. You’ll join a small, highly driven founding team working at the intersection of combustion science, CFD, and turbomachinery. The Role — Why this matters: As Co-Founder / CTO you will own the technical vision and lead R&D from concept to prototype. This is a unique chance to co-found a company, shape product direction, and lead technology that could change aviation propulsion and national defense capability. You will lead simulation, design, experiments, IP strategy and technical fundraising — carrying the technical responsibility as we validate the concept and pursue VC / government grants. Key Responsibilities: Own and execute R&D for the Hybrid Flameless Combustor and integration into gas turbine / aero engine systems. Lead CFD and CAD design efforts (OpenFOAM is mandatory), set up high-fidelity simulations, validation plans, and optimisation loops. Design experiments, plan prototypes, and direct hands-on testing where required (lab or partner facilities). Translate simulation results into manufacturable designs; drive drawings, tolerance specs, and BOM with CAD tools. Lead technical documentation, research papers, patent filings, and regulatory / grant proposal writing. Build and lead a small technical team — mentor engineers, delegate tasks, and manage milestones. Represent the company in technical meetings with potential partners (OEMs), labs, investors, and government agencies (DRDO, HAL, etc.). Manage timelines, risk assessment, and technical due diligence during fundraising. Be hands-on — you’ll simulate, prototype, test, and iterate. Required Qualifications & Experience (must): 1. PhD in Combustion, and Master's in Propulsion, Aerospace Engineering, Mechanical Engineering, or closely related field. 2. At least 3 years while or post-PhD experience working specifically on gas turbine or aeroengine combustion (industry, research lab, or military program). 3. Demonstrated hands-on experience with OpenFOAM — setting up, running, and validating complex combusting flow cases (mandatory). 4. Proficiency in CAD (parametric modelling) and experience with at least one CAD tool (ability to produce manufacturable geometry). 5. Strong track record in CFD workflows for reacting flows — meshing, solver setup, turbulence/combustion models, post-processing, and verification/validation. 6. Proven problem-solving and technical leadership — has led projects, supervised students/engineers, or led R&D efforts. 7. Strong oral and written communication skills — able to write proposals, produce technical reports, present to non-technical stakeholders and investors. 8. Comfortable with early-stage startup conditions: limited resources, fast iteration, and high ownership. 9. Willing and able to commit full time, unpaid for the initial 4–6 months while the concept is validated and funding is secured. Prepared to invest personal time and, if appropriate, funds into the company as a co-founder. Preferred / Nice-to-have Experience with experimental combustor testing and instrumentation (pressure, temperature, emissions measurement). Familiarity with turbomachinery integration, engine control systems, or MRO practices for industrial gas turbines. Prior experience writing successful grant proposals (government R&D agencies) or interacting with defense labs/OEMs. Publications or patents in combustion/propulsion. Experience with optimization tools, uncertainty quantification, or multi-physics simulations. What We Offer / Benefits Co-founder equity & leadership role — significant, negotiable stake aligned with responsibility. Opportunity to lead development of a breakthrough propulsion technology with high societal & defense impact. Ownership of technical roadmap, hiring, and building the R&D lab stack. Direct involvement in fundraising, government proposals (DRDO/HAL), and commercialization strategy. Freedom to publish and patent; visibility in academic & industry circles. Collaborative, mission-driven founding team and close mentor access for fundraising and commercialization support. Long-term financial upside once funded (equity, salary, performance incentives). Our Mission & Values Mission: Develop efficient, ultra low-emission propulsion systems that reduce operational cost and emissions while strengthening national aerospace capabilities. Values: Technical rigor, ownership, transparency, relentless iteration, open scientific collaboration, and social impact. Why join: If you want to do world-class applied research that leaves the academic ivory tower and ships real hardware, leads teams, and builds a company from the ground up — this is that rare opportunity. How to Apply: Please send to: founder@kuruba-aero.in, pa905rt@gmail.com Include: 1. CV (emphasize relevant combustion & gas turbine work). 2. Short cover letter explaining: your motivation to join as co-founder/CTO, availability, and willingness to work unpaid for 4–6 months. 3. Links to: GitHub / OpenFOAM cases, CFD scripts, CAD samples, research publications, patents (if any). 4. Two references (academic or industry) who can speak to your technical leadership (if possible). 5. Optional: 1-page outline of how you would validate the A Hybrid Combustor within 4–6 months (very valuable).