1 Composite Structures Jobs nearby Bangalore

As a Senior Design Engineer in the Aerospace Industry at our in-house Product Development Centre specializing in designing, developing, engineering, and manufacturing indigenous unmanned aerial vehicles (UAVs), your role will involve aerostructure design to support the research and development of Unmanned Aerial Systems (UAS). You will have the opportunity to create new designs from scratch or re-design existing products, guiding them through all stages of design & development, testing, certification, until the final handover to production. Key Responsibilities: - Conceptualize and develop designs for various aerostructure components such as wings, fuselage, tail, landing gear, and mechanical systems like thermal management, actuation mechanisms, etc. - Identify and propose design solutions for new components or modifications to existing ones, considering factors like loading, materials, quality, manufacturability, cost, and serviceability. - Gain exposure to different kinds and types of Aerospace materials and manufacturing processes. - Prepare detailed manufacturing drawings and other engineering documentation, preferably adhering to GD&T ANSI 14.5 standards. - Develop DFMEA (Design Failure Mode and Effect Analysis) for complex aerostructure parts, sub-assemblies, and complete airframe assemblies, and implement the outcomes into Design and Manufacturing processes. - Implement Design for Manufacturing & Assembly (DFMA) and Design for Serviceability and Maintainability to mature the design at an early stage of development. - Collaborate with cross-functional teams, including aerodynamics, propulsion, avionics, and manufacturing, to develop and integrate systems. - Support the design, development, and testing of rigs and prototypes. - Manage the configuration of aircraft structures. - Use standardized technology/process/tool choices for continuously improving reliability, predictability, and usability. - Keep up to date with the latest materials, manufacturing technologies, and methodologies. - Provide guidance and support to junior team members technically. - Ensure designs meet safety regulations and industry standards (e.g., CEMILAC/DGCA/MIL, etc.). Skills & Qualifications: - Bachelors or Masters degree in Mechanical/Aeronautical Engineering. - Strong experience in Structure design, Mechanisms Materials, and Manufacturing processes. - 10 to 15 years of industry experience in a Design Engineer role. - Exposure in Aerospace/UAS design and development will be preferred. - Hands-on experience with aerospace CAD software tools, preferably Creo, and PLM tools, preferably Windchill. - Familiarity with regulatory compliance and standards in the aerospace industry. - Ability to carry out hand calculations based on functional requirements and deliver innovative solutions. - Experience with metallic, composite, and plastic materials. If there are any additional details about the company in the job description, they will be included here. Otherwise, this section will be omitted. This position is based in Bangalore.,

Role Overview You will be responsible for supporting the design, development, and validation of Workday integrations. Your role will involve utilizing your expertise in Workday Studio and manual testing to collaborate with functional and technical teams in delivering high-quality solutions. Key Responsibilities - Design, build, and maintain complex integrations using Workday Studio. - Conduct manual testing for integrations, reports, and end-to-end Workday processes. - Analyze business and functional requirements to define technical integration specifications. - Participate in all phases of the SDLC including requirement gathering, development, testing, deployment, and support. - Perform impact analysis, defect tracking, and root cause identification for integration issues. - Work closely with Workday functional teams, HR stakeholders, and external partners. - Validate integration outputs, transformation logic, and data accuracy. - Document technical designs, test cases, system behaviors, and deployment steps. - Support production releases, regression testing, and ongoing maintenance. - Provide expert insights and recommendations for improving integration quality and system performance. Required Skills & Experience - Strong hands-on experience with Workday Studio integrations. - Expertise in manual testing of integrations, business processes, and Workday modules. - Knowledge of Workday integration technologies (EIB, Core Connectors, REST/SOAP APIs). - Strong understanding of data mapping, transformation logic, and error handling. - Good knowledge of Workday HCM data structures and security. - Ability to create test plans, test cases, and defect logs. - Strong analytical, troubleshooting, and problem-solving skills. - Excellent communication and stakeholder management skills. Good-to-Have Skills - Experience with Workday Reporting (Advanced, Matrix, Composite). - Familiarity with automation testing tools (if applicable). - Workday certification in Integrations or Studio. Education & Experience - Minimum 5-10 years of Workday integration experience. - Bachelor's degree or 15 years of full-time education.,

As a Mechanical or Aerospace Engineer with a minimum of 5 years of experience in CATIA V5, you will be responsible for the following: - Analyze and interpret engineering inputs such as Change Requests, Technical Requirement Documents (TRDs), and customer specifications. - Design and model components using CATIA V5, including Part Design, Surface Design, Assembly, Sheet Metal, and Drafting. - Develop detailed designs focusing on metallic structures with foundational knowledge of sheet metal, casting, and forging. - Perform detailed and assembly-level dimensional stack-ups. - Support material selection and conduct component weight assessments. - Select appropriate fasteners based on structural requirements and design standards. - Conduct trade studies and evaluations to assist in design decisions. - Apply Geometric Dimensioning and Tolerancing (GD&T) and create Model-Based Definitions (MBD). - Generate 3D PDF and technical documentation. - Have knowledge in Teamcenter. - Contribute to Interface Control Document (ICD) creation (preferred). Preferred Qualifications: - Experience with Nacelle systems and structural components. - Knowledge of aerospace structural design involving both metallic and composite materials. You should have a Bachelor's degree in Mechanical, Aerospace Engineering, or a related field, along with a minimum of 5 years of experience with CATIA V5. Familiarity with CATIA CPD (Composites Part Design) is a plus. Additionally, you should have proficiency in Microsoft Word, a strong working knowledge of Excel and PowerPoint, a solid understanding of aerospace structural design and industry standards, and overall awareness of manufacturing processes and design-for-manufacture principles.,

Role Overview: As the Manager - Structures & DfAM, you will lead, mentor, and contribute a dedicated group of mechanical and aerospace engineers to deliver innovative and high-quality projects on time, within budget, and with optimal resource allocation. You will drive design excellence, integrate engineering best practices, and ensure rigorous adherence to mechanical engineering principles across all projects while collaborating closely with both internal and external stakeholders. This role is pivotal in driving innovation and continuously improving design and development processes in line with strategic organizational goals. Key Responsibilities & Accountabilities: - Team Leadership - Contribute to, supervise, motivate, and develop a team of mechanical and aerospace engineers. - Foster a collaborative environment, ensuring that all team members work cohesively towards project objectives. - Project Management - Oversee the entire project lifecycle from conceptual design through implementation ensuring adherence to timelines, budgets, and resource plans. - Implement robust project management methodologies to track progress, manage risks, and resolve issues promptly. - Conduct periodic progress reviews and adjust resource allocation as necessary to mitigate risks and overcome challenges. - Technical Oversight - Direct the design, simulation, prototyping, and testing of mechanical systems and structures, ensuring compliance with industry standards. - Ensure that engineering practices such as DFMA (Design for Manufacture and Assembly), Design for Additive Manufacturing (DfAM), Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Optimization methodologies, and quality control processes are rigorously applied. - Drive design trade-offs and decision-making processes to balance performance, cost, and reliability. - Quality Assurance & Risk Management - Ensure all projects exceed customer expectations through rigorous adherence to quality standards. - Establish robust risk assessment and mitigation protocols to address challenges proactively throughout project lifecycles. - Stakeholder Engagement - Collaborate with internal cross-functional teams (e.g., electrical, software, production, quality assurance) to ensure integrated project execution. - Engage with external stakeholders including clients, suppliers, and regulatory bodies to align project requirements and secure necessary resources and approvals. - Represent the team in technical forums and strategic meetings to communicate project progress and innovation initiatives. - Innovation & Continuous Improvement - Champion innovative solutions and emerging technologies that enhance system performance and competitive advantage. - Lead initiatives to refine development processes, ensuring continuous improvement in project execution and quality outcomes. Qualification Required: - Strong foundation in core mechanical principles such as statics, dynamics, fluids, thermodynamics, and material science. - Experience in the conceptualization, design, optimization, testing, and flight qualification of aerospace structures, both metallic and composites. - Experience in undertaking the design, simulation, and validation of thermal systems for aerospace applications. - Familiarity with Additive Manufacturing technologies, such as Laser Powder Bed Fusion (LPBF) and hands-on experience in undertaking Topology Optimization and Design for Additive Manufacturing (DfAM). - Hands-on experience with Design, Engineering, and Simulation tools (e.g., SolidWorks, UG NX, CATIA, ANSYS, Altair HyperWorks, Simufact). - Intimate knowledge of the global best practices and standards for the design and flight certification of Aerospace Structures and Components, such as for Launch Vehicles, Satellites, or Spacecrafts.,

As a Mechanical or Aerospace Engineer, you will be responsible for creating manufacturing drawings (detail, assembly, installation) and 3D MBD following ASME standards. Your key responsibilities will include: - Creating manufacturing drawings (detail, assembly, installation) and 3D MBD as per ASME standards. - Performing V4/Mylar Sheet to V5 conversion for both 3D and 2D/MBD. - Working on Relational and Parametric Modeling and interpreting engineering drawings in 2D/MBD. - Collaborating with cross-functional teams, managing change requests, and sustenance projects. - Utilizing PLM tools (Enovia) and CAD automation for design optimization. - Having experience in Boeing projects and CATIA Composite Part Design (CPD) is considered an advantage. To qualify for this role, you should have: - A Bachelors degree in Mechanical or Aerospace Engineering. - A minimum of 4 years of experience in aerospace design activities. - Strong knowledge of CATIA V5 (Part Design, Assembly Design, Sheetmetal, GSD, FTA). - Expertise in GD&T, ASME standards, and aircraft lifecycle. - Experience with Enovia PLM and CAD automation. Preferred qualifications for this position include: - Experience on Airbus or Boeing commercial programs. - Knowledge of metallic and composite aero structures. - Familiarity with CAD automation and CATIA CPD workbench. - Strong communication and collaboration skills.,

As an Engineering Analyst in this role, you will be responsible for analyzing and interpreting engineering inputs such as Change Requests, Technical Requirement Documents (TRDs), and customer specifications. Your key responsibilities will include: - Designing and modeling components using CATIA V5, with a specific focus on Part Design, Surface Design, Assembly, Sheet Metal, and Drafting. - Developing detailed designs emphasizing metallic structures and possessing foundational knowledge of sheet metal, casting, and forging. - Conducting detailed and assembly-level dimensional stack-ups. - Supporting material selection, conducting component weight assessments, and selecting appropriate fasteners based on structural requirements and design standards. - Conducting trade studies and evaluations to support design decisions. - Applying Geometric Dimensioning and Tolerancing (GD&T) and creating Model-Based Definitions (MBD). - Generating 3D PDFs and technical documentation. - Knowledge in Teamcenter is necessary, and contributing to Interface Control Document (ICD) creation is preferred. Minimum qualifications for this position include: - Bachelor's degree in Mechanical, Aerospace Engineering, or a related field. - Minimum of 5 years of experience with CATIA V5. - Familiarity with CATIA CPD (Composites Part Design). - Proficiency in Microsoft Word and a strong working knowledge of Excel and PowerPoint. - Solid understanding of aerospace structural design and industry standards. - Overall awareness of manufacturing processes and design-for-manufacture principles. Preferred qualifications for this role include: - Experience with Nacelle systems and structural components. - Knowledge of aerospace structural design involving metallic and composite materials.,

As a Quantum Solutions Sales Manager for Matter, you will be responsible for leading revenue generation for a quantum-inspired AI platform focused on materials discovery, development, and computational materials science. Your role involves identifying high-value opportunities, building relationships with senior R&D and innovation leaders, and closing complex technical deals to accelerate material innovation using quantum-enabled capabilities. Key Responsibilities: - Assume responsibility for meeting and exceeding quarterly and annual sales targets. - Seek out, engage, and close new business opportunities globally across advanced materials, chemicals, semiconductors, energy, and aerospace sectors. - Target critical decision-makers including Chief Technology Officers, VPs of R&D, Heads of Materials Science, and innovation leaders. - Craft persuasive value propositions showcasing how quantum solutions can accelerate materials discovery and predict material properties. - Develop a clear understanding of materials development workflows, encompassing computational modelling, property prediction, synthesis optimization, and performance testing. - Collaborate with quantum chemists and materials scientists to deliver technical demonstrations and proof-of-concept initiatives. - Manage multifaceted sales cycles involving stakeholders from R&D, engineering, IT, and procurement teams. - Ensure accurate sales forecasting and pipeline tracking using CRM tools. - Represent at global materials science conferences, technical symposiums, and customer meetings. - Deliver market intelligence regarding trends, emerging applications, and the competitive landscape in the materials industry. Required Qualifications: - Bachelor's degree in Engineering (Materials Science, Chemical, Mechanical, Physics, or a related technical field). - 4-7 years of experience in selling AI/ML or computational solutions to materials, chemicals, or advanced manufacturing firms. - Consistent achievement of sales targets in quota-carrying roles within materials-intensive sectors. - International sales experience across regions like North America, Europe, APAC, or Middle East. - In-depth understanding of materials development processes, computational materials science, and R&D workflows. - Strong consultative selling skills to address intricate scientific and engineering problems. - Excellent communication, presentation, and negotiation skills for technical and business stakeholders. - Willingness to travel extensively (30-40%). Preferred Qualifications: - MBA from a reputed institution. - Educational background in materials science, chemistry, physics, or computational materials engineering. - Understanding of quantum computing applications for materials discovery and molecular simulation. - Experience applying AI/ML in materials research, such as DFT calculations, molecular dynamics, or structure-property prediction. - History of selling to leading materials companies, chemical manufacturers, or semiconductor firms. - Knowledge of advanced materials applications, including batteries, catalysts, polymers, composites, and semiconductors. - Experience with sales cycles exceeding $750,000 in annual contract value within materials or chemicals sectors. - Familiarity with computational tools in materials science, such as VASP, Gaussian, LAMMPS, and materials databases. In addition to the above details, the company offers a competitive base salary with an uncapped commission structure, the opportunity to work with state-of-the-art quantum computing technology, a high-growth startup environment with ample opportunities for career advancement, a collaborative and innovation-driven organizational culture, exposure to global enterprise customers and emerging technology markets, and the chance to work alongside world-class quantum computing experts.,

As a ME Work Preparation Engineer, your role involves developing manufacturing processes, E BOM, M BOM, assembly routes, and providing workshop support. Key Responsibilities: - Analyze 2D drawings/3D (DMU: Digital Mockup) and provide feedback to the Design Office on tolerancing, geometry, key characteristics, and torque values. Conduct feasibility analysis and offer technical proposals when necessary. - Participate in multi-functional team (MFT) meetings for risk analysis and have knowledge of the PFMEA process. - Verify and validate drawings and associated bill of materials (BOM). Familiarity with technical perimeter structure assembly, components assembly, cabinet, and elementary parts, including knowledge of metallic and composite structures. - Create and/or modify routings (assembly and/or manufacturing) and manage associated tasks in the IT system (SAP, Catia V5, 3DX, etc.). - Generate and/or update tooling requests and repair routings following nonconformities, design query notes, etc. - Manage a routing portfolio and associated configuration management. Proficiency in Digital Mockup (3D DMU) for simulations. Qualifications: - Bachelor's and Engineer's degree in the aeronautical domain. Desired Skills: - Proficiency in SAP, ARP (PGI, PAC, PEA, PEM), Aircraft Progress ACPNG, Catia V5, and 3DX. Experience: - 3 to 5 years of experience in Aerospace Work preparation activity.,

Role Overview: As a Control Systems Engineer, you will play a crucial role in designing, developing, and maintaining automation and plant control systems for clients across various industries. Your collaboration with cross-functional engineering teams will contribute to enhancing equipment performance, supporting plant upgrades, and ensuring the smooth running of manufacturing activities. Key Responsibilities: - Design and implement control systems for industrial plant and equipment. - Coordinate system modifications and upgrades to enhance safety, reliability, and efficiency. - Provide technical support for troubleshooting and resolving system issues. - Monitor and maintain the ongoing performance of automated equipment. - Collaborate with production and engineering teams to optimize processes and support operational goals. - Prepare and maintain technical documentation, reports, and compliance records. Qualification Required: - Degree in Engineering in Automation and Control and Instrument Systems, or related field. - Minimum 3 years of experience working with industrial automation and plant control systems. - Strong understanding of PLCs, SCADA, and instrumentation. - Excellent problem-solving and analytical skills. - Ability to work both independently and within a team environment. - Strong communication and project coordination skills.,