16 Composite Materials Jobs

Job Summary We are looking for a detail-oriented and experienced Wind Turbine Blade Quality Engineer to oversee the quality assurance and control processes for our wind turbine blades. The successful candidate will be responsible for ensuring the structural integrity and high-performance standards of blades throughout their lifecycle, from manufacturing to field operation. This role requires a strong understanding of composite materials, non-destructive testing methods, and quality management systems to minimize defects and maximize blade longevity. Key Responsibilities Develop, implement, and maintain quality assurance and control procedures for the manufacturing and repair of wind turbine blades. Conduct and supervise inspections, including both visual and non-destructive testing (NDT) methods such as ultrasonic and thermography, to identify defects. Analyze inspection data and manufacturing process results to identify trends and potential areas for improvement. Work closely with manufacturing teams to ensure compliance with design specifications, industry standards, and quality protocols. Perform root cause analysis for blade defects and failures, and recommend corrective and preventative actions. Manage and maintain accurate quality documentation, including inspection reports, material certifications, and non-conformance reports (NCRs). Participate in supplier audits to ensure material quality and process integrity. Provide technical support and training to field service technicians on blade inspection and repair techniques. Qualifications Bachelor's degree in Engineering (Mechanical, Aerospace, Materials Science, or a related field). Proven experience in a quality engineering or quality control role, with a focus on composite materials. Knowledge of wind turbine blade manufacturing processes and materials (fiberglass, carbon fiber, resins). Certifications in NDT methods (e.g., Level II in UT or VT) are highly desirable. Strong understanding of quality management systems (e.g., ISO 9001). Excellent analytical, problem-solving, and communication skills. Preferred Skills Experience with 3D modeling software and CAD tools. Familiarity with industry standards such as GL, DNV, and IEC. Knowledge of aerodynamic principles and blade performance.

Job Description Perform hand calculations to determine the structural integrity, load distribution, stress analysis, and sizing of Aerostructure components. Apply engineering principles and analytical methods to assess the strength, stiffness, and stability of structural elements. Conduct calculations for factors such as static loads, dynamic loads, fatigue life, and buckling to ensure compliance with safety regulations and design requirements. Analyze and interpret calculation results to provide recommendations for design modifications or improvements based on structural analysis findings. Design and optimize Aerostructure components made of composite materials, considering factors such as weight, strength, durability, and manufacturing feasibility. Select appropriate composite materials, including fibers, resins, adhesives, and core materials, based on performance requirements and material properties. Utilize analytical methods and software tools to analyze composite structures, including laminate analysis, sandwich structures, and failure prediction. Conduct structural analysis and calculations specific to composite materials, such as ply-by-ply stress analysis, inter laminar shear stress, and composite stiffness properties. Utilize hand calculations and composite analysis techniques to optimize the design of Aerostructure components for weight reduction, performance enhancement, and cost efficiency. Collaborate with multidisciplinary teams, such as aerodynamics, systems engineering, and manufacturing, to integrate the structural design with overall aircraft requirements and specifications. Create design documents, including structural calculations, analysis reports, and technical specifications, to ensure proper documentation of the design process and compliance with regulatory requirements. Collaborate with manufacturing engineers and technicians to provide guidance on composite manufacturing processes, tooling, and equipment. Support manufacturing activities by addressing technical issues, conducting root cause analysis, and implementing corrective actions related to composite structures. Stay updated with the latest advancements in hand calculation methods, composite materials, and structural analysis techniques. Conduct research to explore new composite materials, manufacturing processes, and innovative structural design concepts. Requirements Bachelor&aposs/Masters/PHD degree in aerospace engineering, mechanical engineering, physics, mathematics or related ?elds may be preferable 3-8 years experience in the ?xed wing/hybrid Airframe Structure Advanced proficiency in Structure,Fatigue, Aeroelasticity & Damage Tolerance Have done the airframe load and stress analysis using analytical calculations Advanced knowledge of Finite Element Analysis, Vibration & Composite Modeling Experience with FEA Tool & Matlab.etc Intermediate to expert-level background using CAD software such as Autodesk, Fusion, Catia, NX Siemens, Solidworks etc Perform Design Modifications as per need and validating the same with Computational Tool Strong attention to detail and the ability to assess problems quickly and easily Should have knowledge about Geometric Dimension & Tolerance Ability to work collaboratively and seek assistance to solve problems Proven experience working within different operating systems, including Windows, Linux, and MacOS Demonstrate Accountability and Commitment in securing Quality, Delivery and Product feature Good communication skills, Learning on fly, Team player, Emphasis on Detailing & Problem-solving skills Passion to take up challenges at work Benefits Competitive Salary & Stock Options. We invest in personal growth. Travel & Fieldwork opportunities. Your ideas and opinions matter to us. About TE TechEagle is a leading & pioneer Drone Delivery Startup, that has built and operates Asias 1st Drone Delivery hub and spoke network to transform supply chain & last mile logistics deliveries agnostic to industries/sectors e.g. E-commerce, maritime, hyperlocal & healthcare industry, etc. All drones are autonomous and are managed through our proprietary cloud-based fleet management software system and an Unmanned Aircraft System Traffic Management (UTM) software to operate them safely with other aircraft systems (manned & unmanned) in the same airspace. Currently, we have inducted the Vertiplane X3 drone which is the best-in-industry class. It is a hybrid drone, a fusion of fixed-wing and VTOL (Vertical Take Off Land). We have Indian govt & regulatory approvals in place for BVLOS drone deliveries and are currently delivering medicines and critical supplies in hard-to-reach areas (Urban/Suburban/Hilly terrain/Rural/Offshore) in India. Our Vision We envision creating and running the world&aposs largest on-demand drone logistics airline to save and improve billions of lives. Why Join Us If you are a passionate, dedicated, and enthusiastic individual with a strong desire to transform the logistics for healthcare, maritime, defense, hyperlocal, and e-commerce in rural and urban areas with DeepTech (Drones, AI), TechEagle Innovations is a place to build the future you desire for. check(event) ; career-website-detail-template-2 => apply(record.id,meta)" mousedown="lyte-button => check(event)" final-style="background-color:#FF671F;border-color:#FF671F;color:white;" final-class="lyte-button lyteBackgroundColorBtn lyteSuccess" lyte-rendered=""> Show more Show less

The candidate will be responsible for independently developing different subsystems, performing design and analysis to support research and development of UAVs. You will be responsible for creating a new design from scratch or re-designing an existing product and taking it through all stages of design & development, testing until final handover to production. Design & Development You will generate comprehensive component specifications, define selection criteria for key components, test and validate them for use in different sub-systems. Your role will involve developing practical and innovative mechanical designs for the engineering of equipment, systems, and components. Additionally, you will be creating a consistent design language/theme for all aspects of a product. Developing Best Practices You will work with first principles to achieve the highest robustness and value addition of engineering solutions. It is essential to use standardized technology/process/tool choices for continuously improving reliability, predictability, and usability. Keeping up to date with the latest materials, manufacturing technologies, and methodologies is crucial. You will establish practices to deliver designs that are of the highest performance, reliable, scalable to manufacture, easy to maintain, and re-usable. Learning & Growth You should be motivated to evolve as a senior contributor in the engineering roles in the company in a very short period, based on demonstrated performance. Skills & Qualifications - Bachelors or Masters degree in Mechanical/Aeronautical Engineering - Strong mechanical design instincts, thorough understanding of aerodynamics and flight mechanics. - 5+ years of industry experience in a Design Engineer role - Hands-on expertise in housing electronic & circuit assembly - Record of successful execution of hardware products/components - Worked in an Indian or global company that delivers high-quality systems integrating mechanical hardware and electronics and/or studied at a reputed academic institution while demonstrating initiative and rigor to learn and create innovative engineering solutions - Deep appreciation for technology evolution and modern engineering practices, quality assurance, testing, configuration & release management, defect management, and associated tools, deployed in world-class product development processes. - Working Knowledge of any parametric modeling CAD software - Deep insight into high-performance plastics and molding techniques - Experience with composite materials (carbon, aramid, glass),

You are a Composite Manufacturing Engineer at Datum Advanced Composites Private Limited, a rapidly growing fibre-reinforced polymer (FRP) composite manufacturing business based in Kanpur, Uttar Pradesh, India. At Datum, the focus is on designing, developing, and manufacturing high-performance, lightweight FRP composite products for a diverse customer base that includes global Original Equipment Manufacturers (OEMs), Micro, Small & Medium Scale Enterprises (MSMEs), Public Sector Undertakings (PSUs), and academic organizations across various sectors such as Aerospace, Defence, Automotive, Mass Transport, Marine, Renewable Energy, and Healthcare. In this role, you will be an integral part of the quest for manufacturing perfection. Your expertise in composite materials, processes, and production techniques will be instrumental in creating exceptional products. Working closely with a multidisciplinary team, you will be responsible for developing and optimizing manufacturing processes to ensure that the products meet the highest standards of quality, efficiency, and innovation. Your contributions will be crucial in delivering solutions across a wide range of areas including unmanned platforms, aerospace and defence systems, marine structures, automotive parts, energy systems, smart prosthetics, and robotics. The position is based at the Advanced Manufacturing Facility located at 523, Ratanpur, Panki, Kanpur 208020, Uttar Pradesh, India. This is a full-time and permanent role that offers you the opportunity to work on diverse projects, one-off assignments, short-term projects, multi-stage programs, and long-term development partnerships. You will also have access to accurate market intelligence and industry-leading technical training courses to support your professional growth effectively. Join Datum Advanced Composites Private Limited and be a part of a dynamic team dedicated to pushing the boundaries of composite manufacturing technology.,

The candidate will be responsible for aerostructure design to support research and development of UAVs. Candidate is responsible for creating a new design from scratch or re-design an existing product and taking it through all stages of design & development, testing until final handover to production. Key Responsibilities Design and Development: Conceptualize and develop designs for various aircraft components like wings, fuselage, tail and landing gear. Drawings and Documentation: Prepare detailed drawings and other engineering data for manufacturing. Collaboration: Work with cross-functional teams, including aerodynamics, propulsion, avionics, and manufacturing, to develop and integrate systems. Problem-Solving: Identify and propose design solutions for new components or modifications to existing ones, considering factors like cost, quality, manufacturability, and serviceability. Compliance: Ensure designs meet safety regulations and industry standards (e.g., CEMILAC / DGCA/MIL etc.). Design Reviews: Participate in design reviews and provide technical reports to stakeholders. Configuration Management: Manage configuration of aircraft structures. Prototyping and Testing: Support the development and testing of prototypes. Developing Best Practices: Using standardized technology/process/tool choices for continuously improving reliability, predictability and usability. To keep up to date with the latest materials, manufacturing technologies and methodologies Skills & Qualification Bachelors or Masters degree in Mechanical/ Aeronautical Engineering Strong experience with aerostructure design, materials, and manufacturing processes. 3+ years of industry experience in a Design Engineer role Exposure in Aerospace / UAS / UAV system will be preferred Hands-on experience with aerospace CAD software tools (e.g., CATIA, Creo, SolidWorks, Siemens NX) and PLM tools (e.g., Windchill, Enovia, Teamcenter) Familiarity with regulatory compliance and standards in the aerospace industry Ability do hand calculation for solving technical problems and deliver innovative solutions Experience with composite materials (carbon, aramid, glass) Exposure to use DFMA, GD&T and Tolerance stack-up analysis. Locations : Novel MSR Building, Subbaiah Reddy Colony, Marathahalli Village, Marathahalli, Bengaluru, Karnataka 560037 Road No7, Hi-Tech Defense Aerospace Park, Plot No 28, Hardware Park, KIADB Industrial Area, Mahadeva Kodigehalli, Manchappanahosahalli, Bengaluru, Karnataka 562149 Powered by Webbtree Show more Show less

Title: Sr. Engineer / Asst. Manager / Manager (based on experience) Responsibilities: Define and manage blade manufacturing methodology. Oversee processes from layup to QA/QC and finishing. Support prototype development, testing, and field installation. Work on process improvement and production scaling. Skills & Tools: Blade manufacturing experience, composite materials, lean practices

Role Summary: As the Manager - Structures & DfAM, you will lead, mentor, and contribute to a dedicated group of mechanical and aerospace engineers to deliver innovative and high-quality projects on time, within budget, and with optimal resource allocation. Your role is pivotal in driving innovation and continuously improving design and development processes in line with strategic organizational goals. 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. Key Responsibilities & Accountabilities Team Leadership: - Contribute to, supervise, motivate, and develop a team of mechanical and aerospace engineers. - Foster a collaborative environment to ensure 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. Preference: - 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 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 Territory Sales Manager at RX Industries in Gurugram, you will be responsible for managing sales operations in the North region. Your primary goal will be to achieve or exceed sales targets, provide exceptional customer service, and drive revenue growth through innovative strategies. You will work closely with clients to maintain strong relationships, develop tailored sales strategies, identify new business opportunities, and foster strategic partnerships. To excel in this role, you should have 3 to 5 years of proven experience in territory sales management, preferably in composite materials or related industries. A strong understanding of technologies and products, such as FRP manhole covers, gully covers, and molded gratings, is essential. Excellent communication and customer service skills, proficiency in sales and sales management techniques, as well as strong interpersonal and negotiation abilities are also required. At RX Industries, we are committed to innovation, quality, and customer-centric approaches. If you are passionate about driving growth, innovation, and elevating industry standards, we encourage you to send your resume to 9818055141 for a quick review of your profile.,

Key Responsibilities Perform stress analysis on aerospace components made of metallic and composite materials Carry out linear and non-linear static analysis , modal/dynamic analysis , and fatigue analysis Utilize handbooks like MMPDS , MIL-HDBK-5 , and composite reference materials for allowables and material properties Conduct classical stress calculations using hand methods and validate with FEA Use industry-standard FEA tools such as OptiStruct , Nastran/Patran , ANSYS , LS-DYNA , and NASGRO/AFGROW Prepare and review stress reports and documentation for airworthiness certification Ensure compliance with relevant certification standards such as FAR , JAAR , CAR , MIL , and UAV-specific guidelines Collaborate with design, manufacturing, and quality teams to support the product development lifecycle Interpret aerospace design requirements and apply stress engineering principles to ensure product integrity and safety Required Qualifications Bachelor's or Master's degree in Aerospace Engineering , Mechanical Engineering , or a related field Proven experience in stress analysis of aerospace structures , both metallic and composites Familiarity with aerospace terminologies and standards Good working knowledge of aerospace materials , material allowables , and certification guidelines Experience in using stress analysis tools such as OptiStruct , Nastran/Patran , ANSYS , LS-DYNA , NASGRO , or AFGROW Ability to prepare and document stress analysis reports for regulatory certification Understanding of airworthiness and certification standards such as FAR/JAAR/CAR/MIL Strong analytical and problem-solving skills with excellent communication and documentation abilitie

You are a results-driven and technically competent Sales Manager responsible for leading the sales of a GRP product range. Your role involves generating new leads, conducting technical meetings, and closing sales by effectively communicating product features, dimensions, material specifications, and durability benefits to clients. You will be responsible for identifying and reaching out to potential customers through field visits, networking, and digital sources for lead generation. Proactively follow up with leads, schedule meetings, and provide timely communication to move prospects through the sales pipeline. You must clearly explain product features, dimensions, technical specifications, and durability of GRP products to clients during product demonstrations. Negotiating effectively and closing deals with clients while maintaining high customer satisfaction is crucial. Additionally, building long-term relationships with key accounts and repeat customers is essential. Monitoring market trends, customer needs, and competitor activities to suggest improvements or new opportunities is part of your role. Maintaining accurate records of sales activities, preparing regular performance reports, and having proven experience in B2B/industrial sales, preferably with GRP, composite materials, or infrastructure-related products, is required. A strong technical understanding of GRP products, their applications, and advantages is essential. Excellent communication, presentation, and negotiation skills are necessary. You should be self-motivated, organized, result-oriented, and willing to travel frequently for client meetings. Proficiency in CRM tools and MS Office is a plus. You should hold a Bachelor's degree in Engineering, Business, or related field with a minimum of 5 years of relevant experience in industrial or technical sales. The role offers a competitive salary with sales incentives, travel allowances, and the opportunity to work with a fast-growing and innovative company in the GRP manufacturing space.,

As a Territory Sales Manager at RX Industries in Gurugram, you will be responsible for managing the sales operations in the North region. Your role will involve ensuring exceptional customer service, achieving or surpassing sales targets, and implementing innovative strategies to drive revenue growth. You will work on developing and maintaining strong client relationships, identifying new business opportunities, and collaborating with internal teams to optimize sales performance. To excel in this role, you should have 3 to 5 years of proven experience in territory sales management, preferably in composite materials or related industries. A strong understanding of technologies and products such as FRP manhole covers, gully covers, and molded gratings is essential. Your communication and customer service skills should be top-notch, along with proficiency in sales and sales management techniques. Your interpersonal and negotiation abilities will be crucial in fostering strategic partnerships and driving growth in the territory. If you are passionate about innovation, growth, and elevating industry standards through customer-centric approaches, we encourage you to send your resume to 9818055141 for a quick review of your profile. Join us at RX Industries and be a part of a leading company dedicated to advancing industry standards and driving growth through quality and innovation.,

Role Summary: 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. Preference 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 on 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.

Product Vertical: Engineering Services - Aersospace Product Domain: Composite Materials, Manufacturing Process, Aircraft Structural Systems, Software : CAD Tools, Programming C++/Python Experience Range (Years): 1 3 years Qualification (Minimum): B.Tech Mechanical/Aerospace Engineering Notice period/ Candidate Availability: Max. 30 days [immediate joiners preferable] DESIRABLE SKILLS Familiarity with aeroelasticity, buckling, and vibration analysis. Additional advantage for knowledge of fatigue, fracture mechanics, and lifecycle analysis of aircraft structures. RESPOSIBILIITIES Perform structural analysis [static, dynamic, fatigue] on airframe and aero- structural components. Evaluate composite structures for strength, stiffness, damage tolerance, and failure. •Develop custom scripts and tools in Python or C++ to streamline simulation workflows and post-processing. Investigate structural failures or performance deviations and recommend design improvements. REQUIRED SKILLS Understanding of aircraft structural systems, including their performance, integrity, and material behavior. Experience with structural analysis of aircraft airframe and structures. Familiarity with composite materials, manufacturing processes, and analysis methods [for aerospace applications]. Programming - C++ / Python. Competence in CAD tools for geometry handling and pre-processing.

Role & responsibilities Create detailed, compelling proposals for engineering projects. They develop both technical and commercial proposals, and ensure they align with industry standards and client expectations. Work with sales and technical teams to understand project requirements, also interact with clients, coworkers, and supervisors to create comprehensive bids. Manage associated cost preparation responsibilities, including obtaining factored or sub-supplier costs, also determine costs and timelines, and outline factors that may increase or decrease them. Manage the clarification & assumption; and ensure the information contained within is properly presented in the proposal narrative to effectively bind the work scope and supply requirements. Manage proposals for multiple clients and their confidentiality. Adhere to and ensure full compliance with the standard technical requirements & tendering procedures. Develop and review contract bids for projects based on client needs and gather supporting documentation to make the proposal more competitive. Meeting customer deadlines for bid submission.

Develop high-performance insulation materials FRP moulding, pultrusion, SMC, and lamination), carriers (e.g. glass fiber, mica) and resin systems (e.g. polyester, epoxy) Assess customer material specs Trials and testing Raw materials Documentation Required Candidate profile Master’s degree in Polymer Chemistry or Materials Science preferred, though candidates with strong industry experience will be considered 5+ years of experience in material development

Develop high-performance insulation materials FRP moulding, pultrusion, SMC, and lamination), carriers (e.g. glass fiber, mica) and resin systems (e.g. polyester, epoxy) Assess customer material specs Trials and testing Raw materials Documentation Required Candidate profile Master’s degree in Polymer Chemistry or Materials Science preferred, though candidates with strong industry experience will be considered 5+ years of experience in material development