Role & responsibilities Working experience with expert level in Siemens-NX, using NXOpen in C#, NX Customization using UFUNC, C, C++, and Python languages. Good Knowledge and experience in using the CAD Tool NX Exposure to Mechanical Design, GD&T and Tolerance Stack-up. Exposure to Model Based Design and Model based Enterprise knowledge design and development and its Integration with Siemens NX CAD software. Have good knowledge on Aerospace systems and mechanical designs and experience in the design and development of the mechanical products. Parametric Modeling, Product Template development using Product Template Studio. Should have experience in the NX Installations, patch upgrades, Win Batch Scripting. Should have experience in the NX, CREO, and Mentor Graphics expertise in the architecture of software customization and handling the issues. Work experience in the areas of Aerospace mechanical design and NX customization. Preferred candidate profile Expert level in Siemens-NX, using NXOpen in C#, NX Customization using UFUNC, C, C++, and Python languages Application knowledge of Teamcenter and its Integration knowledge with Siemens NX. Should have experience in developing Teamcenter customization using SOA calls. Should have experience in the Integration of third-party applications

Role & responsibilities Develop and execute Software V&V plans, procedures, and reports in alignment with DO-178C, including activities for Level A/B/C software. Perform requirements-based testing (RBT) using low-level and high-level test cases. Own requirements traceability, coverage metrics, and verification artifacts for audits and certification packages. Conduct structural coverage analysis (e.g., statement, decision, MC/DC) using tools such as LDRA, VectorCAST, or RTRT. Ensure traceability between requirements, design, code, and test artifacts using tools like DOORS, Polarion, or Jama. Participate in software reviews, audits, and change impact analysis. Collaborate with development, quality assurance, and system engineering teams to ensure conformance with plans and standards. Support problem resolution, test debug, and root cause analysis of software defects. Assist in the qualification of software tools as required. Preferred candidate profile Bachelors or Master’s in Aerospace, Computer Science, Electronics, or Systems Engineering. Proficiency in C and C++ Experience in software testing or V&V for DO-178B/C-compliant aerospace projects. Strong understanding of software life cycle data artifacts required as per DO-178C. Proficiency in requirements management and traceability. Hands-on experience with unit testing, integration testing, and test automation tools. Familiarity with scripting languages (Python, Bash) and test harness frameworks. Coordinate with development, QA, and safety leads to address non-conformities, impact assessments, and change control.

Role & responsibilities Monitoring the health of the assets, the advisory will get an indication through a tool, Analysing the issue, how the issue can be fixed, what measures can be taken, and some other recommendations will also be given by the advisory to the dealer. Build collaborative relationships with other condition monitoring personnel (e.g., S•O•S Interpreter) and customer-facing Dealer representatives Use software tools (e.g., Microsoft Excel, Access) to analyse condition monitoring data Provide information for condition monitoring lead tracking and resolution Prepare written reports and recommendations as required by the Dealerships Communication is mandatory both Verbal and written, Email etiquette is mandatory. Preferred candidate profile Analyses condition monitoring data (S•O•SSM, inspections, electronic data, site conditions, equipment history) and provides relevant recommendations for the customer as indicated by the data. Key Skills-service field, field engineer, manufacturing plant, OEM, fleet monitoring, trouble shooting, Automobile, hydraulic , brake system, transmission. Electronic Fault codes- The Candidate should be able to Read the fault codes. Diverse profiles who have basic knowledge of heavy machinery (mechanical background) and are strong in communication. Education-Mechanical engineering, Automobile engineering, Aeronautical engineering, Electrical and Electronics engineering, Mechanisation Engineering, Production/Manufacturing engineering. Field/Trouble shooting experience (Service Engineer) in Machine, Automobile and Construction Industries would be an added advantage.

Role & responsibilities Performs the Creo Assembly and BOM updates in Windchill. Create sales order specific Creo and Windchill Parts for New Production. Manage ECT workflow in Windchill. Good knowledge in creating Part, Assembly, and Drawing in Creo. Experience with Creo and Windchill. Ability to interface with Engineering for clarifications in the Engineering input documents. Ability to read schematics, and bill of material. Knowledge of Industrial Turbine Machinery, including control, electrical and hydro-mechanical systems. The successful candidate will be a self-starter with the ability to work with minimal supervision. Possesses strong technical knowledge in a specific turbomachinery application such as Compressors, Generators, or mechanical drives. Preferred candidate profile Ability to read/understand P&ID and ELS (Schematic Diagrams). Good communication, organizational, teaming, mentoring and analytical skills are a must.

Role & responsibilities Strong experience in CREO modelling and detailing for supporting Hydraulics systems, light fab, hydraulics routing and drawing creation. Strong Communication and interpersonal skills. Knowledge in Teamcenter and QA tools. Preferred candidate profile Required Qualification : Diploma / BE/ BTech (Mechanical) Minimum 1-3 years of relevant work experience

Role & responsibilities Create and develop detailed mechanical designs with a focus on structural integrity, ensuring they meet all relevant standards and specifications. Perform comprehensive structural analysis and hand calculations to validate the performance and safety of designs under various loading conditions. Strong understanding of materials science and strength of materials. Work closely with cross-functional teams, including Electrical engineers, Manufacturing engineers to ensure seamless integration of designs into final products. Prepare Detailed engineering documentation, including detailed drawings, analysis reports and technical specifications. Stay updated on the latest industry trends, technologies and best practices to continuously enhance design process and product offerings. Ensure all designs comply with industry standards, regulations and safety protocols Must apply practical design considerations and utilise technical knowledge to achieve design objectives relative to manufacturability , cost, quality and durability. Preferred candidate profile Ability to produce both concept and Detailed design using CREO. Strong analytical and problem-solving skills with the ability to perform complex calculations and simulations. Strong structural validation knowledge using CREO Simulation or ANSYS. Strong knowledge in welding symbols and Standards API, ASME, ISA, ANSI & DIN Strong knowledge in Geometric Dimensioning and Tolerancing (GD&T). Good communication, organizational, teaming and analytical skills are a must.

Role & responsibilities Candidate should have a minimum qualification in B.E/BTech in Electronics/Electrical/Instrumentation/Computer Science with relevant experience of 5 to 10 years in LabVIEW. Experienced in using different versions of LabVIEW and latest version of LabVIEW with toolkits. Experienced in developing LabVIEW application using LabVIEW OOPS and Actor Framework. Understand the requirement, design, and develop the NI LabVIEW based data acquisition and control system. Experienced in developing modular, scalable applications using standard architecture in LabVIEW. Experienced in developing LabVIEW applications in Windows, RT Pharlap. Experienced in using and integrating all types of NI hardware i.e., PXI, CRIO, CDaq system etc. Experienced in working different communication protocols like TCP/IP, UDP, Serial, USB, CAN, GPIB etc. Experienced in integration of any Third-Party programable Instruments (Non-NI) i.e., Multimeter, Power Supplies, Oscilloscopes, Power Analyzers, Micro ohm meter etc. Experience in integration of any Third-Party controllers. Knowledge and experience in developing NI software driver for third party hardware and software will be added advantage. Good experience and knowledge in using the INCA software. Good understanding and experience in using ECU. Good experience in sensor selection, sensor wiring and troubleshooting the signals. Good experience in control panel schematics study, design, control panel hardware selection and troubleshooting. Ability to work individually and as a team. Good experience in interfacing Induction motors with VFD and Control system. Good knowledge in VFD basic configuration. Good experience in building UUT test setup, Daq and Controls I/O mapping. Hands on experience in signal level and system level troubleshooting of data acquisition and automated test system. Good documentation skills for capturing requirements, preparation of design and User Manual. Mandatory to have CLD or CLA Certification Preferred candidate profile The candidate shall interact and work with cross functional teams like Mechanical Engineer, Test Engineer, Lab team and Engineering team. The candidate shall be able to study and understand the project requirements. The candidate shall be capable of selecting suitable data acquisition system, controls system design, software architecture and development. Develop application software for new test setup and requirements. Upgrade existing software to cater for new test requirements. Selection of sensors, integrating with control system and software as per requirement. Documentation of software design, changes and update of user manual/SOP. Upgrading existing LabVIEW application software to new versions based on requirement. Troubleshooting and addressing any issues in controls and software. Testing and Validate application software before deploying it to the test setup. Preparing User manual/SOP and training the test engineer.

Role & responsibilities Manage primary and secondary flow for allocated Cis Ensure delivery of the DMU definition on time, on quality and on cost Ensure on-time availability of subparts (e.g. 924/IP) for associated Cis Create workprepas for associate CIs and launch workorders for suppliers Exchange daily with Airbus at the DRP the design progress, solve & escalate blocking points Launch release processes and secure compiler/design checker signatures (ideally himself) Perform quality root cause analyses together with suppliers Support config teams on TRS investigations & validate technical content, launch necessary DMU concepts and fill PZadvisor during ESI conf2 and ESI conf3 Provide DQN/RDR solutions in SAP (T100) and follow them until acceptance Deliver input for DRP planning and align planning with supplier Report status of each design solution via correct usage of tools Preferred candidate profile Hands on Exp on CATIA V5, with EHI, Pax & ESI Candidate must have worked in A350F or A350 Freighter only Check with the candidate if they are working has CI Responsible (very important skill) Candidate has good experience In System Installation Design Principles - SIDP

Role & responsibilities Good Manufacturing background in Stamping (Progressive, Inlay), Fabrication (Turret press, Laser, Welding, metal forming techniques), Plastics injection moulding(Thermoset & Thermo), Rubber molding (Compression, LSR, Rubber to metal), Insert molding & Thermoforming Sound knowledge in Nesting development for stamped & formed sheet metal and for Injection & Compression mold parts Hands-on experience with cost estimation/reduction techniques (DFA, DFM), tools (Siemens, aPriori, DFMAetc) & processes for mechanical, electrical and electronic parts/assemblies. Ability to analyze various cost scenarios is an added advantage. Exposure to castings & electrical products will be an added advantage. Good Automotive industry background. Have good understanding on Global Economics Data Has good Sourcing experience, Techno commercial, Global business understanding. Previous part manufacturing and assembly experience is highly desired. Proficient with either Pro Engineer software or at least CAD software Ability to identify and deploy process improvements Clear and concise verbal and written communication skills, with the ability to effectively Communicate project status and program needs across different levels of the organization and different operating environments In-depth understanding of manufacturing process of mechanical parts. Knowledge on electrical and electronics parts is an added advantage. Preferred candidate profile Tool design and industry background like NTTF, CIPET, GTTC and shop floor experience. The cost estimates will be used to drive strategic decisions related to Product pricing, Financial plan input, Sourcing decisions, and Negotiations with suppliers.

Role & responsibilities Proficient using Autodesk AutoCAD Electrical & able to use effectively. Able to create detailed technical drawings & schematics of Electrical Test Systems & sub systems. Have in depth knowledge about creating Cable Assembly, Wiring Harness, Interconnect diagrams, Loom diagrams, Layout Diagrams etc. Have good knowledge Engineering standards like IPC/WHMA-A-620, ASME Y14.100-2019 etc Knowledge of PCB Design, Schematics Capture in Mentor Graphics Tool Understanding of ATE Design with respect to Electrical Design Preferred candidate profile Electronics Design & Analysis Value Engineering Methodologies Evaluation of Electronic Circuits and Components w.r.t. design specifications and requirements Technical and Commercial evaluation of Electronic Components for Obsolescence and low cost NOTE_Candidate should apply if they are comfortable for F2F interview only