29 Solid Mechanics Jobs

Role Overview: As an HPC Application Specialist at Corning, you will be a crucial member of the global Scientific Computing team, contributing to the development and utilization of scientific software on the HPC Clusters. Your role will involve collaborating with various teams and communities to identify, develop, and implement solutions that support Modeling and Scientific Computing objectives, particularly focusing on the solid mechanics community. Key Responsibilities: - Engage with the diverse global HPC user community, addressing issues ranging from individual support tickets to participation in modeling projects. - Develop, validate, and apply numerical models for solving nonlinear FEA, fracture mechanics, and other applied mechanics problems using open-source tools like MOOSE and FEniCS. - Expand the capabilities of FEM-based open-source software as required, collaborating with external code owners and internal stakeholders. - Create models tailored for HPC environments, ensuring efficient resource utilization, scalability, and parallel execution. - Research, install, configure, maintain, and optimize a wide range of commercial and open-source scientific software for HPC clusters. - Collaborate with scientists and engineers to identify, model, and automate complex scientific processes. - Research and resolve software build, execution, and performance issues promptly and efficiently. - Conduct training sessions on new software or HPC capabilities and maintain technical documentation for the HPC user community. - Foster relationships to drive collaboration and partnerships for enhanced technology services within the community. Qualifications Required: - Experience developing complex numerical models using open-source tools like MOOSE and FEniCS, with a deep understanding of the source code. - Proficiency in solid mechanics and FEA, along with a strong grasp of solid mechanics concepts and theory. - Skilled in programming languages for scientific high-performance computing such as C/C++, Python, and FORTRAN. - Familiarity with HPC and parallel programming concepts and techniques like MPI, OpenMP, OpenACC, and CUDA. - Proven experience in developing, configuring, and troubleshooting applications in Linux-based environments. - Sound knowledge of High-Performance Computing (HPC) environment and related technologies. - Ability to write, port, debug, analyze, and optimize parallel programs effectively. - Understanding of the software development process and strong communication, troubleshooting, and problem-solving skills. - Adaptable to changing requirements and capable of working well both independently and within project teams. Additional Company Details: Corning is a pioneering company known for its breakthrough innovations in glass, ceramic, and materials science. The company's technologies span diverse fields, from ocean depths to outer space, pushing the boundaries of what's achievable. Corning's people play a vital role in driving the company and the world forward, breaking through limitations and expectations daily to make a lasting impact. At Corning, you'll find endless opportunities to contribute to transformative projects in various sectors, including connecting the unconnected, advancing automotive technology, revolutionizing home entertainment, and facilitating the delivery of life-saving medicines. Join Corning and be a part of the innovation journey.,

We are part of a world-class product development organization that pioneers industry-leading hardware designs for IBM POWER Systems servers as well as Storage, Quantum, and IBM Research. Within this organization, the IBM mechanical design team is seeking a professional with experience in Finite Element Analysis (FEA) modeling to complement the design team in designing next generation computers. Challenges of high performance and high reliability server solutions include high density designs with complex system requirements that require creative solutions from our mechanical design team to optimize system designs. The candidate will work in a multi-functional environment where the requirements of thermal, acoustics, electro-magnetic-compatibility (EMC), structural integrity, safety, industrial design, cost, performance, and functionality must all be satisfied to deliver a final solution. Working with a focused team, the candidate will develop the product design from concept through product release. Primary responsibilities will be to specify IBM Appliance product configurations composed of compute servers, storage drawers, networking switches, and cabling to enable worldwide fulfillment and shipping to external clients. Required education Bachelor's Degree Preferred education Master's Degree Required technical and professional expertise Bachelor of Science in Mechanical Engineering or equivalent program 3 years engineering experience Experience with FEA software, ANSYS and LS-DYNA preferred. Experience with Computer Aided Design (CAD) tools; Solidworks Preferred Strong Knowledge of solid mechanics, materials, strength of materials, and material behavior. Familiarity with part design using sheetmetal, plastic, die-cast, machining, 3D printing, and finishes Experience with Microsoft Excel, PowerPoint, and Word Self-starter, self-motivated, and able to independently drive tasks to completion Must be effective working in a team-based atmosphere Preferred technical and professional experience Prefer 5 years engineering experience Masters degree or higher in applicable engineering discipline Basic understanding of server and computer architecture Strong and effective soft skills including verbal and written communication, problem solving/critical thinking, time management, and being a team player

The ideal candidate for this position will be responsible for performing finite element analyses using ABAQUS CAE Software, including pre-processing, solving, and post-processing tasks. You will be conducting steady state and transient thermal, structural, and thermo-mechanical analyses using ABAQUS CAE. In addition, you will need to understand and define contacts, conduct nonlinear analysis, vibration analysis, buckling analysis, etc., using ABAQUS. Analytical calculations of bolted/welded constructions will also be part of your responsibilities. It is essential to have a good grasp of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics. You will be required to drive technical solutions, engage in reviews with internal and external customers, and prepare analysis reports and certification reports. Timely and high-quality deliveries for complex development projects will be a key focus. The successful candidate should possess a graduate/postgraduate degree in Mechanical Engineering or equivalent, with 4 to 5 years of experience in finite element analysis (FEA), preferably in the turbomachinery domain. Strong fundamentals in Finite Element Methods and solid mechanics are required. Experience in performing static/dynamic, linear and non-linear thermal and thermo-mechanical analysis using ABAQUS Software is essential. Knowledge of performing low cycle fatigue, high cycle fatigue, and detailed fracture mechanics assessments will be an added advantage. Having a solution-oriented mindset and approach to work is highly valued in this role. Required Tools: ABAQUS CAE ,

Job Purpose Provides engineering solutions as part of a SSE project taskforce, in accordance with TechnipFMC standards, procedures, processes, schedules, and budget, with a continuous concern for quality, targets, and customer satisfaction. Will be responsible for structural integrity, timeliness and cost effectiveness of all designs under their control and shall ensure that all design and design activities meet the requirements of the project and are fit for purpose. Independently perform structural design and analysis and supervise structural engineers performing design and analysis. Create and review technical engineering documents. Manage project design reviews and constructability reviews. Provide sound engineering advice on subsea structural analysis and design to ensure efficient and cost-effective fabrication, handling and subsea installation. Ensure technical compliance and quality as well as ontimedelivery of all responsible deliverables. Ability to mentor and manage a team of engineers & designers. Attend meetings with project teams and interface with clients and be able to provide engineering recommendations and solutions. Drives innovative solutions to optimize subsea structures and improve efficiency. Demonstrated experience in supporting engineering for subsea projects constrained by safety, quality, delivery, and cost requirements. Travel to and attend site as required to guide, inspect or oversee fabrication of structural items. You are meant for this job if: BS degree in Engineering preferred or equivalent with 3 to 5 years of experience in the field. Sound understanding of Engineering practices, design methods & calculations. Experience in mentoring, leading a team of engineers & delivering projects. Experience in structural steel design preferably in Offshore and Subsea field (Accordance with applicable industry code DNV / ASME / API, etc.) and fatigue analysis. Experience in reviewing engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results. Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, strength of material, fluid dynamics) is required. Strong technical basis in engineering Experience in SACS / other beam element software. Knowledge in Finite element experience on ANSYS / Abaqus software. Ability to work in a team-oriented environment. Strong written and verbal communication skills in English with ability to effectively transfer subject matter expertise. Skills Project Management Presentation Skills Analysis and Problem Solving

Sandisk understands how people and businesses consume data and relentlessly innovates to deliver solutions that enable today's needs and tomorrow's next big ideas. With a rich history of groundbreaking innovations in Flash and advanced memory technologies, our solutions have become the beating heart of the digital world we're living in and that we have the power to shape. Sandisk meets people and businesses at the intersection of their aspirations and the moment, enabling them to keep moving and pushing possibility forward. This is achieved through the balance of powerhouse manufacturing capabilities and an industry-leading portfolio of products globally recognized for innovation, performance, and quality. Sandisk has two facilities recognized by the World Economic Forum as part of the Global Lighthouse Network for advanced 4IR innovations. These facilities were also recognized as Sustainability Lighthouses for breakthroughs in efficient operations. With a global reach, Sandisk ensures the global supply chain has access to the Flash memory needed to keep the world moving forward. We are seeking a highly skilled and innovative Senior Engineer, Packaging Engineering to join our dynamic team in Bengaluru, India. In this role, you will provide mechanical simulation and solutions in SD/MicroSD, USB, SSD development activities while driving innovation and efficiency in our product development processes. Responsibilities include: - Providing mechanical simulations and solutions for cutting-edge flash memory products - Developing an in-house structural simulation automation platform based on commercial software such as ANSYS, Abaqus - Predicting and defining structural risks and mechanisms using simulation tools for electronic packaging design, assembly, and reliabilities - Conducting material characterization for simulation accuracy and efficiency improvement - Ensuring compliance with industry standards and regulations throughout the design and manufacturing process Qualifications: - Bachelor's or Master's Degree in Science or Engineering - Experience Level: 2 to 4 years - Education background in Mechanical Engineering, Mechanics, and Material Science, etc. - Proficiency in programming with Python or other languages (Python is preferred) - Good understanding of solid mechanics, finite element method, material mechanical behaviors - Hands-on experience in mechanical simulations is preferred (SolidWorks/ANSYS/ABAQUS) - Strong communication and interpersonal skills, with the ability to collaborate effectively across diverse teams Sandisk values diversity and believes in embracing it from within the company. The fusion of various perspectives results in the best outcomes for employees, the company, customers, and the world around us. Sandisk is committed to providing opportunities to applicants with disabilities and ensuring all candidates can successfully navigate the careers website and the hiring process. For accommodation requests, please contact jobs.accommodations@sandisk.com with a description of the specific accommodation needed, the job title, and requisition number of the position applied for.,

Roles and Responsibilities: Collaborate with offshore and global teams to understand project scope, including analysis domain, boundary conditions, material models, and types of analysis. Act as a key coordinator across multiple groups such as Design, Structures and Aerodynamics, and to gather project-specific inputs. Manage multiple projects independently, demonstrating strong prioritization and time management skills. Review and interpret technical presentations and analysis results, and effectively communicate findings to customers. Lead and support Design and Technical Discipline reviews. Ensure 100% quality and timely delivery, especially in handling NCs, QNs, and OTCs. Conduct project review meetings to share lessons learned and best practices to enhance team performance and quality. Provide alternative solutions for field issues and support root cause analysis. Drive process improvements through the development of automation tools. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, project management, interpersonal, and problem-solving skills. Mandatory skills: 6 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench, HyperMesh, or OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to develop/modify APDL macros and build/update FE models in HyperMesh. Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools. Roles and Responsibilities Roles and Responsibilities: Collaborate with offshore and global teams to understand project scope, including analysis domain, boundary conditions, material models, and types of analysis. Act as a key coordinator across multiple groups such as Design, Structures and Aerodynamics, and to gather project-specific inputs. Manage multiple projects independently, demonstrating strong prioritization and time management skills. Review and interpret technical presentations and analysis results, and effectively communicate findings to customers. Lead and support Design and Technical Discipline reviews. Ensure 100% quality and timely delivery, especially in handling NCs, QNs, and OTCs. Conduct project review meetings to share lessons learned and best practices to enhance team performance and quality. Provide alternative solutions for field issues and support root cause analysis. Drive process improvements through the development of automation tools. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, project management, interpersonal, and problem-solving skills. Mandatory skills: 6 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench, HyperMesh, or OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to develop/modify APDL macros and build/update FE models in HyperMesh. Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools.

Roles and Responsibilities: Perform FEA on aero engine components using ANSYS Classic/Workbench, following standard simulation practices. Deliver analysis results on time with full compliance to team lead expectations, especially for NCs, QNs, and OTCs. Conduct static and non-linear analysis of metallic/ composite aero components including material, geometric, and contact behaviors. Create detailed stress analysis reports and perform self-review to ensure quality and accuracy. Should work on Aero engine components using ANSYS classic/ Workbench Execute a standard FEA process for aero engine components and deliver results on time set by team lead with 100%, especially NCs, QNs, and OTCs. Exhibit a proactive attitude, strong communication skills, and self-learning capability. Understand and follow structural analysis quality processes and engineering workflows. Apply strong fundamentals in mechanical engineering, solid mechanics, fatigue, and machine design. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, interpersonal and problem-solving skills. Provide alternative solutions for field issues and support root cause analysis. Mandatory skills: 3 to 5 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench/HyperMesh/OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to modify APDL macros, update FE models in Hypermesh Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools. Roles and Responsibilities Roles and Responsibilities: Perform FEA on aero engine components using ANSYS Classic/Workbench, following standard simulation practices. Deliver analysis results on time with full compliance to team lead expectations, especially for NCs, QNs, and OTCs. Conduct static and non-linear analysis of metallic/ composite aero components including material, geometric, and contact behaviors. Create detailed stress analysis reports and perform self-review to ensure quality and accuracy. Should work on Aero engine components using ANSYS classic/ Workbench Execute a standard FEA process for aero engine components and deliver results on time set by team lead with 100%, especially NCs, QNs, and OTCs. Exhibit a proactive attitude, strong communication skills, and self-learning capability. Understand and follow structural analysis quality processes and engineering workflows. Apply strong fundamentals in mechanical engineering, solid mechanics, fatigue, and machine design. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, interpersonal and problem-solving skills. Provide alternative solutions for field issues and support root cause analysis. Mandatory skills: 3 to 5 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench/HyperMesh/OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to modify APDL macros, update FE models in Hypermesh Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools.

Responsibilities & Key Deliverables As a Senior Engineer in NVH at Mahindra & Mahindra Ltd your responsibilities include: Carry out frequency domain and time domain analysis in system level and vehicle level for evaluating the dynamic characteristics using CAE tools. Validate and correlate the simulation results with physical test data and setup process / standards for CAE methodologies. Involvement in the project from concept phase to start of production, handling the field and quality issues, contributing with analysis for improvement in BSR-NVH domain. Collaborate with design teams to integrate BSR-NVH solutions early in the development phase. Prepare detailed technical reports and documentation of the findings from benchmarks for projects to build top-notch quality products. Experience Your role as a Senior Engineer requires a solid foundation of experience, ranging from 3 to 5 years in the relevant field including: Strong fundamentals in Mechanical Vibrations & other Solid Mechanics subjects. Hands on experience in use of ANSA / Hyperworks or any other pre-processing tools for FE modelling & building connections. Proficiency in any of the following solvers: OPTISTRUCT / NASTRAN / ABAQUS with a logical understanding to evaluate the results. Skill set for developing quicker reports & presenting data / results using MS Office tools. Knowledge or experience in use of optimization, acoustics or multi body dynamics (MBD) tools is an added advantage. Industry Preferred Candidates having backgrounds from leading automotive manufacturers are highly valued due to their familiarity with industry standards and practices Qualifications A Graduate or Post Graduate degree in Automotive or Mechanical Engineering is required for this role. Holding additional certifications or courses related to NVH testing, automotive systems, or noise control engineering will be considered beneficial. Continuous improvement in knowledge through workshops or seminars relevant to automotive engineering trends is also encouraged. General Requirements Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

TechnipFMC is committed to driving real change in the energy industry. Our ambition is to build a sustainable future through relentless innovation and global collaboration and we want you to be part of it. Youll be joining a culture that values curiosity, expertise, and ideas as well as diversity, inclusion, and authenticity. Bring your unique energy to our team of more than 20,000 people worldwide, and discover a rewarding, fulfilling, and varied career that you can take in anywhere you want to go. Job Purpose The Product Improvement Lead is responsible for leading product design improvement activities arising from feedback on field performance, ease of manufacturing, assembly & testing and ease of installation & retrieval of the product. Improvement Lead acts as the focal point in RCA investigations and initiates the necessary corrective & prevention actions. This role is a transformational position with responsibilities to support implementation of new processes, new tools and support improvement activities associated with information flow, risk management, value stream mapping, LPPD behaviors and thinking. In addition to this, the Improvement Lead is expected to drive one or more transformational projects. Job Description Leads complex problem-solving situations. Defines what problem-solving frameworks, techniques and tools to apply, and when to drive and influence investigations. Leads and supports product improvement and product standardization and product qualification projects depending upon the assigned group. Using LPPD and transformational thinking, defines a simplified future state Operating System for Engineering Management and optimum operating processes and tools for engineering staff (GD3, Readiness Levels etc.) Uses analytical and risk evaluation tools to expose root causes and defines countermeasures. Operates with a continuous improvement mindset, remains isolated from firefighting. Responsible for listening to learn, consults experts where appropriate. Challenges the norm, rejects the status quo, while educating and inspiring the team to support continuous improvement. Additional Description Serves as a technical point of contact for assigned work package scope and may serve as a focal point for all communications related to scope. Develops product design, geometry standards documentation and product qualification requirements. Creates, reviews/approves part reports, drawings, engineering specifications and standards. Defines product quality, material, welding, and NDE requirements. Supports and manage project schedule and deliverables. Provides Management with technical assistance and work progress updates as requested. Mentors and provides technical guidance to Product Improvement Engineers and Designers/Drafters. Works collaboratively to accomplish project tasks. Provides independent review and approval of work packages. Provides vendors technical assistance and builds strong working relationships. Works to the requirements of industry code related to surface production systems, TechnipFMC standards and client specifications. Adheres to all relevant work instructions and design guidelines, clearly demonstrates creativity and innovation in finding solutions and alternatives. Develops unique solutions for complex technical problems that may include the design of new products/systems or the development of solutions having few or no precedents. This is an individual contributor position. The role is responsible for executing activities assigned by the manager and execute it with the assigned team. You Are Meant For This Job If Degreed Mechanical Engineer with at least 8-years of Product Design Engineering experience preferably in upstream Oil & Gas industry. Demonstrated experience in supporting engineering for Oil & Gas projects constrained by safety, quality, delivery, and cost requirements. Product engineering experience in design of Surface Oil & Gas products like Wellheads, Christmas Trees (XT) Gate Valves, Actuators, Chokes, Ball Valves etc. will be added benefit. Alternate industry background that are relevant for this position: Heavy Engineering, Power Plant Engineering, Boilers & Pressure Vessels, Large Bore Valve Engineering etc. Experience in reviewing & approving engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results. Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, fluid dynamics, heat transfer) is required. Experience conducting design analysis - hoop stress, flexibility, buckling, burst, fatigue, etc. Work experience must include experience with various ASME, API and NACE Codes and Standards as it relates to surface equipment design and manufacturing. Exposure to various manufacturing processes - forging, hot and cold extrusion, cladding, HIP, induction bending etc. Exposure to welding codes and practices - ASME IX and API 1104. Exposure to NDE codes and practices - UT, PAUT, PT, RT, MPI per ASME V. Confidence to work globally, to escalate and to communicate directly with Senior leadership. Ability to manage the engineering projects within specified schedule and budget. Demonstrated organization and project planning skills. Accuracy, dependability, ability to manage schedule and prioritize work for self and others in team. Ability to design complex engineering plans and review design work for systems and products. Being a global leader in the energy industry requires an inclusive and diverse environment. TechnipFMC promotes diversity, equity, and inclusion by ensuring equal opportunities to all ages, races, ethnicities, religions, sexual orientations, gender expressions, disabilities, or all other pluralities. We celebrate who you are and what you bring. Every voice matters and we encourage you to add to our culture. TechnipFMC respects the rights and dignity of those it works with and promotes adherence to internationally recognized human rights principles for those in its value chain. Show more Show less

Job Purpose Provides technically complex engineering solutions in particularly challenging project environments in accordance with TechnipFMC standards, procedures and processes, schedules and budget, with a continuous concern for quality, targets, and customer satisfaction. Job Description Independently perform structural design and analysis and supervise structural engineers performing design and analysis. Create, review and approve technical engineering documents. Manage project design reviews and constructability reviews. Provide sound engineering advice on subsea structural analysis and design to ensure efficient and cost-effective fabrication, handling and subsea installation. Ensure technical compliance and quality as well as ontimedelivery of all responsible deliverables. Ability to mentor and manage a team of engineers & designers. Attend meetings with project teams and interface with clients and be able to provide engineering recommendations and solutions. Drives innovative solutions to optimize subsea structures and improve efficiency. Demonstrated experience in supporting engineering for subsea projects constrained by safety, quality, delivery, and cost requirements. Travel to and attend site as required to guide, inspect or oversee fabrication of structural items. You are meant for this job if: BS degree in Engineering preferred or equivalent with 6 to 8 years of experience in the field. Sound understanding of Engineering practices, design methods & calculations. Experience in mentoring, leading a team of engineers & delivering projects. Experience in structural steel design preferably in Offshore and Subsea field (Accordance with applicable industry code DNV / ASME / API, etc.) and fatigue analysis. Experience in reviewing engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results. Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, strength of material, fluid dynamics) is required. Strong technical basis in engineering Experience in SACS / other beam element software. Knowledge in Finite element experience on ANSYS / Abaqus software. Ability to work in a team-oriented environment. Strong written and verbal communication skills in English with ability to effectively transfer subject matter expertise. Skills Project Management Presentation Skills Coaching Problem-solving Tools and Continuous Improvement Techniques

Role Definition Solve challenging engineering problems involving products, systems, and components using advanced simulation techniques and analysis. Responsibilities Collaborate with customers and leadership to scope and execute projects that meet the needs of the business Accountable for delivering timely, high-quality simulation and analysis impacting products/processes and providing clear recommendations to stakeholders Partner with design, manufacturing, supply chain and test to robustly deliver new products and improve validation processes Keep up-to-date on new technologies and drive continuous improvement to established techniques Requires a degree in an accredited Engineering, Mechanical Engineering curriculum. Degree Requirement Degree required Technical Skills: Excellent understanding of solid mechanics, strength of materials, FEA fundamentals. Experience in engine piston, rings, liner 3D FEA durability/1D dynamics simulations using industry standard commercial tools. Skill Descriptors Accuracy and Attention to Detail: Understanding the necessity and value of accuracy; ability to complete tasks with high levels of precision. Level Working Knowledge: Accurately gauges the impact and cost of errors, omissions, and oversights. Utilizes specific approaches and tools for checking and cross-checking outputs. Processes limited amounts of detailed information with good accuracy. Learns from mistakes and applies lessons learned. Develops and uses checklists to ensure that information goes out error-free. Analytical Thinking: Knowledge of techniques and tools that promote effective analysis; ability to determine the root cause of organizational problems and create alternative solutions that resolve these problems. Level Working Knowledge: Approaches a situation or problem by defining the problem or issue and determining its significance. Makes a systematic comparison of two or more alternative solutions. Uses flow charts, Pareto charts, fish diagrams, etc. to disclose meaningful data patterns. Identifies the major forces, events and people impacting and impacted by the situation at hand. Uses logic and intuition to make inferences about the meaning of the data and arrive at conclusions. Effective Communications: Understanding of effective communication concepts, tools and techniques; ability to effectively transmit, receive, and accurately interpret ideas, information, and needs through the application of appropriate communication behaviors. Level Working Knowledge: Delivers helpful feedback that focuses on behaviors without offending the recipient. Listens to feedback without defensiveness and uses it for own communication effectiveness. Makes oral presentations and writes reports needed for own work. Avoids technical jargon when inappropriate. Looks for and considers non-verbal cues from individuals and groups. Problem Solving: Knowledge of approaches, tools, techniques for recognizing, anticipating, and resolving organizational, operational or process problems; ability to apply knowledge of problem solving appropriately to diverse situations. Level Working Knowledge: Identifies and documents specific problems and resolution alternatives. Examines a specific problem and understands the perspective of each involved stakeholder. Develops alternative techniques for assessing accuracy and relevance of information. Helps to analyze risks and benefits of alternative approaches and obtain decision on resolution. Uses fact-finding techniques and diagnostic tools to identify problems. Technical Excellence: Knowledge of a given technology and various application methods; ability to develop and provide solutions to significant technical challenges. Level Basic Understanding: Uses a structured approach in analyzing and resolving technical problems. Seeks opportunities for continual learning to maintain technical competence in pursuit of technical excellence. Provides examples or case studies demonstrating technical excellence in actual business scenarios. Pursues, prepares for and assumes new technical assignments and challenges. Computer-Aided Design & Engineering: Knowledge of tools and techniques of specialized graphics programs; ability to produce, analyze, simulate and test product design drafts. Level Basic Understanding: Describes common drafting conventions, tools, procedures and processes. Explains usage of CAD/CAM software in engineering new products. Locates useful resources to improve CAD/CAM skills. Identifies basic functions and features of a CAD/CAM system.

You should have a Bachelors or Masters degree from a reputable institution with good academic standing. The ideal candidate for this position should have 0 to 3 years of experience. MGT is currently looking for a dedicated engineer to join our R&D team. As an R&D engineer specializing in finite element analysis (FEA), your responsibilities will include: Generating FEA/simulation models of mechanical components, sub-assemblies, and systems. Analyzing static, dynamic, structural, and thermal-mechanical behavior under various operating conditions. Collaborating with the design team to enhance and optimize designs of current and future products based on FEA analysis. Proposing and implementing equipment characterization and test procedures to validate model results and assist in modeling efforts. Maintaining consistent modeling practices and contributing to the enhancement of simulation best practices within the organization. Assisting in root-cause analysis and troubleshooting technical challenges in conjunction with team members. Showing enthusiasm for learning simulation best practices from industry and academia and integrating them into your work. Contributing to the development of precision manufacturing machinery in India by engaging closely with other engineers. Requirements for this role include: Proficiency in the use of standard FEA software (such as Ansys, Altair, Abaqus, etc.) and understanding of FEA workflows. Strong fundamentals in solid mechanics, mechanics of materials, numerical methods, and engineering design. Experience with any CAD package for 3D design. Previous experience with CAD and FEA software tools. Practical experience in static, dynamic, and thermal-mechanical simulations on industrial or research problems. Effective verbal and written communication skills, with the ability to convey technical information to different audiences. A collaborative mindset to work with internal and external stakeholders in a high-paced environment to meet project milestones and deadlines. This position is located in Bangalore.,

Position: Cardiovascular FEA Engineer Experience Range: 2 to 5 yrs Job Location: Bangalore Work Mode: Hybrid (3 days in the office, 2 days remote) Position Type: Full-time or 6-month internship-to-hire Join our medical device team to develop advanced finite element analysis simulations for cardiac devices. Opportunity to impact cardiovascular care through computational modeling. Role Description: Serve as primary FEA modeling resource for cardiac device-tissue interactions using 3D heart models: Develop complex tissue-device interaction models with nonlinear materials Execute parametric studies across varied anatomies Support validation against experimental data Contribute to in-house cardiac device simulation capabilities Required Qualifications: MS/PhD in Mechanical/Biomedical Engineering or related field Strong expertise in solid mechanics, particularly nonlinear material behavior, finite deformation and contact Proven analytical skills and problem-solving ability Excellent communication skills Research experience with published results Preferred Qualifications: Experience with cardiovascular mechanics modeling Proficiency with FEA software (ABAQUS, ANSYS, or similar) Knowledge of hyperelastic/viscoelastic material models Contact mechanics' experience in biological systems Why Join Us: Work on cutting-edge medical technology Build technical capabilities with significant autonomy Clear growth path as the team expands Competitive compensation Show more Show less

Job Category: Research School: Mahindra University Mahindra University, Ecole Centrale School of Engineering, Hyderabad invites applications for the post of a Junior Research Fellow (JRF) in the SERB project entitled Dynamic Fracture at a Non-Planar Interface sponsored to Prof. Ranjith Kunnath (File No. CRG/2022/004550). The project involves developing mathematical formulations for dynamic fracture problems and their numerical implementation. This is the final year of the project. Eligibility: First class M.E./M.Tech./M.S. in Mechanical/Civil Engineering/Applied Mechanics or M.Sc. in Physics or M.Sc. in Mathematics with background in Theoretical/Computational Solid Mechanics. Exceptional B. Tech. candidates will also be considered. Candidates who have qualified GATE/CSIR-UGC NET/DST INSPIRE will be given preference. Fellowship: As per SERB norms Duration: Appointment is for 1 year.

As a Research Associate (RA) in a project sponsored by the Science and Engineering Research Board (SERB) under the Core Research Group (CRG) scheme entitled Dynamic fracture at a non-planar interface (File No. CRG/2022/004550) sanctioned to Prof. Ranjith Kunnath at Mahindra University, you will be responsible for developing mathematical formulations for dynamic fracture problems and their numerical implementation. To be eligible for this position, you should have a Ph.D. in Mathematics/Physics/Engineering with specialization in mathematical modeling/solid mechanics and numerical methods. The fellowship for this role is up to Rs. 63,000 + 24% HRA per month, depending on your qualification and experience. The initial appointment is for 1 year, with the possibility of extension based on performance. For more information about the project and Prof. Ranjith Kunnath, you can visit the webpages http://ranjithkunnath.in/ and https://www.mahindrauniversity.edu.in/faculty/ranjith-kunnath. If you are interested in this opportunity, please send your detailed CV and cover letter to ranjith.kunnath@mahindrauniversity.edu.in.,

What you ll do: "The primary responsibility of this role is to design and development support to electrical products from Vibration/MBD (Multi Body Dynamics) technology. Individual will be required to partner with global teams located in India, Europe & NA to understand specific design intent; develop and validate structural analysis models to substantiate various engineering designs. Candidate should ensure proper coordination and communication with all stakeholders by following project management best practices. He/She is expected to guide and mentor new incumbents on various vibration/MBD analysis requirements to ensure quality deliverables from team. The incumbent is responsible for handling medium complex to complex projects independently and deliver quality results within stipulated timelines. The candidate should have strong background in vibration/MBD/solid mechanics with thorough understanding of finite element analysis fundamentals. Skills of Digital Twins development, delivering impactful CI tools and vibration analysis will be additionally desired. He/She should proactively look for various opportunities to validate his/her analytical predictions with physical testing to constantly mature DP capabilities. Candidate should act as technical Lead for medium complexity projects." "A. Technology Responsibilities: Contribute towards maturing identified technical capabilities aligned to dynamics portfolio Work closely with product and analysis experts to Develop and validate digital prototypes to mimic product physics and predict key CTQ s Coordinate with business stakeholders to align on DP maturity focus areas and create necessary Infra proposals B. Program Responsibilities: Lead assiged business portfolio while managing stakeholder connect and effective workload priortization Ensure Analysis First deployment by leading DAP deployment on flagship programs Highlight apt technical and schedule risks on assigned medium complex programs and work towards metigating those C. Extended Responsibilities: Participate in ES-Americas level initiatives and contribute thru solid personal value add Drive DfX culture within team by mentoring team members on fundametals Provide guidance and technical mentoring to Engineers Create valuable IP to expand innovation envelope for organization growth" Qualifications: Master s degree in Mechanical / Aerospace/ Applied Mechanics from reputed institute 4+ Years Skills: Vibration/MBD/Solid Mechanics domain knowledge, Simulation tool expertise(ADAMS, ANSYS Workbench & alied softwares) "Accountability Takes complete responsibility of assigned tasks and delivers results despite of roadblocks Passion - Pursues everything with drive and motivates others around to contribute towards the cause Resourceful Works across the boundaries to get the desired things done timely Problem Solving - Uses rigorous logic and methods to solve difficult problems with effective solutions, Looks beyond the obvious solutions and comes up with creative/ innovative proposals Learner - Takes efforts to upskill self and shares the learnings with broader team proactively Transparency - Should create open and trusting environment in the team"

Job Description (Meshing): Role: • Understanding the client’s design and analysis requirements. • Giving estimates to the designer/client. • Meshing the models in Hypermesh and setting decks for Optistruct. Required Skills: • The candidate should have 3 – 5 years of hands on experience on Hypermesh. • Should have worked on Heavy equipment structural domain. • The candidate should be in a position to work independently with minimum guidance from the team lead. • Giving estimates to the designer/client. Desired Skills: • Good written and oral communication skills. • Experience in Rail Transportation /Aerospace/Automotive/Heavy Engineering. Experience in analysis by using Optistruct solver. Education Qualification: B.E/B.Tech., in Mechanical Engineering with atleast 60% of marks.

Role & responsibilities Design and develop sheet metal components and enclosures for composting machines. Prepare detailed 2D drawings and 3D models using SolidWorks and AutoCAD . Collaborate with production, R&D, and procurement teams to ensure design feasibility and manufacturability. Optimize existing products for cost, strength, ease of assembly, and performance. Create detailed technical documentation including BOMs, tolerance analysis, and material specifications. Stay updated with the latest industry standards, tools, and innovations in mechanical and environmental engineering. Conduct design reviews and provide creative solutions to product challenges. Preferred candidate profile Proficient in SolidWorks and AutoCAD Strong experience with sheet metal design and fabrication processes Solid understanding of GD&T, DFM, and material selection Knowledge of manufacturing practices like laser cutting, bending, welding, etc. Familiarity with solid waste management equipment or mechanical machinery is a big plus Bachelors Degree in Mechanical Engineering or equivalent 6-10 years of hands-on design experience in a relevant industry

We need someone with 1-3 years of experience along with below skill set,Knowledge and hands on FEA Analysis, Structural Analysis, Thermal AnalysisSolid Mechanics, Vibration, and thermal basic knowledge Required Candidate profile Ansys Workbench hands on experience Good communication and team player

Job Purpose Provides engineering solutions as part of a SSE project taskforce, in accordance with TechnipFMC standards, procedures, processes, schedules, and budget, with a continuous concern for quality, targets, and customer satisfaction. Will be responsible for structural integrity, timeliness and cost effectiveness of all designs under their control and shall ensure that all design and design activities meet the requirements of the project and are fit for purpose. Independently perform structural design and analysis and supervise structural engineers performing design and analysis. Create and review technical engineering documents. Manage project design reviews and constructability reviews. Provide sound engineering advice on subsea structural analysis and design to ensure efficient and cost-effective fabrication, handling and subsea installation. Ensure technical compliance and quality as well as ontimedelivery of all responsible deliverables. Ability to mentor and manage a team of engineers & designers. Attend meetings with project teams and interface with clients and be able to provide engineering recommendations and solutions. Drives innovative solutions to optimize subsea structures and improve efficiency. Demonstrated experience in supporting engineering for subsea projects constrained by safety, quality, delivery, and cost requirements. Travel to and attend site as required to guide, inspect or oversee fabrication of structural items. You are meant for this job if: BS degree in Engineering preferred or equivalent with 3 to 5 years of experience in the field. Sound understanding of Engineering practices, design methods & calculations. Experience in mentoring, leading a team of engineers & delivering projects. Experience in structural steel design preferably in Offshore and Subsea field (Accordance with applicable industry code DNV / ASME / API, etc.) and fatigue analysis. Experience in reviewing engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results. Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, strength of material, fluid dynamics) is required. Strong technical basis in engineering Experience in SACS / other beam element software. Knowledge in Finite element experience on ANSYS / Abaqus software. Ability to work in a team-oriented environment. Strong written and verbal communication skills in English with ability to effectively transfer subject matter expertise. Skills Project Management Presentation Skills Analysis and Problem Solving

Fantastic challenges. Amazing opportunities. GKN Aerospace is reimagining air travel: going further, faster and greener! Fuelled by great people whose expertise and creativity sets the standards in our industry, we re inspired by the opportunities to innovate and break boundaries. We re proud to play a part in protecting the world s democracies. And we re committed to putting sustainability at the centre of everything we do, opening up and protecting our planet. With over 16,000 employees across 33 manufacturing sites in 12 countries we serve over 90% of the world s aircraft and engine manufacturers and achieved sales of 3.35 bn.in 2023. There are no limits to where you can take your career. Job Summary As a Principal Research Engineer you will draw on your deep specialist knowledge, detailed product knowledge and general business awareness to shape the direction of research and development projects in the TRL1-6 range, in demonstrator projects and in insertion projects. You have a strong track record of innovation, of leading complex technical work, and have a well-established professional network in our field. Your experience and critical thinking skills help you to plan and lead the technical work within your specialist field or in your product or technology area. Your exceptional communication skills enable you to confidently engage with a wide variety of internal and external stakeholders. Job Responsibilities You will be a Principal Research Engineer within the R&T dept. working as a Technology Leader. The main task of a Technology Leader is to act as technical expert in the development of technologies, methods and future product solutions. A generalist that is able to balance the input from the different disciplines in order to find the best compromise. The key responsibilities of a Technology Leader are: o Define the logic and technical activities needed to meet the targets, from early conceptual studies towards certification. o Lead the integration of new technologies into the early product solutions with the goal of achieving solutions that are well balanced o Help setting the technical direction of the work and facilitate technical decision-making in the team. Help the team and project leader to plan and prioritize the technical tasks o Owner of the Technology Development Plan for the product solutions and/or technologies. o Specify the needs and criteria for the validation of the technology integration on early product solutions o Give input to different development plans for process or design technologies, in terms of the requirements and maturity levels vs time, needed by the product solutions o Identify new opportunities for application of new technologies o Gather and present information to facilitate the decision making process at different levels of the organization o Acts as technical focal point in bench testing and engine-demonstrators for the validation of the technology integration on early prototypes o Define the technical requirements for future product solutions o In addition, responsible for the following documentation in demonstrator projects: Technical Requirement Specification, Design Verification Plan, Manufacturing Process Verification Plan, Design Verification Report, Demo EDP o Work with Team, Team Leader, other Technology Leads and stakeholders to identify dependencies, priorities, impediments, mitigation and resolution of issues. o Ability to mentor and coach junior team members and develop a strong domain expertize within the department. And the skills and experience required for the role are: o 15+ years of experience working in the development of technology and/or products for commercial jet engines or similar. o Experience leading multidisciplinary teams o Ability of balancing the input from different disciplines to reach the best compromise o Understanding and experience of the different steps in developing a product o Strong domain knowledge in gas turbine systems o Strong process knowledge in conceptual and detailed design phases o Deep technical knowledge in aero and aero thermal disciplines o Strong Background in CFD and Thermal areas o General engineering knowledge of solid mechanics, metallic materials, composite materials and manufacturing processes. o Experience with multi objective optimization, principles and methods o Experience working on innovative projects with creative quotient o Experience in technology development, knowledge of TRL-scales o Experience in prototype development and knowledge of product development process. o You have good communication skills, the ability to create effective networks and can take on a technical responsibility role Job Qualifications Essential: You have a comprehensive awareness of your specialist field outside of GKN and you have developed a vision for how technology and expertise should be developed within GKN. You have a strong and diverse engineering/technology knowledge base and a good business awareness, which enable you to synthesise strategy for our key products/technologies. You demonstrate design, critical and systems thinking mindset You demonstrate critical reasoning in relation to how your vision relates to GKN business goals. You have a good track record of executing complex development activities according to plan. You have a logical and methodical approach to project planning and costing. You have an extensive network and are recognised by others as someone with deep specialist knowledge in your specialist field. You are able to project your influence internally and externally to deliver goals. You are a strong self-starter, skilled in converting ambiguity into clarity, and translating goals into plans. Typically only requires general direction/strategic guidance (as opposed to being directed task-by-task). You have significant experience coaching/supervising upcoming talent. (desirable) You have experience engaging with production teams, and are able to translate your expertise to solve problems today. You have excellent interpersonal and communication skills, and can translate to a variety of technical and non-technical audiences. You are confident and able to represent your specialist area and GKN values in Executive level internal/external review meetings and conferences. Person specification (continued) Education: Required: Required: A bachelor degree in engineering relevant to the area of work, or experience of demonstrable equivalence. Desired: A higher degree qualification such as a Masters or PhD relevant to the area of work. We ll offer you fantastic challenges and amazing opportunities. This is your chance to be part of an organisation that has proven itself to be at the cutting edge of our industry; and is committed to pushing the boundaries even further. And with some of the best training on offer in the industry, who knows how far you can go A Great Place to work needs a Great Way of Working Everyone is welcome to apply to GKN. We believe that we can only achieve our ambitions through a coming together of diverse minds who enjoy collaborating in an inspirational environment. Through our commitment to diversity, inclusion and belonging and by living our five powerful principles we ve created a culture where everyone feels welcome to contribute. It s a culture that won us The Best Workplace Culture Award . By embracing and celebrating what makes us unique we encourage everyone to bring their full self to work. We re also committed to providing an accessible recruitment process, so if you require reasonable adjustments at any stage during our recruitment process please get in touch and let us know. We are the place where human dreams, plus human endeavour, shape the future of aerospace innovation and technology. #LI-HYBRID

Degreed Mechanical Engineer with at least 5+ years of Engineering experience in the Oil & Gas domain, reduced to 2-years for Masters/PhD candidates; Demonstrated experience in supporting engineering for subsea projects constrained by safety, quality, delivery, and cost requirements; Experience in reviewing engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results; Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, fluid dynamics, heat transfer) is required. Experience conducting design analysis - hoop stress, flexibility, buckling, burst, fatigue, etc; Work experience must include experience with various ASME, API, NORSOK, and DNV Codes and Standards as it relates to subsea equipment design and manufacturing.

Job Purpose Provides technically complex engineering solutions in particularly challenging project environments in accordance with TechnipFMC standards, procedures and processes, schedules and budget, with a continuous concern for quality, targets, and customer satisfaction. Independently perform structural design and analysis and supervise structural engineers performing design and analysis. Create, review and approve technical engineering documents. Manage project design reviews and constructability reviews. Provide sound engineering advice on subsea structural analysis and design to ensure efficient and cost-effective fabrication, handling and subsea installation. Ensure technical compliance and quality as well as ontimedelivery of all responsible deliverables. Ability to mentor and manage a team of engineers & designers. Attend meetings with project teams and interface with clients and be able to provide engineering recommendations and solutions. Drives innovative solutions to optimize subsea structures and improve efficiency. Demonstrated experience in supporting engineering for subsea projects constrained by safety, quality, delivery, and cost requirements. Travel to and attend site as required to guide, inspect or oversee fabrication of structural items. You are meant for this job if: BS degree in Engineering preferred or equivalent with 6 to 8 years of experience in the field. Sound understanding of Engineering practices, design methods & calculations. Experience in mentoring, leading a team of engineers & delivering projects. Experience in structural steel design preferably in Offshore and Subsea field (Accordance with applicable industry code DNV / ASME / API, etc.) and fatigue analysis. Experience in reviewing engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results. Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, strength of material, fluid dynamics) is required. Strong technical basis in engineering Experience in SACS / other beam element software. Knowledge in Finite element experience on ANSYS / Abaqus software. Ability to work in a team-oriented environment. Strong written and verbal communication skills in English with ability to effectively transfer subject matter expertise. Skills Project Management Presentation Skills Coaching Problem-solving Tools and Continuous Improvement Techniques

Job Description- Analysis center of excellence has an immediate opening for a Team Lead - FEA who will be technically leading & guiding a team of highly skilled engineers and performing engineering & technical activities in Mechanical & Structural design & analysis. This position engages with stakeholders to develop new analysis competencies by preparing a verified and validated model through collaborating with test engineers. Help supervisor in hiring right talent, train resources to make them productive and retain by creating high performance culture. Develops and maintains relationships and partnerships with customers, stakeholders, peers, and direct reports. This position provides guidance and technical approaches on products and processes to junior engineers. Also, responsible to deal with Vertiv global counterparts in the form of providing progress reports, project summaries, and other related technical documents. This position will also be responsible for coordinating and communicating regularly with experts in Vertiv organization around the world. This position will be located at Vertiv Global Engineering Center, Pune, India. Job Specifications: Must have Full Time ME / MTech. with specialization in Machine Design/ Aerospace/ Production from a reputed Institute. Must have minimum 12 years of experience in FEA domain and minimum 3 years of experience in people management. Must have expertise on Linear, Non-Linear, Modal and Vibration Analysis using ANSYS Software. Deep understanding of contact & material non-linearities and ability to debug convergence issues. Proficiency in model idealization and Able to prepare good quality Shell meshing & having knowledge of creating a solid mesh. Ability to do connections and integration (Weld/Bolt/contacts etc.) Sound knowledge of subjects like Solid mechanics/ FEM/ Strength of Material/ Mechanical Vibration. Expert in ability to interpret the FEA results and predict the root cause of failure. Validate concept designs using simulation techniques and determine design robustness, critical to function requirements. Capable of Handling Multiple Projects simultaneously. Provides technical leadership & coaching to the team to execute projects and recommend/make key engineering decisions. Deploy standardized process and work methodologies. Track monitor metrics for sustained performance covering quality & delivery. Must be flexible, with a high tolerance for organizational complexity and ability to work with partners across different cultures and time-zones. Work with Engineering team of different line of business for simulation need and recommend design changes as applicable. Experience in understanding top level functional requirement of a product. Desirable experience in telecommunication and electrical industry products. Knowledge of Seismic Analysis and industry standards (IBC, UL, and Telcordia) will be added advantage. Strong Conceptual, problem solving and Analytical Skills. Must be fluent in English with excellent communication skills - strong written and verbal. Ability to prepare comprehensive technical reports, crisp presentations, proposals, statements of work etc. Good experience with MS Office tools (Excel, Word, PowerPoint). Candidate must be a self-starter with a positive attitude, high ethics, and a track record of working successfully under pressure in a time-constrained environment.

RESPONSIBILITIES: Research and analyze customer design proposals, specifications, manuals, and other data to evaluate the feasibility, cost, and maintenance requirements of designs or applications Confer with engineers and other personnel to implement operating procedures, resolve system malfunctions, and provide technical information Specify system components or direct modification of products to ensure conformance with engineering design and performance specifications Research, design, evaluate, install, operate, and maintain mechanical products, equipment, systems and processes to meet requirements, applying knowledge of engineering principles Investigate equipment failures and difficulties to diagnose faulty operation, and to make recommendations to address issues Provide designs using drafting tools or computer-assisted design/drafting equipment and software Recommend design modifications to eliminate machine or system malfunctions Develop and test models of alternate designs and processing methods to assess feasibility, operating condition effects, possible new applications and necessity of modification Estimate costs and submit bids for engineering, construction, or extraction projects, and prepare contract Establish and coordinate the maintenance and safety procedures, service schedule, and supply of materials required to maintain machines and equipment in the prescribed condition Study industrial processes to determine where and how application of equipment can be made Write performance requirements for product development or engineering projects Design test control apparatus and equipment and develop procedures for testing products. Provide onsite support for such testing both onshore and offshore. QUALIFICATIONS: Bachelor of Mechanical Engineering with 6-9 years mechanical design experience; Strong knowledge of engineering statics/dynamics, solid mechanics, thermodynamics and fluid mechanics; Sound experience with Finite Element Analysis (ABAQUS preferred) and design by analysis methods; Ability to simplify complex engineering systems to deliver required design outcomes within time and budget constraints; Working knowledge of ASME Y 14.5 GD&T methods and multipart tolerance stack calculations; Proven problem solving and creative thinking ability as well as product design experience; Highly efficient user of Microsoft Office product suite; Strong verbal and written communication skills;