475 Cfd Jobs - Page 15

As our new Senior Engineer– FLS, Buildings you will be part of our global High-Rise department, Ramboll’s dedicated team of high-rise experts which have designed over 150 tall building projects globally, including some of the most technically challenging. You would be responsible in coordinating with project managers, and/or engineers for FLS work in the High-Rise department in Mumbai and supporting the global department which also has offices in Copenhagen, Dubai and Singapore. Your key tasks and responsibilities will be: Review of architectural and firefighting plans in accordance with applicable fire & life safety codes (i.e., NFPA, Saudi Building code, UAE Fire code) Preparation of fire & life safety strategy reports and provision of proactive advice to clients regarding design compliance Maintaining a high level of professional responsibility in undertaking the required review services Ensuring a high level of communication both verbal and in writing Management of individual projects to ensure each of the necessary deliverable required by clients are met Ensuring a thorough understanding of NFPA 101, NFPA 5000, UAE Fire code, Saudi Fire code and each of the relevant design standards such as NFPA 13, 14, 72, 92 etc Use of all necessary architectural and design software (CAD, Bluebeam) Experienced in CFD modelling and smoke management Qualification Must possess with 8 years of professional experience as fire & life safety engineer out of which minimum 5 years should be in Middle East Projects. Excellent organizational skills, effective time management, including the ability to deal with conflicting demands in order to meet deadlines, prioritize heavy workload and have a willingness to work flexibly. Additional Information Welcome to our Buildings division As one of the top 10 building designers in the world, Ramboll works on more than 10,000 building projects each year. 5,000 experts across the world specialize in creating more innovative, sustainable and liveable buildings. We place particular emphasis on our liveable buildings concept where we balance the cultural, social and physical values of buildings, to improve the quality of life for building users. Ramboll in India Ramboll has more than 1,000 experts working across five offices in India applying their passion to deliver innovative solutions in markets as diverse as Buildings, Transport, Planning & Urban Design, Water, Environment & Health and Energy. Founded in Denmark, Ramboll is a people company. We invite you to contribute to a sustainable future working in an open, collaborative and empowering culture. How to apply Apply online. Attach your CV, cover letter and relevant documents showcasing why you are the right fit for the role, and when you are available to start. We look forward to receiving your application.

Work in Embedded Systems and IoT (Internet of Things) fields, professionals typically need a combination of educational background, technical skills, and sometimes certifications. Here's a breakdown of the requirements and qualifications: Educational QualificationBachelor's Degree:In Electronics, Electrical Engineering, Computer Science, Instrumentation, or Mechatronics.Master’s/Ph.D.In Embedded Systems, IoT, Robotics, or related specializations. Core Technical Skills Embedded Systems1. Programming Languages:C/C++ (most important)Assembly (for low-level control)Python2. Microcontrollers/Microprocessors:ARM, AVR, PIC, 8051, ESP32, STM32, etc. 3. RTOS:FreeRTOS, Zephyr, VxWorks 4. Hardware Design:Basic knowledge of digital electronics and circuitsSchematic and PCB design (using tools like KiCAD, Altium, or Eagle) IoTCommunication Protocols:MQTT, CoAP, HTTP, LoRa, Zigbee, BLE, Wi-Fi, NB-IoT Networking Basics:IP/TCP/UDP, firewalls, NAT, DNS Cloud Platforms:AWS IoT, Azure IoT, Google Cloud IoT, Blynk, ThingsBoard Sensors and Actuators:Integration and calibration for real-world monitoring Data Handling:JSON, REST APIs, cloud-to-device messaging Tools & IDEsEmbedded IDEs: Keil, MPLAB, Arduino IDE, STM32CubeIDESimulation Tools: Proteus, Multisim, MATLAB SimulinkVersion Control: Git/GitHubIoT Development Platforms: Node-RED, Arduino, Raspberry Pi, ESP-IDF Certifications (Optional but Valuable)ARM Accredited Engineer (AAE)Cisco IoT certificationsAWS Certified IoT DeveloperCertified Embedded Systems Engineer (CESE) Soft Skills & Additional RequirementsProblem-solving & debuggingProject managementTeam collaborationGood documentation skillsContinuous learning mindsetApply in https://docs.google.com/forms/d/e/1FAIpQLSexNESI7TRM22HqPa8bP094UD3_j8p5gNCUBkbk87_4CjYyCA/viewform?usp=header

About The Job UBIFLY Technologies PVT LTD, is a design organization authorized by the Aircraft Engineering Directorate, DGCA for designing aeronautical products (Aircraft and propeller). UBIFLY technologies have expertise in both Unmanned Aerial Systems and manned aerial vehicles. The Preliminary Design Department of UBFILY undertakes the initial requirement analysis, technical feasibility study, concept synthesis and preliminary design of an aircraft. The department undertakes both unmanned and manned aerial vehicle design. Roles & Responsibilities Analyse the aircraft requirements, perform the analysis. Conduct literature surveys and aircraft surveys. Perform weight estimate, aircraft layout & system sizing conforming to the requirements. Develop automated scripts for computation and analysis. Conduct analytical performance estimations and simulations (CFD, Model Based Analysis) for the concepts, correlate with experimental results. Coordinate with various departments and disciplines for aircraft sizing. Stay up to date with the airworthiness codes and industrial standards. Candidature Expectations Bachelor's degree in aeronautical engineering or relevant disciplines. 0-3 years experience in aviation organization. Understanding of product development. Knowledge of aircraft performance, flight mechanics and electronic systems.Hands-on experience in computational tools such as MATLAB, CATIA V5, Simulink, simscape and CFD tools. Basic working knowledge of aircraft systems such as flight instruments, power systems, actuation systems. Basic knowledge with alternate energy storage systems such as rechargeable batteries. Understanding of airworthiness codes Positive sense of responsibilities and accountability Work Location: Chennai

Role - CAE/FD Engineer Exp - 1 to 3 Years Good experience in CAE /CFDand ANSA ((Tool knowledge must) Good in Mech Flow, Quality Clearing Good Automotive domain experience Education (BE - Automotive or Mechanical) Cae, Ansa, Cfd, Automotive

Designation- Systems Engineer Mechanical Location- Surendranagar(Gujarat) About Us Del Pd Pumps & Gears as Ingersoll Rand Inc. (NYSE:IR), has emerged as the leading & dominant rotary positive displacement gear pump manufacturer of Indian subcontinents offering widest range of most compact, reliable, efficient & elegant rotary gear, twin gear & triplet win gear pump for all viscous and semi-viscous liquid applications. Company started it’s business in year 1980 as a small proprietary venture to design, develop, manufacture & market these pumps starting with small, low cost, general purpose gear pumps as a standard product readily available though network of dealers. The company followed brick & mortar economy with consistence commitment to produce quality embedded product. Company also addressed the typical pumping problem peculiar while handling viscous liquid and also offered free guidance in selective, installing & using such pumps to ensure constant growth of the company and expand into OE & Project business. Role & Responsibilities The Mechanical Engineer is responsible for designing/development and detailing of the associated Mechanical and Pump engineering for Centrifugal Pumps design. Responsibilities Design/development and detailing of the Mechanical engineering associated with the Centrifugal pumps for Oil and Gas Refinery, Slurry applications.Should Have Knowledge of API 610, API 682 and Seal Support System Standards and Codes.Design /development and detailing of the Pump Impeller and Volute casing.Design /development and detailing of the Pump Hydraulic Performance curves.Creation of GA, CS , PID and 3D models/assemblies, manufacturing drawings using Autodesk Inventor, AutoCADCreate Order review documentation, Prepare preliminary plan for engineering deliverable in line with project requirementsprovide end to end order engineering support, as an Individual Contributor on assigned projectsPrepare pump data sheet and BOMPredicting the Hydraulic efficiency, Volumetric, Mechanical Efficiency and overall efficiency of the pump.Design the pump to meet the Head and Discharge at the required RPM and meet the Efficiency and the NPSHR of the Pump to be designed.Should have knowledge of Cavitation in Pumps.Review of technical specifications, analyze nonstandard requirements and propose solutionsPerform basic engineering calculations as requiredClosely coordinate with other functions such as project management/supply chain and engineering teams for efficient execution of the projects.Maintain Project Documents and important communications/decisions in structured formatSolve issues identified during pump assemblyPrioritize tasks and efficiently monitor and close the critical tasksMaintain Engineering Change Notices (ECN)Provocativeness in resolving queries raised by vendors & customer on submitted documents i.e. RFQs, Drawings, data sheets, procedures etc.Contribute to develop Engineering standards, process improvements, Cost reduction initiatives,Improve Quality of engineering deliverable (right the first time) and on time delivery Knowledge, Skills And Abilities 2 To 4 years of experience in API 610 Centrifugal pump engineering.Knowledge of Pumps, Electric Motor, Mechanical Seal, Seal System, Coupling , Valve , JB etcStrong CAD skills (in Part modelling, Drafting and Assembly) in Autodesk Inventor & AutoCAD should be able to work independently CFD Tools would be an added advantage.Experienced in issuing BOM, RFQ, drawings, engineering documentationsAbility to review technical specifications, engineering standards and produce associated design documentationThorough knowledge of industry specifications such as API 610 / API 682 / ASTM codes etc and able to interpret and apply as required.knowledge of manufacturing processes, machine design, fluid mechanics, metallurgy etcGood spoken and written English skills, ability to make concise communication with clientsStrong interpersonal skills for communicating thoughts and ideas.Team working ability and an attitude of collaboration, mentoring and flexibility.Ability to prioritize the tasks, and ownership of assigned projects Education And Experience BE in Mechanical Engineering in regular full-time course from recognized institute and university. 2 To 4 years of core engineering of centrifugal pumps for oil and gas domain experience. Working Knowledge of 3D/2D design software’s (AutoCAD,Autodesk Inventor) any other engineering software / applications would be an added advantage eg. CFD Tools What We Offer We are all owners of the company! Stock options(Employee Ownership Program) that align your interests with the company's success. Yearly performance-based bonus, rewarding your hard work and dedication. Leave Encashments Maternity/Paternity Leaves Employee Health covered under Medical, Group Term Life & Accident Insurance Employee Assistance Program Employee development with LinkedIn Learning

Looking for a Hydraulic Engineer with 1–3 years’ experience in hydraulic modeling using HEC-RAS, SWMM, AutoCAD, Civil 3D, MATLAB, GIS, and CFD. Apply technical tools to support water resources and infrastructure projects. Required Candidate profile Candidate with 1–3 years' experience in hydraulic modeling, skilled in HEC-RAS, SWMM, CFD, AutoCAD, Civil 3D, MATLAB, and GIS, with a strong foundation in water systems and infrastructure design.

Lead &execute CFD projects related to fired equipment from the proposal stage through analysis,reporting,presentation Foster business growth by contributing to technology,product development,customer relationships Utilize CFD simulation capabilities Required Candidate profile Exp in an international work environment∈ working directly with customers CFD modeling&its applications,fluid mechanics&thermal sciences Exp CFD software like Siemens Star-CCM+,Ansys FLUENT/OpenFOAM

SENIOR OPTIMIZATION ENGINEER Hyderabad Role Senior Optimization Engineer Contract type Permanent About the role As a Senior Optimization Engineer you provide technical expertise in the area of numerical optimization of thermo-fluid systems which are core to the Company's business this includes trade-off and optimize energy efficiency, production cost and operating economy. You engage with global product teams to solicit business needs and convert those into computational decision-making workflows, methods and tools to radically impact how company's products are designed, deployed and operated. Key targets include improving engineering effectiveness as well as developing disruptive, innovative methods for model-based design and operation of company's systems. You also take active part in product development to support design engineers in adopting and using new methods and tools. You also work closely with other teams in Systems, Controls, ML/AI COE, including teams responsible for model development (to drive the development of optimization-friendly thermo-fluid models) and controls engineering (to promote the use of computational optimization strategies (MPC, RTO) as needed). We are offering you We are committed to offering competitive benefits programs for all of our employees and enhancing our programs when necessary. A dynamic and international work environment in a company with high technology products. A strong growth strategy and people who are passionate about what they do. Requirements Education MEng or PhD in a relevant Engineering discipline (e.g., applied mathematics, mechanical or chemical engineering) with 5+ years of experience. Skills and qualifications Proven ability to capture engineering design and operation problems as mathematical programming problems (NLPs), including attention to reliable convergence of such problems. Proficient with the mathematical theory (applied mathematics, numerical analysis and functional analysis), algorithmic foundations (notably existence and convergence proofs), and methods/tools for numerical optimization (SQP, interior point method, etc.) of large-scale systems. Experience from using common algorithms/solvers for large-scale gradient-based non-linear programs, e.g., IPOPT, CONOPT, KNITRO, and WORHP, including their respective applicability to different types of problems. Experience from formulating and solving discrete optimization problems and using common algorithms, including CPLEX and Gurobi. Familiarity with physics-based modeling principles and best practices of thermo-fluid systems, such as vapor compression cycles or power plants. Familiarity and experience with development of computational platforms and tools in Python or equivalent. Familiarity with using HPC and cloud-based platforms for computation at scale. Demonstrated ability to work as part of a multidisciplinary team and an entrepreneurial attitude towards technological innovation in a global environment. Self-starter who is well-organized in an international team environment, with proven communication skills. Responsibilities Deployment. Support that methods and tools developed in the group impact the company's business through engagement in global product projects, including capture and formulation of computational problems arising in such projects. Methods, tools and algorithms. Ensure that appropriate computational methods, tools and algorithms for large-scale numerical optimization are based on sound mathematical foundations and are deployed to match the needs of the company's business, including contributing to the architecture, development, testing and documentation of the methods and tools developed in the group. Modeling for optimization. Support development of mathematical models for thermo-fluid systems are built based on principles and best practices that secure reliable application of numerical optimization algorithms. Talent. Support development and training of staff within company's product teams and within the Computational Engineering group; contribute to talent pipeline by supervising student internships and theses.

Role & responsibilities EXPERT ANSA CFD modeling experience IS MANDATORY. Experience in Full Vehicle Thermal System Model build. Ability to handle/deliver projects independently and communicating with customer Knowledge of various rubber and plastic parts and their modeling strategy for thermally sensitive regions. Knowledge of Part Structure Management in ANSA. Full Vehicle Intergration with all model build checks. Knowledge of all subsystems and their functioning. Very good communication skills and interpersonal skills are MANDATORY Effectively communicate the progress, issues to the team daily. Good Attitude with very good team spirit is MUST. aking accountability for the tasks assigned and deliver the models with high quality within the prescribed time Notice : Immediate to 30 Days Interested please share your CV to vishnu.thangaraj@alten-india.com

Job Description Skill Requirements :- M Tech degree or higher in Mechanical Engineering with Fluid mechanics and CFD. 8 years experience in automotive domain Experience in HVAC simulations, duct flow, external aerodynamics, front end flow simulations Knowledge of multiphase simulations required. Must have good skill with ANSYS-Fluent, Star CCM+ Effective communication skills Role & responsibilities Interaction with customer to understand the simulation requirement and objective. Get correct boundary conditions and CAD input. CAD clean up, Meshing, volume meshing and carry out simulations. Prepare reports which can be well understood to the customer with their formats.

As a Naval Architect, you will have to work in close coordination with the design team and client. Your Role and Responsibilities will be: Liaise with client and /or class for basic design of ships and boats. Prepare preliminary GA and technical specifications. Should be able to do Naval Architecture calculations covering weight, stability, scantling, resistance & powering, propulsion, tonnage, hydrostatics etc. Should be able to do Class approval plans and liaise with class for all projects. Knowledge of class rules, IMO, and flag state authority regulations (SOLAS, Lloyd’s, DNV, ABS, IRS etc.). Should have good skills in Hull surface fairing. Knowledge of any Naval Architectural software like MAXSURF or DELFT ship or NAPA or GHS is a must. Knowledge in finite element analysis for structural design. Knowledge in CFD for hydrodynamic analysis. Assist and perform any R&D related tasks and responsibilities. Should be able to lead and guide a team of Naval Architects. Assist Business Development team in pre-sales. Mechanical and offshore structures background with experience of structural analysis and use of FEA software is desirable. Preparation of technical reports from associated analysis that will form part of the design packages. Should ensure the quality of work is maintained and delivery timelines met. Should have good engineering aptitude and problem-solving skills. 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 hold a degree in Naval Architecture or Masters in Naval Architecture or Ocean Engineering/Ocean Structures/ Ocean Technology with minimum relevant work experience of 2 to 3 years. You have worked on basic design projects in ship design/shipbuilding/offshore. You have good communication skills and have minute attention to detail. You will be willing to continue to develop your technical knowledge and skills. You are ready to serve the minimum service commitment of 1 year in our company. We Offer: A full-time position with competitive benefits. Exciting and challenging working environment with exposure to international projects. A rapidly growing young and enthusiastic organization with the shortest lines of communication with the management. Opportunities for international travel with ample scope for personal growth

Project Title: Development and testing of a bioinspired flapping wing model with morphing capability for aerial and aquatic locomotion Duration of Initial Appointment: 3 months (extendable up to 1 year or until the project's completion, which is 3 years. The extension will be granted based on satisfactory performance and regular advertisement of the JRF position.) Brief description of Project: This study explores bioinspired locomotion for next-generation unmanned vehicles. A morphing wing model will be fabricated and tested for aerodynamic and hydrodynamic performance in both wind and water tunnels. Experiments using force/torque sensors and PIV flow visualization will elucidate vortex dynamics, while CFD simulations and reduced-order models will predict thrust and power to support the experiments. Essential Qualification and Experience: B. Tech/M. Tech/M.S./M.E. (Mechanical/Thermal/Thermofluids/Aerospace/Applied Mechanics or related field). Candidate with B. Tech degree only must have a valid GATE score or admitted in B. Tech program through national level exam such as JEE. Desirable Qualification and Experience: • Strong foundation in engineering mathematics, fluid mechanics, and aerodynamics • Background in experimental fluid mechanics • Hands on experience with wind and water tunnel testing including flow visualization techniques (PIV, shadowgraphy, Schlieren, etc.) • Familiarity with ANSYS/COMSOL/OpenFOAM or other similar CFD softwares and GUIs. Job Description: • Conduct experiments on a flapping wing setup in wind and water tunnels. • Measure aerodynamic and hydrodynamic forces, thrust, and power using force/torque sensors. • Perform flow visualization using a PIV-DIC setup to analyze vortex patterns. • Perform numerical simulations to complement the experimental work. • Develop and validate scaling laws for various wing shapes and designs. How to Apply: Interested candidates have to send their CV before 17th April, 2025 to nipun@iitj.ac.in.

EXPERT ANSA CFD modeling experience IS MANDATORY. Experience in Full Vehicle Thermal System Model build. Knowledge of various rubber and plastic parts and their modeling strategy for thermally sensitive regions. Knowledge of Part Structure Management in ANSA. Full Vehicle Integration with all model build checks. Knowledge of all subsystems and their functioning. Very good communication skills and interpersonal skills are MANDATORY Effectively communicate the progress, issues to the team daily. Good Attitude with very good team spirit is MUST. Taking accountability for the tasks assigned and deliver the models with high quality within the prescribed time

Job ID/Reference Code INFSYS-NAUKRI-209787-2 Work Experience 3-5 Job Title Aerospace Engineer Responsibilities Sound knowledge of Aero Engine Component Design and Non Conformance Assessment Process and sentencing of production / Overhaul / Service Components (Technical Variance) Experience in design, development and Non Conformance/ DAR's/ TAD and QN assessment of complex fabrications such as casings, rings, complex unit mounting, fairings, inlets/Outlets & fairings Experience in design , development and installations for engine external components such as ducts, harness, pipes, hoses and brackets Understanding of engine subsystem level requirements for developing component level concepts and Modification policy for Fleet, cost and performance optimization updates Creation of Design definition which includes geometry creation, design solution drawings, component models and drawing definitions, interface control documents etc. Design modification of gas turbine engine components to get cost reduction, to resolve service issues and manufacturing issues. etc. Reviewing concessions and recommending for drawing change through Definition Alteration Request (DAR) process. Fit, Form and Functionality analysis of various components with defects through concession, DAR TAD’s . Carrying out tolerance stack analysis, layout in UG , interaction with various specialists like Stress engineer, Air system, Materials engineer Experience in development of Engine Control system hardware and software , testing and understanding of Engine health monitoring system Experience in Life Cycle Engineering activities specifically Reliability Engineering for Engine Components Prepare AMM, CMM, EMM publications, Create and Edit Life Management plan for engine components Experience in resolving customer queries / issues in service bulletins, mod bulletins etc. Experience in reliability management through LRU trend reports, service experience reports, root cause analysis reports Experienced in design in context, safety requirements, DFMEA and PFMEA methods Experience in working Team center, UGNX and PDM Metaphase Technical and Professional Requirements: Primary Skills Aerospace Domain, Aerospace Domain-Aircraft Maintenance, Embedded Software-Control Systems & Acquisition SystemsSecondary Skills Aero Engine Design, Aero Engine Stress, CFD, UGNX Preferred Skills: Domain->Aerospace->Airframe Domain->Aerospace->Interiors/Exteriors Domain->Aerospace->MRO Domain->Aerospace->Systems Educational Requirements Master Of Comp. Applications,Master Of Engineering,Master Of Science (Engg),Master Of Technology,Bachelor Of Comp. Applications,Bachelor Of Science,Bachelor of Engineering,Bachelor Of Technology Service Line Engineering Services * Location of posting is subject to business requirements

Siemens Digital Industries Software is a leading provider of solutions for the design, simulation, and manufacture of products across many different industries. Formula 1 cars, skyscrapers, ships, space exploration vehicles, and many of the objects we see in our daily lives are being conceived and manufactured using our Product Lifecycle Management (PLM) software. Job Description: The System Simulation group in Siemens Engineering Services (ES) organization is looking for a system engineer who can: Develop System/ Sub-system/ Component level models using Simcenter Amesim for mechanical / hydraulic systems Analyze system steady state / dynamic response in time domain / frequency domain! Analyze vehicle dynamics attributes such as Handling, Ride, Driveability, NVH. Implement project tasks independently under project managers supervision; communicate expectations, plan and requirements; also coordinate all work within the scope of assigned projects. Support the analysis of a given engineering requirement and the selection of appropriate level of modeling complexity. Support the optimization of designs through system models! Qualifications: Masters Degree (M.E.,/M.Tech.,) / Bachelors Degree (B.E.,/B.Tech.,) in any core engineering field (Mechanical / Automotive / Aeronautical / ) w ith 2-5 years of experience in system modelling in 1D simulation platform Experience with 1D System simulation software such as Amesim / GT Suite / Dymola, Matlab /Simulink etc. Possess a good fundamental understanding of and an open attitude to learn and contribute towards other engineering domains, as may be needed in our engineering services business. Good understanding of fundamentals for mathematical modelling for Mechanical / Hydraulic Systems/ Sub-systems. Experience with Electric vehicle systems modelling and simulation with some knowledge in electrical and electronics will be an advantage. Exposure to other 3D based simulation (MBD /CFD) will be an added advantage. Good communication and soft skills to interact and collaborate efficiently with the global ES teams as well as the global customers.

The responsibility includes investigation to increase Gas turbine fuel flexibility capability to further expand the usage of green fuels. The most challenging green fuel for dry low emission combustion is hydrogen and hydrogen enriched fuels due to its high reactivity moving the flame upstream causing risk of excessive heat load on the burner. The burners and the flames are a central part of a gas turbine, and they are utterly important to minimize the combustion dynamics and emission levels, as well as maximizing the fuel flexibility and optimizing lifetime of the structure. Therefore, it is important to improve our combustion prediction of hydrogen enriched fuels and perform model calibration to measurement data as part of this role. In the development process we use network models (one dimensional inhouse code), Computational Fluid Dynamics (CFD), acoustic simulations, water tests, atmospheric and high-pressure combustion tests, and gas turbine engine tests. The goal of this role is to enhance our knowledge for studying the performance of numerical simulations of hydrogen enriched and other green liquid fuels for combustion and evaluate the results either to already performed combustion tests or development projects. In the near future once you grasped the concept you will also be involved to supporting the existing fleet where you will learn more about the engine behaviors in conjunction with the theory you have already developed. We dont need superheroes, just super minds: Mechanical engineer with more than 6 years of experience in design and product development of turbomachinery i.e. Gas turbine, Steam turbine components. Graduate/post graduate degree holder from recognized college/university, preferably higher educated level Ph.D. in computational fluid dynamic and has passed some advanced courses in acoustic Good knowledge about mass flow balance, total pressure, energy fluxes heat transfer Good understanding about Chemical reaction progress inside the Combustion system Working knowledge experience of STAR CCM+ software; ability to investigate the results and propose improvement of the system Good knowledge of treatment of 1-D acoustic and implementation in the commercial software Interested in Gas turbines, combustion, and numerical simulations field Willing to learn and try out new methods based on one dimensional inhouse code and Star-CCM+. Strong interpersonal skill i.e. team player, quick learner, imaginative, innovative, Ability to adapt quickly effectively etc. Good communication skill in English both verbal and written. Key Skills: CFD, Project development, Star CCM+, Chemical, Fluid dynamics, Mechanical, Gas turbine

Key Responsibilities: Investigate product, system, and technology issues related to thermal and fluid sciences; understand causal mechanisms, recommend appropriate action, and document findings with guidance from senior team members. Apply and support improvements in engineering processes such as Pre Program Planning (PPP), Product Preceding Technology (PPT), Value Package Introduction (VPI), and Value Package Change (VPC), along with related tools like GT-Suite, Boost, Fluent, Converge, and more. Collaborate with internal and external stakeholders, such as technical managers, project leaders, engineers, and supplier partners, to provide input for further analysis, design optimization, feasibility studies, and architecture definition. Own the resolution of moderately complex problems related to components, systems, and subsystems, ensuring the success of project milestones. Perform analysis, testing, and communication with stakeholders to support the successful progression of projects. Contribute to the improvement of systems and processes, while continuing to build expertise in technology and product knowledge. Manage problem resolution for components and systems with increasing complexity as experience grows. Contribute to team goals and demonstrate influence within the work group. Knowledge and Skills: Essential Software Skills: Proficiency in ANSYS Fluent . Experience with Star CCM and GT-Suite . Basic proficiency in KULI simulation tools. Desirable Software Skills: Simulation experience with Simerics . Proficiency in MATLAB . Familiarity with ModeFrontier for automation. Basic knowledge of Python . Understanding of optimisation of flow management and two-phase fluid flow . Additional Knowledge: Familiarity with Vent simulation , AutoDesk Mold Flow Simulation , and ventilation analysis will be an added advantage. Key Skills and Experience Needed for the Role: Strong understanding of CFD theory , including the ability to perform thermal and pressure drop analysis simulations. Expertise in 1D CFD modeling and simulation and proficiency with simulation tools such as GT-Suite and KULI . Hands-on experience in thermal and fluid sciences, with a focus on simulations and experimental validation. Solid experience in thermal analysis , ventilation systems , and flow management optimizations . Ability to perform root cause analysis and contribute to effective product problem-solving. Strong collaboration and communication skills for working across multidisciplinary teams. Experience: 5-6 years of experience in thermal and fluid sciences, with a strong emphasis on CFD, simulation, and analysis. Qualifications: Education: M. Tech in Mechanical Engineering, Thermal Sciences, or a related field. Competencies: Applies Principles of Fluid Dynamics and Heat Transfer: Understands and predicts the performance of fluid and thermal systems using quantitative and intuitive knowledge of thermal energy transfer, fluid flow, and modeling/experimental tools. Applies Principles of Thermodynamics and Energy Conversion Systems: Understands and predicts the performance of energy conversion systems, such as IC engines, gas turbines, fuel cells, and batteries, using thermodynamics, fluid mechanics, modeling tools, and experimental tools. Product Failure Mode Avoidance: Identifies potential product failure modes and interfaces to improve the reliability of products by analyzing functional requirements and noise factors. Product Function Modeling, Simulation, and Analysis: Uses computational tools to predict product functionality and impacts product design decisions at various levels of system, subsystem, and component requirements. Product Problem Solving: Utilizes a robust process for solving product issues, focusing on customer protection, data-driven solutions, and identifying root causes to prevent reoccurrence. Systems Thinking: Defines the system and identifies interactions, boundaries, and life cycle to understand behavior, predict changes, and devise solutions to achieve desired results. Collaborates: Works well with others to meet shared objectives and encourages teamwork across departments. Communicates Effectively: Develops and delivers clear, effective communication to diverse audiences, ensuring understanding of technical needs. Drives Results: Achieves consistent results, even under challenging circumstances. Self-development: Proactively seeks opportunities for growth and development using both formal and informal learning. Values Differences: Recognizes the importance of diverse perspectives and cultures. Applies Statistical Methods: Analyzes technical data using statistical methods to make informed, data-driven decisions. Technical Documentation: Documents technical findings and communicates knowledge to improve productivity and facilitate knowledge transfer.

Role & responsibilities Design and develop electronic, electromechanical and acoustic systems for underwater applications. Perform CAD modeling, simulation, and prototyping of critical system components. Conduct functional, structural, thermal, and hydrodynamic analysis to optimize designs. Work on sensor integration, power systems, and communication interfaces for underwater platforms. Collaborate with cross-functional teams, including electronics, materials, and software engineers. Ensure compliance with marine and defense industry standards for underwater systems. Participate in field trials and validation tests to assess system performance. Qualifications & Skills: Masters degree in Electronics Engineering, Mechatronics, or a related field. OR PhD in underwater technology applications Experience with CAD tools (e.g., SolidWorks, AutoCAD, CATIA) and simulation software. Knowledge of underwater acoustics, materials, and hydrodynamics is a plus. Hands-on experience in prototyping, testing, and troubleshooting mechanical and electronic systems. Familiarity with finite element analysis (FEA) and computational fluid dynamics (CFD). Strong analytical skills and problem-solving abilities. Ability to work in a highly secure and confidential environment. Preferred Experience: Prior experience in marine, defense, or underwater systems is highly desirable. Exposure to acoustic sensors, SONAR systems, or underwater robotics is a plus. Understanding of embedded electronics and related fields for underwater applications. If you are passionate about designing advanced underwater systems and thrive in a dynamic R&D environment, we invite you to apply and be part of our cutting-edge innovations.

Mechanical System Design & Engineering: Develop detailed mechanical designs, equipment layouts, and technical drawings for piping systems, pressure vessels, HVAC, rotating and static equipment, and utility distribution. Perform thermal, structural, and fluid dynamics analysis to optimize mechanical system performance. Create 3D models, P&IDs, and mechanical schematics using advanced CAD software. Select and specify materials, piping, pumps, valves, compressors, and heat exchangers for various industrial applications. Process & Utility System Design: Design process piping, fluid transport, and mechanical utility systems for pharmaceutical, oil & gas, and semiconductor manufacturing facilities. Ensure proper sizing, pressure drop analysis, and flow rate calculations for mechanical pipelines and equipment. Develop mechanical infrastructure for critical plant operations, including compressed air, steam, vacuum, and cooling water systems. Perform stress analysis and dynamic simulations to ensure system integrity under operational loads. Equipment Selection & Integration: Select, design, and integrate rotating and static equipment such as pumps, compressors, turbines, and heat exchangers into facility layouts. Ensure proper foundation design, vibration analysis, and mechanical support structures for large-scale equipment. Develop equipment installation and maintenance guidelines to enhance plant reliability. Advanced Digital Design & Coordination: Use AutoCAD, Revit, SolidWorks, and Navisworks to create detailed 3D models and layouts for industrial plant construction. Conduct clash detection and coordination with structural, electrical, and process engineering teams. Utilize Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) to enhance mechanical system designs. Implement Building Information Modeling (BIM) methodologies to optimize mechanical system coordination. Regulatory Compliance & Sustainability: Ensure designs comply with ASME, API, IS, NFPA, ISO, and local construction regulations. Integrate energy-efficient and sustainable practices into mechanical system designs, reducing operational costs and environmental impact. Conduct HAZOP and risk assessments to ensure mechanical systems meet safety and reliability standards. Project Coordination & Execution: Collaborate with cross-functional teams, vendors, and contractors to ensure seamless execution of mechanical designs. Provide technical oversight and troubleshooting during project execution. Develop engineering reports, design justifications, and procurement specifications for mechanical components.. Qualifications & Experience: Bachelor s or Master s Degree in Mechanical Engineering from a recognized institution. 10-15 years of experience in mechanical design engineering for construction, oil & gas, pharmaceuticals, or semiconductor manufacturing. Proven experience in designing piping systems, pressure vessels, rotating equipment, and industrial utilities. Strong problem-solving skills with the ability to manage multiple projects and cross-disciplinary coordination.

Role: CFD Engineer Job Location- Pune Experience- 2 to 8 years Job Description: Expectations: Work with and for SME-Acoustic group SME-Acoustic Development Engineer Perform 1D Acoustic and Backpressure of exhaust system Analysis from request to report Perform acoustic and Backpressure exhaust system design optimization Requirements: Engineer - Minimum 2 yrs professional experience in automotive Minimum Bachelors level education in Mechanical engineering or similar Computer skills Fluent in basic tasks in Windows environment, Excel and PowerPoint Knowledge / skills: Analytical skills – Problem solving Design of Experiments (DOE), Multi-Objective Optimization (MOO) is a plus Analytical software knowledge is a plus, including software like: GT-Power, Realis Wave, Hypermesh, Catia V5, ModeFrontier CFD software (ie. CCM+, Fluent) Acoustics of ICE and exhaust systems knowledge is a plus For Senior engineer is a must Knowledge of exhaust aftertreatment is a plus

Experience: 6+ years / 8+ years Major Purpose: Performs engine related CFD analysis work for a defined portion of a project. Operates in a team environment, providing input to design solutions and participating in design/analysis reviews. Develops recommendations within established guidelines; demonstrates accountability in delivering first time right. Position Specific Duties: Perform Engine CFD analysis to support the design of John Deere Power Systems products using various analysis and simulation software. Demonstrate ownership and accountability mindset Obtain correlation with field/experimental data Compile analysis results into a form that can be easily interpreted by all stakeholders Perform hand calculations to verify the accuracy wherever applicable Propose feasible optimized design solutions to meet product requirements Schedule and lead analysis reviews to share results with design & PV&V engineers. During these meetings, offer what insight they can provide in order to help solve problems. Produce and/or evaluate possible design solutions to improve cost, quality, and performance-based on specialized knowledge of engineering applications. This may include the possible involvement of other functional engineers. Propose feasible optimized design solutions to meet acceptance criteria and to improve cost, weight targets. Responsible for timelines of the projects executed individually and with the help of team members. Required: Prior experience with CFD modeling tools: AVL, Star-CCM+, Ansys Experience in engine auxiliaries CHT and multiphase analysis Excellent simulation based design recommendations abilities Knowledge in engine technology and engineering principles Excellent Collaboration and Communication skills - Conduct simulation-based design explorations and communicate recommendations for new product introduction programs as well as current product improvement programs - Knowledge in engineering principles, theory, and practice as well as basic product knowledge

We are seeking a highly motivated and detail-oriented Design Engineer to join our team. The ideal candidate should have 0 to 1 year of experience in mechanical design, with proficiency in 3D modeling, engineering drawings, and GD&T (Geometric Dimensioning and Tolerancing). A strong understanding of manufacturing processes such as CNC machining, sheet metal fabrication, and assembly techniques is essential. The role also involves working with electromechanical assemblies that include electronic components. Key Responsibilities: Create 3D CAD models and detailed engineering drawings with proper GD&T application. Design components and assemblies considering manufacturing feasibility (DFM/DFA principles). Collaborate with the production team to ensure smooth transition from design to manufacturing. Work with CNC machining, sheet metal fabrication, and other manufacturing processes to develop high-quality products. Assist in the assembly of mechanical and electronic components to validate designs. Perform tolerance analysis to ensure proper fitment and function of parts. Support prototype development and conduct design validation tests. Maintain proper documentation for designs, revisions, and technical specifications. Coordinate with cross-functional teams including electronics, quality, and production for successful project execution. Required Skills & Qualifications: Bachelors degree in Mechanical Engineering, Mechatronics, or a related field. Proficiency in 3D CAD software (SolidWorks, CATIA, Creo, or similar). Understanding of GD&T and engineering drawing standards (ASME Y14.5 or equivalent). Basic knowledge of CNC machining, sheet metal fabrication, and assembly processes. Familiarity with electromechanical components and their integration. Strong problem-solving and analytical skills. Ability to work collaboratively in a fast-paced environment. Strong communication and documentation skills. Preferred Skills (Good to Have): Exposure to FEA/CFD simulations for design validation. Hands-on experience with 3D printing or rapid prototyping. Basic knowledge of electronics and wiring harnesses.

1. Perform CFD simulations to analyze airflow, pressure, and heat transfer in fan and ventilation designs. 2. Optimize fan blade geometry, casings, and system layouts for improved efficiency and reduced noise. Required Candidate profile 1. Two plus years of experience in CFD analysis (e.g., ANSYS Fluent). 2. Strong understanding of fluid dynamics, heat transfer modelling. 3. Experience in fan, HVAC, or air movement systems is a plus.

JOB ACCOUNTABILITY Availability and operability of Portable Fire protection equipment. Ensure adequate spares availability and indigenization of imported spares. Maintenance schedule and Implementation Equipment failure database, failure analysis, reporting and implementing corrective measures. SAP system operation, Budget Control & Monitoring. Provide assurance to site leadership on implementation and adherence to fire safety standards, procedures and checklist Preparation of RA sheets for all identified M&I activities Manage Inventory levels to ensure adequate spares & equipment availability Review & update datasheets /specification for all the equipment & spares. Review the scope of work for outsourcing maintenance jobs Ensure availability of tools & tackles to carryout maintenance activities Liaise with Engineering services, plant maintenance, contract cell, procurement, Material management centre, Excise and contractors/vendors. Periodic testing & certification of lifting tools/tackles, weights & measuring equipment, pressure vessel and cylinders as per statutes Review and validate contractor performance SKILL SET Analytical frame of mind for solving fire equipment maintenance issue Application and make use of different firefighting equipment, consumables, systems and other resources management for effective emergency Management Good understanding about SAP system and its various transaction Ability to formulate specifications of various fire protection equipment High level of proficiency in Fire Safety Management Planning and decision making ability Team work, Delegation, Communication and Time management skill QUALIFICATION B.E. - Fire Engineering

Brief Job Description: Provide engineering drawing and overall technical and application support to Asia Market Unit. Key person responsible for Thermal products on technical support and solutions. Work with Bid Team on Bill of Quantity, prepare technical proposal, and tender submission for Mega Project. Responsibilities and Measurement Criteria with Time investment Needed on Each: • Provide technical advice on Vertiv Liebert product application and selection to Asia Market Units. • Provide engineering design and installation of Cooling product, particularly in Data Center environment and others such as Light industrial and Lab. • Write technical proposal, design presentation and to provide engineering drawings in AutoCAD. • Generate Bill of Quantity and technical specification for proposed design • Maintain the drawings (soft/hard copies), catalogues, white papers, application and technical reference materials to ensure that they are updated, orderly and readily accessible. • Exercise sense of urgency, be analytical and professional in the approach and cultivate long term customer relationship and where possible strive for win-win solutions. • Cultivate a work approach of pro-activeness, keeping up to date the knowledge and application of company products/services and other related services, while continually pursue self/personal development by self analysis, reading, benchmarking against the best in the industry and practice. Qualifications Required/ Minimum Qualifications: • University/College Degree or professional qualification in Mechanical Engineering. Major in Refrigeration, or HVAC is preferable. • Minimum 3~8 years experience in related application & technical field. Experience with Data Center / CRAC units. Additional / Preferred Qualifications: • Understand the Data Center Standard is added advantages (uptime, BICSI, DCDC, TIA). • Ability to work effectively and diligently as an individual and team member. • Computer literacy. • Autocad design skill and CFD (Computer Fluid Dynamic) simulation skill is added advantages.