54 Comsol Jobs

Description We are seeking a motivated Junior Engineer Trainee specializing in Holography to join our innovative team. This role is ideal for candidates with 1-4 years of experience who are eager to develop their skills in holographic technologies and optical engineering. Responsibilities Assist in the design and development of holographic systems and applications. Collaborate with senior engineers to conduct experiments and analyze results. Support the testing and troubleshooting of holographic prototypes. Document technical processes and results for future reference. Participate in team meetings and contribute to project planning and updates. Skills and Qualifications Bachelor's degree in Physics, Engineering, Optics, or a related field. Basic understanding of holography and optical engineering principles. Familiarity with software tools for modeling and simulation (e.g., MATLAB, COMSOL). Knowledge of optical devices and components such as lasers, lenses, and detectors. Strong analytical and problem-solving skills. Ability to work collaboratively in a team environment. Excellent communication skills, both verbal and written.

Role Overview: As a part of the team at Hitachi Energy, you will have the opportunity to contribute your own ideas to identify, propose, and implement innovative technology development and solutions. You will be responsible for solving industrial problems independently, showcasing your technical expertise through various engineering assignments within projects, and actively participating in ongoing scientific discussions in your area. Key Responsibilities: - Run feasibility studies, propose and develop new technical concepts, design new products, and simulate their expected performance within the dielectrics field. - Provide technical support to factories in different stages of customer project execution, such as design clarification, simulation, dielectric, and insulation design. - Lead the implementation of new functionality in transformer insulation design tools, create technical requirements, support software developers in implementation, and test the quality of the solutions. - Formulate clear conclusions and practical recommendations for the business, transfer knowledge and findings through reports, specifications, and educational programs. - Develop, manage, and expand relationships with stakeholders, internal functions, Corporate Research Centers, and external relevant parties, providing proposals for possible partnerships. - Ensure compliance with applicable external and internal regulations, procedures, and guidelines, while embodying Hitachi Energy's core values of safety and integrity by taking responsibility for your actions and caring for colleagues and the business. Qualifications Required: - B. Tech, BE, ME, M.Tech, MS, or PhD in EEE, High Voltage Engineering, or Power System Engineering. - 4 to 10 years of proven experience in using simulation tools such as Ansys, Elecnet, COMSOL, and experience in designing and FEM based simulations. - Expertise in characterizing and modeling the dielectric properties of various materials, including permittivity, permeability, and loss tangent. - Deep understanding of insulation design, knowledge of CAD modeling software (CREO). - Excellent abilities in teamwork in international teams, with solid technical proficiency and understanding of the standard body of knowledge in the relevant technical field. - Experience with project management tools and models, both Agile and traditional, willingness to work in remote and diverse environments. - Proficiency in verbal and written communication skills in English, with excellent teamwork and collaboration skills being crucial for success.,

Job Summary We are seeking a highly skilled FAB Expert Process Engineer to lead and optimize process engineering efforts for semiconductor fabrication (FAB) facilities. The ideal candidate will have deep expertise in semiconductor manufacturing processes, equipment selection, and process flow optimization. This role involves collaborating with cross-functional teams, ensuring compliance with industry standards, and driving innovative solutions for process efficiency and cost optimization. Responsibilities: Process Design & Optimization: Develop and refine process workflows for semiconductor fabrication utilities Bulk Gases, Specialty Gases, UPW, DIW, ETPs, ZLD, Chemical Storage and Supply System. Identify and mitigate process bottlenecks through continuous improvement initiatives. Equipment & Technology Integration: Assess and recommend equipment for the semiconductor utility systems based on process needs e.g. Bulk Gases, Specialty Gases, UPW, DIW, ETPs, ZLD, Chemical Storage and Supply System. Collaborate with vendors for equipment selection, installation, and validation. Compliance & Standards: Ensure adherence to industry regulations (SEMI, ISO, OSHA, EPA, NFPA etc.). Work with regulatory bodies and internal teams to meet safety and environmental requirements. Collaboration & Coordination: Work closely with architects, MEP engineers, and facility planners for efficient utility layout designs. Coordinate with clients and stakeholders to align process requirements with project goals. Provide technical guidance to junior engineers and support training initiatives. Project Documentation: Understanding the utility requirements from TUM and prepare technical documentation, DBR, PFD, P&ID, equipment specifications and reports. Support feasibility studies, cost analysis, and risk assessments for FAB projects. Vendor evaluation and selection, Vendor Engineering Reviews Piping Layouts / Piping Distribution, Isometric Drawing preparation, BOQ generations. Process inputs for Control Logics. Assist in commissioning, qualification, and validation (CQV) of FAB processes. Qualifications Bachelor's or Masters degree in Chemical Engineering, Mechanical Engineering, or a related field. Ph.D. in semiconductor process engineering is a plus. 15+ years of experience in semiconductor fabrication, process engineering, or related fields. Hands-on experience with semiconductor utility design, Bulk Gases, Specialty Gases, Ultra-Pure Water (UPW), De-Ionised Water (DIW), Effluent Treatment, ZLD, Chemical Storage and Supply System Strong understanding of the semiconductor manufacturing processes (lithography, etching, deposition, CMP, metrology, etc.). Experience with process modeling and simulation tools is an advantage. Strong knowledge of utility design for the semiconductor FABs. Familiarity with process control methodologies (SPC, DOE, Six Sigma, Lean Manufacturing). Proficiency in software tools like AutoCAD, Revit, BIM, and other facility planning tools, process simulation tools (Aspen, COMSOL, etc.). Understanding of factory automation, Industry 4.0, and digital twin concepts is desirable. Excellent problem-solving, analytical, and decision-making abilities. Strong communication skills for cross-functional teamwork and client interactions. Ability to manage multiple projects and work in a fast-paced environment. Experience in greenfield and brownfield FAB design. Familiarity with sustainability practices in semiconductor manufacturing. Understanding of local authority regulations for FAB facility approvals and permitting

Job Title: Electrical Engineering Innovation Lead Job Location: Navi Mumbai Industry: Data Centers / Power Systems R&D Functional Area: Research & Development, Electrical Engineering Employment Type: Full-time Salary: Up to 50 LPA About Our Client Our client is a leading data center solutions provider focused on delivering mission-critical infrastructure and sustainable innovations across Asia. They are expanding rapidly and looking for passionate engineering leaders to drive cutting-edge power systems research and technology development. Job Overview: We are hiring an Electrical Engineering Innovation Lead to spearhead R&D in electrical power systems , with a strong focus on software-defined power solutions , stranded power management , and cost-saving technology innovations . Role & responsibilities Lead research and development initiatives in electrical power systems and software-defined power solutions Drive technology innovation to improve cost efficiency and system reliability Collaborate with design and engineering teams for new developments, infrastructure upgrades, and rectifications Conduct modeling, simulation, and data analysis using MATLAB and COMSOL Evaluate and integrate emerging technologies to enhance performance and reduce costs Perform quarterly reviews of technologies and commercial outcomes to guide R&D strategies Preferred candidate profile Education: Masters / Ph.D. in Electrical Engineering (Power Engineering preferred) Experience: 10+ years in electrical engineering, design, and R&D Mandatory: Hands-on expertise in MATLAB and COMSOL for simulations and modeling Strong background in power systems design, construction, and commissioning Exposure to data center environments preferred

Design & develop BMS, schematics, PCB & power circuits; conduct performance, safety & EMC tests; integrate with EV systems; prepare technical docs; ensure compliance with ISO/IEC standards & support certifications.

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

A Snapshot of Your Day As a member of an international product development team working on DC or AC distribution solutions for Industrial and Maritime Power Networks, you would be responsible for the design, development, and maintenance of safe, reliable and efficient battery systems (Cells, Battery, Battery Management, Battery Energy Storage) towards marine, offshore platforms and industrial plants. How Youll Make an Impact Ensure that battery systems meet safety standards and regulatory requirements specific to maritime and industrial environments, including certifications for hazardous locations. from conception through implementation, coordinating with cross-functional teams to ensure timely delivery and adherence to specifications. Provide technical support to customers and internal teams, including training on battery system and extended systems operation, maintenance, and troubleshooting. Engage in product selection activities based on market research, innovative and improved battery technologies, focusing on enhancing energy density, cycle life, and sustainability for industrial and maritime applications. Prepare comprehensive documentation, including design specifications, test plans, and compliance reports, to support project deliverables and regulatory submissions. What You Bring : A graduate or postgraduate degree in Electrical Engineering, Energy Systems, or a related field. : A minimum of 10-15 years of proven experience in cell technology,optimized design and development of battery packs, battery technology, energy storage systems, or power systems, with a focus on industrial and maritime applications. : Strong understanding of electrochemistry, power electronics, and energy management systems; proficiency in simulation and modeling software. : Relevant certifications in battery technology, maritime safety, or energy systems may be advantageous. : Excellent problem-solving abilities, strong communication skills, and the ability to work collaboratively in a team-oriented environment. Design and Simulation Tools: : Proficiency in Computer-Aided Design (CAD) tools such as AutoCAD, SolidWorks, or CATIA for designing battery enclosures and layouts. : Experience with simulation tools like MATLAB/Simulink, ANSYS, or COMSOL Multiphysics for modeling battery performance and thermal management. Battery Management System (BMS) Tools: : Familiarity with Battery Management System software for monitoring and managing battery performance, state of charge, and health. : Experience with data acquisition tools for collecting and analyzing performance data from battery systems during testing. Testing and Validation Equipment: : Knowledge of battery testing equipment such as cyclers, impedance analyzers, and environmental chambers for performance and safety testing. : Experience with tools for conducting safety assessments, including thermal runaway tests and short-circuit testing. Programming and Data Analysis: : Knowledge of programming languages such as Python, C++, or MATLAB for developing algorithms and analyzing data. : Experience with data analysis software like Excel, R, or Tableau for interpreting test results and performance metrics. Industry-Specific Knowledge: : Understanding of industry standards and regulations relevant to battery systems in industrial and maritime applications, such as IEC, UL, and DNV GL. : Familiarity with energy management systems and software used in industrial and maritime settings for optimizing energy use and battery integration.

: To lead the development of all aspects of research in Electrical Power Systems Engineering specifically in the space of software defined power ie managing stranded power in a DC. Collaborate with Design and Engineering (D&E) core teams to develop, implement, and manage the DC electrical designs for new development, infrastructure upgrades and rectifications. Specific actions is to look at incorporating the latest technologies with an outcome to reduce costs and bring in specific cost savings Participate in new technology insertions through collaboration with the core engineering team to provide site specific requirements during the development of BOD (even for site specific stuff) Quarterly review of technologies and commercials for key aspects Modelling, simulation and data management. Experience with simulation and modelling software (e.g., MATLAB, COMSOL)

Qualcomm India Private Limited is seeking a passionate Acoustic Engineer to join their Advanced Tech R&D team. As an Acoustic Engineer, you will be responsible for tuning and optimizing sound quality for a variety of products such as earbuds, phones, and vehicles. Your expertise in signal processing, acoustic simulation, and electroacoustic principles will be utilized to enhance the auditory experience of customers. Your responsibilities will include implementing, optimizing, and validating audio signal processing solutions for different audio systems. You will conduct acoustic analyses, develop acoustic models, and collaborate with cross-functional teams to integrate acoustic designs. Additionally, you will create performance reports, conduct audio listening experiments, and stay updated on the latest trends in acoustics. The minimum qualifications for this role include a strong foundation in signal processing, proficiency in Python and/or MATLAB, experience in audio signal modeling, and knowledge of programming languages such as C and C++. You should also have familiarity with audio systems tuning, sound system calibration, and machine learning applications to audio. Desired qualifications include experience in FEA, BEM methods, and COMSOL for acoustic simulation, working experience with ApX and HEAD Acoustics for acoustic data analysis, proficiency in statistical analysis tools like R, and knowledge of electroacoustic standards. Education requirements include a Master's degree in engineering, Acoustics, Physics, or a related field with 3+ years of experience, or a PhD in the same fields. Minimum qualifications for education include a Bachelor's degree in Engineering, Information Systems, Computer Science, or related fields with 2+ years of experience in Systems Engineering or related work. Qualcomm is an equal opportunity employer and is committed to providing reasonable accommodations for individuals with disabilities during the application/hiring process. If you would like more information about this role, please contact Qualcomm Careers.,

The Electromagnetics Lead leads the design in Electromagnetic (Motor) solutions towards delivering state of the art Electric Powertrains which are best in class performance and energy efficiency. This role requires deep knowledge of Electromagnetic design, Motor design, Motor Controls combined with a strategic approach to project management. Experience: 5-7 Years Location: Ahmedabad Lead, mentor, and manage a team of EM (Motor) designers and engineers. Lead the design and development of electromagnetic motor systems, including but not limited to permanent magnet motors, induction motors, and synchronous motors for various applications. Utilize advanced simulation tools (e.g., ANSYS Maxwell, COMSOL, FEMM, MATLAB) to model, analyze, and optimize the electromagnetic performance of motors. Address issues such as torque production, efficiency, heat generation, and power density. Drive optimization efforts across motor design parameters, including electromagnetic field distribution, thermal management, and material selection. Ensure designs balance performance, cost, manufacturability, and sustainability. Prepare and maintain thorough documentation of design processes, test plans, results, specifications, and reports. Ensure clear communication of design and testing details to internal teams and stakeholders. Skills & Qualifications: Bachelors or masters degree in electrical engineering, Mechanical Engineering, or a related field. Proven experience with Electromagnetic analysis and Motor design for Automotive or similar applications. In-depth knowledge of electromagnetic theory and its application in motor design. Proficiency with motor simulation tools (e.g., ANSYS Maxwell, COMSOL, FEMM, MATLAB, or equivalent). Strong understanding of motor design principles, including torque generation, efficiency, thermal management, and power density. Hands-on experience with prototype development, testing, and motor performance evaluation. Interested Please send your resume to antara.paranjape@matter.in,

As the lead in the development of research in Electrical Power Systems Engineering, your primary responsibility will be to focus on software defined power, specifically managing stranded power in a DC. You will collaborate closely with Design and Engineering (D&E) core teams to create, implement, and oversee DC electrical designs for various projects including new developments, infrastructure upgrades, and rectifications. Your role will involve integrating cutting-edge technologies to drive cost reductions and achieve specific cost savings. An essential aspect of your role will be to engage in new technology insertions by working closely with the core engineering team to define site-specific requirements during the development phase. You will also conduct quarterly reviews of technologies and commercial aspects to ensure alignment with project goals. Your expertise in modelling, simulation, and data management will be crucial for this role, with proficiency in simulation and modelling software such as MATLAB and COMSOL. In terms of work culture requirements, there may be instances where you will need to work beyond standard business hours to meet critical project deadlines, conduct research outreach activities, or deliver presentations at events. Your ability to work both independently and collaboratively within a team will be vital to ensure the success of applied research projects. To qualify for this position, you should hold a Masters or PhD degree in Electrical Engineering or an equivalent qualification from a recognized university. A specialization in Power Engineering would be advantageous. Additionally, you should have practical experience in the design, construction, and commissioning of medium/low voltage and high voltage electrical distribution systems, as well as AC/DC systems and associated power management/SCADA tools. Prior knowledge of power system condition monitoring would be beneficial for this role.,

Overview This role is a technical lead role within ICC, Hyderabad that will co-ordinate with Data Science and Analytics team on creation of new digital capabilities and sustaining existing digital capabilities. This role will act as the key technical expert dedicated to Foods Packaging Modeling & Simulation development (70%).This role also has the managerial responsibility of leading all DSA-ICC associates (30%). This role will act as one of the key technical specialists for packaging modeling & simulation. This role also will serve as local simulation team Lead to drive overall deliverables. The role will be responsible for performing simulations using FEM, DEM, CFD and other techniques and providing insights that influence the design and development of R&D applications, with focus on Foods Packaging applications. This role will also Collaborate with internal and external stakeholders in a global setting and will support Troubleshooting & Problem Solving to Diagnose and resolve issues related to simulation models and results.This role also is responsible for developing 3DX Apps, Graphical User Interfaces (GUI) and simulation templates. This role will also provide leadership to all simulation and modelling teams ( including other associates ). Responsibilities Lead a team of Modelling, Simulation and other SMES of DSA team ( Including Bev Pkgs Teams) based out of Hyderabad. Provide Strategic direction in alignment with global teams and ensure timely delivery of Committed projects. Functional Responsibilities Deliver Foods Packaging Simulation models and apps per Simulation Roadmap and Timeline above Deliver modeling and simulation projects using 3DX, other general purpose and specialized numerical software. Collaborate with Dassault experts directly on delivering perfect packaging simulation templates and apps Design and develop innovative experiments to validate and improve models. Support other senior simulation engineers on assigned simulation tasks including CAD creation, CAD cleaning, meshing, pre-processing, post processing, creating visuals of data Work with external partners, software vendor, university, engineering firms, to develop technologies needed to fulfil PepsiCo need. Additional responsibilities in combining physics-based simulation, sensor technology, data analytics (AI/ML) to deliver digitized innovation projects (digital twin), Support Computational Chemistry projects by data collection and literature research New technology introduction and implementation Qualifications PhD. with simulation concentration and 8+ years of work experience, MS with 10+ years experience Background in mechanical engineering, solid mechanics or related field Packaging experience with cardboard boxes, films, pallets, is a big plus but not necessary Hands-on experience with commercial software - CFD (ANSYS FLUENT, STAR-CCM+), FEA (ABAQUS, ANSYS Mechanical), DEM (ROCKY, EDEM), COMSOL. Knowledge about computational chemistry (hands on software experience with MOE, Shrodinger a plus) Experience designing and conducting physical testing required to formulate and/or calibrate models, i.e., Wind tunnel, mechanical testing, thermal measurements, Data Acquisition, High speed imagery, etc. Experience with Python, MATLAB, R, JMP a plus. Experience with VR/AR assets creation using KeyShot, Unity, Unreal, or Omniverse a plus. Knowledge and experience in food/beverage production and process engineering a plus - extrusion, drying, frying, mixing, filling, food safety. Strong project management and communication skills. Ability to collaborate with internal and external partners in a global setup. Robust understanding of engineering principle with experience in the area of fluid dynamics, thermodynamics and heat transfer. Experience with state-of-the-art modeling software that capable to model multi-physics problem involving multi-phase fluid flow and heat transfer in engineering and manufacturing processes. Knowledge of how to use simulation to evaluate new and novel technologies for PepsiCo's innovation in processing/packaging.

As an Electromagnetic Simulation Engineer at Volvo Group in Bangalore, you will play a crucial role in the transition from conventional powertrains to electromobility. Your expertise will be focused on the Electrical Simulation domain for Energy Storage System Battery Packs, contributing to the development and implementation of electromobility products for Trucks & Buses. You will collaborate with a team of passionate individuals dedicated to driving the electromobility product portfolio and creating opportunities across various business areas within Volvo Group. Simulation is a key component in the product development life cycle of electromobility, and your role will involve performing 3D Finite element electrostatic and electromagnetic simulations for electric vehicle components. This includes Energy storage system, E-Motor, and DC-DC components. Your responsibilities will include modeling component CAD, conducting simulations, validating results against experimental data, and collaborating with system engineers to integrate electromagnetic designs with overall system requirements. You will also analyze simulation outputs to enhance designs, propose solutions, and develop new simulation methods and tools. To excel in this position, you should possess a strong background in Electrical/Electronics Engineering with post-graduate or equivalent education, coupled with at least 3+ years of experience in the electrical simulation domain within the automotive industry. Proficiency in simulation tools such as Ansys Maxwell and COMSOL, along with CAD tool experience, is preferred. Your excellent communication skills will be essential in conveying simulation outputs to global stakeholders effectively. Personal characteristics such as ownership, assertive communication, attention to detail, analytical thinking, problem-solving abilities, flexibility, and a leadership mindset are highly valued for this role. You will be part of a diverse and collaborative team that fosters knowledge sharing, openness, and a supportive work environment. By joining Volvo Group, you will be contributing to shaping the future of efficient, safe, and sustainable transport solutions. This opportunity offers you a chance to work with some of the most innovative minds in the industry and make a positive impact on society. Embrace the challenge of developing next-gen technologies and sustainable solutions that will benefit future generations while being part of a global team united by a culture of care, inclusiveness, and empowerment.,

As a Lead Scientist, you will have a pivotal role in driving the Research and Development (R&D) efforts of the organization. We are looking for a visionary individual to lead the R&D initiatives in the design, synthesis, fabrication, and optimization of Aluminum-ion battery Research. Your primary focus will be on material design, electrolyte synthesis, and cell development to facilitate groundbreaking advancements in energy storage. In the realm of Materials Development, you will design and optimize high-performance cathode and anode materials such as high-entropy metal oxides, metal alloys, and composites. Your expertise will be crucial in utilizing advanced synthesis techniques, both organic and inorganic, along with other modification strategies to enhance material properties. In the domain of Electrolyte Engineering, you will be responsible for developing innovative aqueous and ionic liquid electrolytes with exceptional ionic conductivity and electrochemical stability. Additionally, you will explore non-aqueous electrolyte formulations to enhance safety and performance, with a specific focus on SEI layer stabilization, dendrite suppression, and electrolyte-component compatibility. Your role will also involve Performance Optimization and Testing, where you will conduct advanced electrochemical testing including CV, galvanostatic cycling, EIS to evaluate energy density, power density, cycle life, and thermal stability. Moreover, you will perform in-depth failure analysis to identify root causes and optimize battery performance. In terms of Advanced Characterization, you will utilize cutting-edge techniques such as XRD, SEM, FTIR to analyze materials, electrolytes, and interfacial interactions. Your investigations will revolve around degradation mechanisms to enhance battery longevity and reliability. What You Bring to this role: - A Ph.D. or Master's degree in Electrochemistry, Materials Science, Chemistry, or related fields. - Proven expertise in AIB materials, ionic liquid electrolytes, and battery cell fabrication and testing. - Hands-on experience with advanced electrochemical testing techniques and material characterization methods. - Strong understanding of thermal management, dendrite mitigation, and SEI layer engineering. - Familiarity with simulation tools (COMSOL, ANSYS Fluent) for battery system modeling. - A track record of publications, patents, and contributions to the field of AIB technology and other battery technologies.,

As a Mechanical Design Trainee at Atlas Transformers India Limited (Por), you will be an essential part of the engineering team, contributing to the design and development of mechanical components and systems. Your role will involve utilizing CAD software, participating in prototyping, and adhering to industry standards. This position offers a valuable opportunity for individuals who have recently graduated or are currently pursuing a degree in mechanical engineering or a related field. Your responsibilities will include assisting in the creation and modification of 2D and 3D models, collaborating with senior engineers in testing and evaluating mechanical systems, and contributing innovative ideas during design reviews. Additionally, you will be involved in preparing technical drawings, performing engineering calculations, and ensuring compliance with relevant industry standards and regulations. Your role will also require you to work closely with cross-functional teams to address design and production challenges. To excel in this role, you should be currently pursuing or have recently completed a Bachelor's degree in Mechanical Engineering or a related field. It is essential to have a solid understanding of mechanical design principles, proficiency in CAD software such as SolidWorks or AutoCAD, and basic knowledge of materials and manufacturing processes. Strong analytical skills, excellent communication abilities, and a willingness to learn in a dynamic environment are key traits for success in this position. Moreover, having previous internship or project experience in mechanical design, exposure to simulation tools like ANSYS or COMSOL, and knowledge of PLM systems and technical documentation standards will be advantageous. This is a full-time position that requires in-person work at the specified location. Join us as a Mechanical Design Trainee and embark on a rewarding journey of professional growth and skill development within our esteemed organization.,

Department: Refrigerator R&D / Acoustic & Thermal Engineering Reporting To: Refrigerator Head R&D Job Type: Full-Time Job Summary: We are looking for a technically proficient engineer with experience in noise reduction and thermal insulation technologies for refrigerators. The candidate will contribute to the design, testing, and optimization of acoustic and insulation systems to enhance product performance, user comfort, and energy efficiency. Key Responsibilities: Acoustic Engineering: Analyze and reduce noise sources from compressors, fan motors, and structural vibrations. Conduct sound level measurements and frequency analysis using acoustic testing equipment. Collaborate with design teams to implement noise-dampening materials and structural modifications. Insulation Systems: Evaluate and optimize insulation materials (PU foam, vacuum panels, etc.) for thermal efficiency. Support development of insulation layouts to minimize heat transfer and improve energy ratings. Work with suppliers to validate material specifications and performance. Testing & Validation: Perform lab and field tests for noise and thermal performance under various operating conditions. Use tools like sound level meters, thermal cameras, and data loggers for diagnostics. Document test results and recommend design improvements. Compliance & Standards: Ensure products meet international noise and insulation standards (e.g., ISO 3744, IEC 60704). Support certification processes and regulatory documentation. Bachelors degree in Mechanical Engineering, Acoustics, Materials Science, or related field. 2–8 years of experience in noise control or insulation engineering, preferably in home appliances. Familiarity with acoustic simulation tools (e.g., LMS Virtual.Lab, COMSOL) and thermal modeling. Hands-on experience with sound measurement equipment and insulation testing methods. Preferred Skills: Knowledge of refrigerator systems and component-level noise sources. Experience with PU foaming processes and insulation material selection. Strong analytical and problem-solving skills. Good communication and cross-functional collaboration abilities. Career Path: This role offers advancement into senior acoustic/thermal engineering roles, product architecture, or cross-functional leadership in appliance innovation.

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

Role & responsibilities The Sales Engineer is a customer facing role, responsible for the complete sales process - demand creation, mapping of accounts and closure. The candidate should be able to effectively communicate EDA / MCAD product capabilities and the benefits of the solutions through presentations and sales demonstrations. Conduct discovery and requirements gathering sessions to analyze and understand customer needs, workflows and technical requirements. Develop and/or collate sample documents, applications and other sales enablement materials for use during the sales and marketing sessions. Collaborate with Technical and services teams to specify, recommend and architect comprehensive customer solutions Required Skills : Sales experience in Aerospace & Defense industry Knowledge on EDA tools Siemens EDA / Cadence / Synopsys Knowledge on MCAD tools Cero(ProE)/UGNX/Catia/Solid edge/Solid works/Inventor Knowledge on CAE Tools Ansys/Nastran/Adams/Altair Must be aware about the complete sales cycle He should have handled defense accounts in South preferably. Responsibilities: Discussing customer's needs and identifying suitable product mix Conducting presentation on products/concepts Handling sales queries and problems of clients Conducting product seminars and conferences at industry Soft Skills: Excellence in teamwork. Possess conceptual, analytical and presentation skills. Creative, dynamic & confident. Should be an initiator Able to work under pressure. Should be able to work under different cultures. Willingness to travel. Good convincing skills are required Interested candidates can connect on +91-6392746144 (WhatsApp & Calling) or arpitag@smart-source.in Thanks & Regards Arpita Gupta HR Executive

Job title: Battery Structural Integrity Analysis Lead (Mechanical) Company: Enovix Location: Gachibowli, Hyderabad About the Company: Enovix (Nasdaq: ENVX) is a US $3.2 Billion Li-ion billion battery company based in Fremont, California and operating at Penang, Malaysia and Hyderabad, India. With our patented 3D battery architecture and 100% active silicon anodes we have demonstrated 50-100% more energy than conventional cells. Our product has been tested and validated by industry giants in the mobile electronics and EV markets. Were looking to hire professionals to help support our Li-ion battery production facilities. Come join our dynamic team to revolutionize the battery industry and the devices they power. https://www.enovix.com/ Objective for Current Openings : Senior experienced Mechanical Engineer with demonstrated technical leadership, strategic vision and project execution capability with deep expertise in Mechanical Engineering principles. Job Description Develop high-accuracy micro and macro scale ANSYS Mechanical / COMSOL / LS-Dyna models for battery structures, weld / adhesive failures, and dynamic fatigue (validated with nCode). Predict high quality stress-strain behavior and fatigue life of Enovix battery structures. Create reduced order models (ROM) to accelerate system simulations. Transform FEA insights into optimal designs using DOE and / or optiSLang. Material testing and designing of fixtures. Resolve structural failures with root cause analysis. Identify and define optimal operating zones for Process tools and equipment related to battery design and manufacturing. Ensure integrity and safety of battery structure for various quality checks like drop, crush tests etc. Understand and improve the raw material supply chain quality and design rules for manufacturability (DFM). Integrated modelling of mechanical, thermal and electrochemical aspects involved in battery manufacturing process and/or battery operation. Proven technical leadership and ability to handle cross functional roles, project planning / execution and working with operations and executive leadership. Decision making under uncertainty, comfortable making high-stake decisions in fast paced research environment. Be prepared for occasional travel up to 15% of the time to support production launch and ramp activities, including supplier visits and on-site support at company facilities. Required Skills & Qualifications Mechanical design mastery: Deep understanding of FEA, thermal, fluid systems, and materials with experience in coding and use of FEA software. Familiarity with material testing and equipment / instruments used in such tests. 15+ years?of mechanical engineering experience, with at least?5 years in technical leadership roles. Masters or PhD in mechanical engineering or related field. Excellent communication: Can clearly articulate complex technical ideas to non-engineers. Product lifecycle management: Experience from concept through prototyping and research to mass production. Preferred Skills Manufacturing knowledge: Familiarity with DFM, supply chain and vendor quality management. Systems thinking: Ability to integrate mechanical systems with electrical, firmware and software components. Industry experience solving mechanical engineering problems in battery, micro-electronics, mobiles, MEMS devices is a plus. Corrosion and embrittlement assessment is a plus. Experience with Computer-Aided Design (CAD) is a plus. Show more Show less

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

EV Powertrain Simulation(Thermal) Location: Bengaluru/Pune, India | Employment Type: Full-time About ALTEN India ALTEN India is the strategic delivery hub of the ALTEN Group - a global leader in engineering and technology consulting. Established in 2010, ALTEN India specializes in cutting-edge engineering, digital transformation, semiconductor, and AI-driven solutions. From its humble beginnings in 2010 with a team of 80, ALTEN India has grown exponentially to a workforce of over 8,500 professionals. With operations in 11 Centres of Excellence across 8 key Indian cities, the company serves global clients across sectors including automotive, aerospace & defense, telecom, consumer technologies, industrial manufacturing, and life sciences. Know More: Know More: https://www.alten-india.com Key Responsibilities Develop thermal models for EV powertrain components (motors, inverters, batteries). Simulate heat transfer, cooling systems, and thermal management strategies. Analyze simulation data to optimize thermal performance and efficiency. Validate models with physical testing and real-world data. Collaborate with design teams to integrate thermal solutions. Required Skills & Qualifications Bachelors/masters in mechanical, thermal, or automotive engineering. Expertise in thermal dynamics, heat transfer, and EV systems. Proficiency in CFD tools (ANSYS Fluent, COMSOL) and MATLAB/Simulink. 8+ years in thermal simulation for EV powertrains or related fields. Strong analytical and cross-functional collaboration skills. Education & Experience Bachelors or masters degree in mechanical engineering field. Experience 6-9 Years Why Join ALTEN India Opportunity to work with leading global aerospace clients. Dynamic, innovation-driven environment with exposure to cutting-edge technologies. Continuous learning and career growth opportunities. Inclusive and collaborative workplace culture. Show more Show less

The opportunity As an experienced Structural R&D Engineer, you will join the Global Multi-Physics Simulation (GLOMUS) network team. You will be part of a group of key people with specific expertise in the fields of electrical, structural, acoustic, thermo-mechanic, and fluid-dynamics analyses, simulation, and testing. Being part of our global R&D community, including Technology Centers and Research Centers worldwide, you will contribute to supporting all factories in the Product Group Transformers, Insulation, and Components on innovative and challenging development projects. Your focus will be on developing new technologies and products, optimizing existing ones, and supporting different engineering offices around the world. How you will make an impact You will be responsible for creating and improving analytical tools and finite element methodologies and automations for structural, static, fatigue, and dynamic analysis. You will play a crucial role in the design process by proposing new ideas through concept design, prototyping, and verification all the way to production. Supporting new product development projects will be a key part of your role, focusing on mechanical design and simulation tasks involving multi-disciplinary areas such as static, dynamic, thermal, and seismic simulations. You will also conduct mechanical and seismic feasibility studies, including design calculations, preparation of design specifications, and technical documents. Providing timely and effective support to facilitate the transfer of technology and knowledge from GLOMUS to other technical centers will also be part of your responsibilities. Additionally, you will be involved in the preparation of 3D CAD Models, drawings, FE-simulation models, test procedures, and documentation. Living Hitachi Energy's core values of safety and integrity will be crucial, ensuring compliance with applicable external and internal regulations, procedures, and guidelines. Your background You should hold a Masters's degree in mechanical, aerospace engineering, or physics, with a strong foundation in structural dynamics and vibrations. A minimum of 3 years of relevant experience in Mechanical, static, fatigue, and dynamic simulations is required. A deep understanding of mechanical core competences, material selection, and manufacturing methods is essential. Knowledge of high voltage products would be beneficial. Advanced skills in numerical methods for Mechanical simulations are necessary, with experience in software suites like ANSYS Workbench or COMSOL being preferential. Knowledge of programming languages such as MATLAB, Mathcad, Python, and Ansys ACT is important for creating custom simulations and analyzing data. Good proficiency in 3D-CAD modeling and knowledge of cPLM and Windchill is desired. Experience with structural testing, fiber optics, and application of different sensors (e.g., strain gauges, load cells, accelerometers) would be advantageous. You should bring a high level of self-motivation, curiosity, and a desire to learn new technologies and simulation methodologies. The ability to work independently with minimal supervision as well as collaborate effectively in a team to deliver high-quality results on time is essential. As you will be part of a global business, willingness to travel and fluency in written and spoken English are required.,

Key Responsibilities: Develop, validate, and implement numerical models to address complex engineering problems in heat and mass transfer, viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and CFD. Collaborate with cross-functional teams globally to address R&D challenges and deliver solutions. Create models using numerical methods and software, expanding modeling capabilities as needed. Translate real-world problems into solvable modeling objectives, providing actionable insights. Communicate and present updates to stakeholders across global locations. Document results and findings via internal reports and external publications. Stay at the technological forefront in modeling, simulation, and applied mechanics. Required Skills: Expertise in fluid dynamics, including heat and mass transfer, highly viscous flows, reaction engineering, combustion, multiphase flows, turbulence, and numerical techniques. Hands-on experience with commercial/open-source CFD software such as FLUENT, Polyflow, Ansys-Thermal, OpenFOAM, COMSOL, SpaceClaim, ANSYS Meshing, MATLAB, and Tecplot. Proficiency in programming languages such as C/C++, Unix, Shell, and Python. Strong analytical, diagnostic, and problem-solving skills. Ability to break down complex real-world problems into solvable modeling objectives. Versatility in adapting to various technology areas with a balanced technical depth and breadth. Self-motivated with a long-term interest in technical growth. Desired Skills: Familiarity with polymer processing, viscoelastic flow, or injection molding modeling. Proficiency in OpenFOAM and commercial tools like MoldFlow or Moldex3D. Exposure to AI, ML, and Data Analytics techniques as applied to modeling, simulation, or materials science. Familiarity with statistical methods, machine learning frameworks (e.g., TensorFlow, PyTorch), or data visualization tools. Experience working in an industrial R&D environment. Knowledge of data-driven modeling, optimization, or predictive analytics. Ability to integrate physics-based models with data-driven approaches to enhance predictive capabilities. Soft Skills: Highly collaborative, fostering open engagement with colleagues to achieve project goals. Strong technical curiosity with a desire to continually learn and grow in diverse technology areas. Ability to translate complex technical concepts into simplified explanations for broader audiences. Self-driven with the ability to manage independent workstreams effectively. Effective communication skills for remote collaboration with global teams via phone and video calls. Education and Experience: PhD, Master's, or Dual Degree in Mechanical Engineering (Fluid and Thermal), Aerospace Engineering, or Chemical Engineering with a strong emphasis on heat and mass transfer, fluid flow, and CFD. Graduates from IITs, IISc, or other reputed institutions (including leading foreign universities) are preferred. Candidates with 4+ years of relevant experience post-Masters/Dual Degree or 2+ years of relevant experience post-PhD are encouraged to apply. Exceptionally bright candidates with lesser experience but a proven track record of excellence and strong capabilities are also invited to apply.

At Triveni Wires, we are dedicated to developing cutting-edge battery technologies that have a tangible impact on the world. Our focus lies in enhancing material performance, revolutionizing manufacturing processes, and incorporating AI into battery design and testing. We excel at the intersection of science, engineering, and adaptability. We are currently looking for individuals with inquisitive minds who can swiftly acquire new knowledge, create prototypes, conduct thorough testing, and evolve alongside our organization. As a technical generalist at Triveni Wires, you will be comfortable transitioning between laboratory work, simulations, data analysis, and brainstorming sessions. Whether you have experience with lithium-ion, solid-state, sodium-ion batteries, or possess a strong background in chemistry or materials science with a fervent desire to innovate battery technology, we welcome individuals who enjoy experimentation, iteration, and multidisciplinary thinking. Your responsibilities will include staying abreast of the latest scientific literature to propose novel ideas and enhancements, designing and conducting experiments on battery materials, electrodes, and complete cell configurations, evaluating performance metrics such as cycle life, energy density, conductivity, and degradation, collaborating with diverse teams to implement insights for design enhancements, assisting in the creation of test protocols and standard operating procedures, and exploring AI/ML or simulation tools like COMSOL, PyBaMM, and DFT if you have a penchant for technology and software. The ideal candidate should possess a Bachelor's or Master's degree in Chemical Engineering, Materials Science, Physics, Electrochemistry, or a related field. Hands-on experience in working with batteries or electrochemical systems is essential, along with a keen interest in cross-functional collaboration across the lab, literature review, computational analysis, and real-world application. Familiarity with characterization techniques such as SEM, XRD, and EIS is beneficial. We value individuals who are naturally curious, resourceful, proactive learners, and candidates with coding or simulation experience in Python, MATLAB, COMSOL, or PyBaMM are a plus. By joining our team, you will have the opportunity to collaborate directly with our founders and senior researchers on pioneering battery R&D projects. You will play a pivotal role in influencing the trajectory of innovation within a dynamic deep-tech environment. Additionally, you will gain access to a vast network of global collaborators and be exposed to the complete cycle of battery development. We offer a flexible work culture that prioritizes personal and professional growth.,

About the Institution Situated amidst the tranquil greenery of Vandalur, Chennai, B.S. Abdur Rahman Crescent Institute of Science and Technology stands as a beacon of academic excellence since its establishment in 1984. With a rich legacy of over 40 years, the institution has progressively expanded its academic portfolio, currently offering 57 programs across 12 schools, including Ph.D. opportunities spanning all disciplines. As a burgeoning leader in higher education, the institute is dedicated to providing top-notch education, fostering strong industry connections, and creating exceptional placement avenues, all while nurturing an entrepreneurial spirit among its students. Embracing a diverse student body from around the world, our programs are meticulously crafted to equip students with the requisite knowledge and skills to realize their ambitions and flourish in their chosen careers. About the Department of Mechanical Engineering Founded in 1984, the Department of Mechanical Engineering has been a cornerstone of the institute from its inception. The department's programs hold accreditations from the National Board of Accreditation (NBA), underscoring its commitment to upholding the highest academic standards. With a profound focus on innovation, research, and industry partnerships, the department prides itself on preparing students for success in academia and the professional realm. Role Description We are in search of a highly driven PhD student to join our esteemed research team at B.S. Abdur Rahman University (Formerly Crescent Engineering College) in Chennai. This is a full-time, on-site, 4-year PhD program dedicated to advancing research in machine condition monitoring and predictive maintenance. As a PhD student, your responsibilities will include: - Engaging in cutting-edge research on machine condition monitoring, vibration analysis, and fault diagnosis. - Formulating and executing advanced data analysis techniques to evaluate machine health. - Disseminating research discoveries through publications in peer-reviewed journals and presentations at academic conferences. - Collaborating with faculty members, industry affiliates, and fellow researchers. - Contributing to teaching activities, mentoring undergraduate or master's students, and participating in departmental seminars. The Challenge In industrial settings, ensuring the reliability and efficiency of machinery is paramount to minimizing downtime and curbing maintenance expenses. Nevertheless, traditional maintenance methods often fall short in accurately predicting failures, resulting in unforeseen breakdowns and costly repairs. The primary scientific challenges in this research endeavor encompass: - Developing robust predictive maintenance strategies to optimize machine performance. - Understanding and mitigating wear, degradation, and failure modes in mechanical systems. - Exploring advanced condition monitoring techniques like vibration analysis, acoustic emissions, and thermal imaging. - Integrating machine learning and signal processing to bolster fault detection and diagnostics. - Embedding the devised framework into real-time IoT-based monitoring systems for continual condition assessment and decision-making. This PhD position offers a unique opportunity to address these challenges through experimental studies, data-driven approaches, and computational modeling over a span of four years. Your Profile We seek candidates who fulfill the following criteria: - Possession of a Master's degree in Mechanical Engineering or a closely related field with a track record of exceptional academic performance. - A keen interest in machine condition monitoring, predictive maintenance, and asset management. - Proficiency in signal processing, vibration analysis, and fault diagnosis, or a readiness to acquire these skills. - Independent problem-solving abilities, innovative thinking, and a hands-on research mindset. - Aptitude for working in a multidisciplinary research environment and fostering effective collaborations. - Strong analytical skills coupled with an engineering-oriented, goal-driven approach. - Experience or interest in IoT-based condition monitoring and real-time data acquisition. - Technical Skills: Proficiency in MATLAB, Python, AWS, IoT, Origin, and COMSOL. - Excellent written and verbal communication skills in English. For candidates interested in this opportunity, we encourage you to apply now or reach out for additional information! To apply, kindly forward your CV to Dr. Syed Shaul Hameed at syedshaulhameed@crescent.education. Want to Know More Should you have any queries regarding this PhD position, do not hesitate to contact: Dr. Syed Shaul Hameed Assistant Professor (Senior Grade) syedshaulhameed@crescent.education Department of Mechanical Engineering B.S. Abdur Rahman Crescent Institute of Science and Technology For inquiries pertaining to the research scope, position specifics, or application process, Dr. Syed will be delighted to assist you. For general information, please refer to the brochure. Admission to Ph.D. - Crescent University,