8 Engineering Mechanics Jobs

The ideal candidate for this position is a seasoned professional with experience in design and development within the field of machine assembly and machine design. As a part of the responsibilities, you will be required to develop designs for customised machine assembly, create Bills of Materials (BOM), and verify the drawings. Additionally, you will need to come up with innovative designs that prioritize robustness and ease of assembly. To qualify for this role, you should possess a Bachelor's degree or equivalent experience in Design along with at least 5 years of relevant experience. It is essential to have an excellent understanding of machine design, dynamics, and engineering mechanics. Proficiency in software tools such as SolidWorks and AutoCAD is also required. If you meet these qualifications and are looking to utilize your expertise in machine design and assembly, we encourage you to apply for this exciting opportunity.,

As a Research Engineer at M.A.H.E., you will be part of a team dedicated to understanding the physics of STT-PMA-MTJ compact model developed using Verilog A language. Your primary responsibility will be to integrate the MTJ device with CMOS logic in order to build nonvolatile hybrid MTJ/CMOS circuits. Additionally, you will conduct a comparative study with CMOS only circuits in terms of VLSI cost functions. Your role will involve circuit simulation, device physics modeling, EDA tool & Cadence utilization, and VLSI designing. The ideal candidate for this position should have a background in Electronics Engineering or Electrical Engineering and possess skills such as creativity, critical thinking, and knowledge in Engineering Mechanics. The working hours for this position are Monday to Friday from 9:00 am to 5:00 pm. If you meet the eligibility criteria and have a Bachelor's degree in Electronics Engineering or Electrical Engineering, we encourage you to apply. Proficiency in English language is required for this role, and candidates of any nationality are welcome to apply. Join us at M.A.H.E. and be a part of our innovative research initiatives.,

As a Geo-Mechanical Modelling Engineer, your primary responsibility will be to lead and execute advanced geo-mechanical modelling and analysis for subsurface projects by integrating rock mechanics, CFD, and geotechnical engineering principles. Your role will involve developing robust numerical simulations to evaluate subsurface behavior under various operational scenarios to ensure safety, efficiency, and performance of drilling, production, and reservoir activities. You will lead end-to-end geo-mechanical modelling efforts for subsurface assets and projects. This will include performing engineering mechanics calculations using tools like FLAC3D, Ansys, or equivalent numerical simulators. You will also conduct CFD modelling to assess fluid-rock interactions and pressure-temperature regimes. Your expertise will be crucial in interpreting field data, core samples, and lab test results to calibrate models. Collaboration with cross-functional teams such as Reservoir Engineering, Drilling, Production, and Petrophysics will be essential in providing insights into wellbore stability, sand production, fracture propagation, and fault reactivation. You will also have the opportunity to mentor junior engineers and contribute to technical development programs. Additionally, preparing technical reports, risk assessments, and presenting findings to stakeholders will be part of your routine. To excel in this role, you should hold a Bachelors or Masters degree in Geotechnical Engineering, Mechanical Engineering, Petroleum Engineering, or a related field. Proven experience in geo-mechanical modelling and analysis is required, along with proficiency in FLAC3D, Ansys, and CFD simulation tools. Strong grounding in engineering mechanics and numerical methods is necessary, as well as the ability to interpret and integrate multi-disciplinary data sets. Excellent communication and project management skills will also be beneficial. Preferred experience includes prior work in Oil & Gas, Mining, or Energy sectors, exposure to field development planning and risk mitigation in challenging subsurface environments, and experience with advanced material models and coupled fluid-solid interaction analysis. If you are passionate about geo-mechanical modelling and analysis and possess the required skills and qualifications, we encourage you to apply by sending your application to enpcareers.hr@ril.com.,

You should be a Senior Engineer/ Technical Lead with expertise in Durability. Your responsibilities will include being well versed with ANSA for pre-processing and META for post-processing. It is required that you have 3-9 years of experience working in the durability domain. Additionally, you should possess good knowledge in Abaqus with respect to deck preparation and convergence. Your expertise should extend to any one of the following areas: Closures, BIW, Chassis-Suspension, or Trims Strength, stiffness, and durability Loadcases. Familiarity with fatigue knowledge is essential, with experience in n-Code being an added advantage. Knowledge in Nastran will also be beneficial for this role. You are expected to have a good understanding of the basics of FEA, Engineering principles, Strength of materials, and engineering mechanics. The ability to independently work with client requirements, review results, prepare reports, and suggest modifications or suggestions wherever required is crucial. A mindset that enables you to correlate physical tests with CAE working models is highly desirable for this position.,

Position Title: Analyst –FEA Location: Hosur – TN (Near Bangalore) Tool - ANSYS WORKBENCH-STRUCTURAL, Hands on SPACECLAIM for Pre-Processing • Static Structural Linear Analysis.

Job description: Mid-level Mechanical Design Engineer with a minimum of 8+ years of work experience in machine design to support design projects. Experience in Industrial Equipment and Machineries such as Paper / Printing machineries and discrete product machineries is required. Essential duties and responsibilities: Performs, plans, and/or schedules detailed phases of the Engineering work in a portion of a major project or in a total project of moderate scope. Performs work that involves conventional Engineering practice but may include a variety of complex features such as conflicting design requirements, unsuitability of conventional materials, and difficult coordination requirements. Creates project estimates, product specifications, floor plans, and designs (including options) that meet customer-specific requirements. Develops Engineering models and/or drawings (using company standards and tools) including Bills of Materials (BOMs). Ensures that documentation is clear, complete, accurate and compliant with appropriate company standards. Participates in multi-discipline teams addressing specific design or process issues. Performs continuous improvement/cost reductions on machines and options. Performs risk assessments for specific machines and/or options. Creates documentation needed to approve the quality of machinery/options. Proposes and implements tools/processes to improve overall company efficiency. Participates in RD projects (under guidance of senior-level Engineers). Participates in sales meetings to describe product-related issues and ongoing work. Participates in customer meetings to discuss specific machine layouts, specifications, etc. Manages costs, schedules, and performance on assigned projects. Trains Customer Service, Production Engineering and customer on machine setup, operation, and maintenance. Becomes familiar with all company safety standards. Performs all commitments/tasks in a timely and professional manner Technical skills: Engineering basics: Engineering Mechanics, Strength of Materials, Statics, Geometric Dimensioning Tolerance. Metals: Material properties and selection, Min. Max. of conventional and un-conventional Manufacturing process. Should have worked on at least couple of engineering projects from start to finish (Scope, Specification, Idea, Concept Engineering and Cross-functional team experience. 3D CAD modelling and detailing engineering - should be able to create 3D modeling and associated 2D manufacturing drawings with GDT. Experience in CAD data management using PDM / PLM software. Adherence to CAD standards - ISO, ANSI, experience in MBD will be an added advantage. Knowledgeable in selection of mechanical OEM parts (sprockets, belts, etc.). Exposure to machine building, installation and commissioning will be an added advantage. Mandatory Skills: Good understanding of mechanical functions and principles. Ability to follow a prescribed engineering process. 3D CAD software proficiency: SolidWorks (Must) (in combination with SmartTeam) / Creo (added advantage) / Inventor (added advantage). Familiar with AutoCad 2D. Familiarities with Electrical / Controls / Pneumatics and hydraulics basics. Ability to work as team MS Office applications (Outlook, Teams, Excel, Word, PowerPoint, etc.) and remote desktop programs such as Teradici. Good in design calculations / basic FEA / selection of OEM parts. Conversant with Imperial and metric units.

oriented: Carry out static/transient, Linear/Non-linear thermal and thermo mechanical FEA (Finite element analysis) of Gas Turbine static & Rotating components (e.g. blades & Vanes, combustion, Rotor, casing etc.) using commercial software such as ANSYS mechanical, ANSYS workbench, NX-CAE, Nastran & Abaqus. Perform Low cycle fatigue, High Cycle fatigue and detailed Fracture mechanics assessment of Gas Turbines static & rotating components. Perform high temperature creep calculation and assessment. Creep-fatigue interaction needs to be checked. Prepare and document FE calculation in the form of structural integrity design report. Participate and conduct structural integrity design review at component level. Seamless transfer of structural integrity calculation input and output between design team and project lead respectively. We dont need superheroes, just super minds: Mechanical Engineer graduate/Postgraduate from recognized college/university More than 6 years of experience in CAE/FEA (Finite Element Analysis) for linear, Non- linear, static, Transient, thermal and structural calculations. Experience in FEA software ANSYS mechanical or ANSYS Workbench or NX-CAE, Nastran or Abaqus. Experience in Product Design in Turbo Machinery or Automotive or General Engineering Strong background in engineering Mechanics and mechanical design. Experience in turbo machinery i.e. Gas turbine, Steam turbine will be preferred Strong soft personal skill i.e. team player, quick learner, ability to adapt quickly & effectively etc.

Design flexible pipe solutions for subsea applications, in accordance with TechnipFMC standards, procedures, processes, schedules and budget, with a continuous focus on quality, targets and customer satisfaction. Projects are varied geographically and range from concept design through to detailed engineering and life extension. Key Activities & Responsibilities: Critical analysis of project documentation, ensuring that all required inputs are available and clarified; Perform flexible pipe structure design in accordance with specification, design rules and manufacturing constrain; Perform configuration design using both industry standard software and in-house software; Perform thorough check of own work before submitting for further review; Liaise with Centers of Expertise on technical issues not covered by the standard design rules; Attend client meetings and make effective presentations in relation to the work performed; Actively engage with project teams to ensure successful product design and delivery; Prepare calculation reports, manufacturing specifications and contractual project deliverables; Check the work performed by other engineers; Promptly escalate concerns around risks to project execution to project stakeholders Constantly evaluate practices and champion improvements through application of lessons learnt and innovations; Act as Project Lead: Follow & support the work carried out by the resources under his/her project responsibility; Responsible to properly deliver engineering scope in charge: within companys standards, meeting project quality/deadlines/budget & overall expectations; Provide guidance to the team with regards to project objectives; Define, control and ensure compliance of engineering activities schedule, aligned with project milestones; Estimate project engineering budget, ensure its compliance and keep a track of variations; Ensure that the discipline internal check process is followed for all the activities; Organize design reviews; Liaise with the appropriate Discipline Leads to ensure the optimization and feasibility of the project execution plan; Liaise with Project Management Teams; Deliver project close-out. PERSONAL QUALITIES Open communications skills are essential in order to maximise learning from fellow team members. A Flexible Pipe Design Engineer must have both enthusiasm and diligence for their specific field of expertise and a commitment to the continuous improvement of theirs and others engineering skills. The following qualities are essential: Confident and resourceful in the face of challenge (Can Do attitude). Ability to carry out assigned tasks and work on own initiative. Ability to work as part of a team. Demonstrates highest standards of integrity and respect. Good reporting skills Presentation and coaching skills Commitment to self improvement Willingness to learn. FORMAL EDUCATION Engineering Degree (B.E/B.Tech/M. Tech or equivalent) in Mechanical Engineering / Naval Architecture / Ocean Engineering / Marine Structures / Aerodynamics / Civil / Materials and or/prior experience as design engineer REQUIRED EXPERIENCE + 3 years of experience as design engineer or PhD Strong technical basis in engineering Experience leading design engineering scopes is an advantage Service/Customer oriented Good command of English EXPERTISE Technical skills (required): Design Engineering, Basic Physics, Engineering Mechanics; Technical skills (nice to have): Experience in analysis e.g. FEA, Fluid Mechanics, Engineering analysis, Flexible Pipe, Dynamic analysis etc; Specific skills: Interpersonal, Communication, Problem Solving, Team Player, Pro-active Computer skills: Mastery of desktop tools (Pack Office). Previous experience with OrcaflexTM or similar software is an advantage as is experience with automation (VBA, Python, Matlab etc) Language skills: Fluent in English