5 Powder Metallurgy Jobs

Lead R&D Engineer Advanced Materials (Alloys Ni, Cr, Ti) We are looking for a talented and motivated R&D Engineer with hands-on experience in the development and characterization of nickel, chromium, and titanium-based alloys . The role is ideal for individuals passionate about materials innovation in sectors such as aerospace, defense, automotive, energy, or Oil & Gas applications. This is a core technical position involving research, experimentation, and close collaboration with internal and external stakeholders to bring novel materials from concept to commercial readiness. Role & responsibilities Design and develop advanced metallic alloys , focusing on Nickel-, Chrome-, and Titanium-based systems for high-performance applications. Conduct metallurgical processing, heat treatment, and failure analysis of alloys. Perform material testing using mechanical, thermal, and corrosion evaluation techniques. Use advanced characterization tools like SEM, EDS, XRD, EBSD, and optical microscopy for microstructure analysis. Maintain and operate lab-scale melting, casting, and powder metallurgy equipment as needed. Collaborate with cross-functional teams including design, production, and quality to support product development. Support prototype manufacturing, field trials , and scale-up activities . Prepare technical reports, documentation, and research papers ; contribute to patents or publications. Engage with academic institutions, national labs and industrial partners for collaborative research. Preferred candidate profile B.Tech/ M.Tech / M.E. or Ph.D. in Metallurgical Engineering, Materials Science, or Mechanical Engineering with a focus on alloys. 8+ years of industry or academic R&D experience with Nickel, Chrome, or Titanium alloys. Strong understanding of physical metallurgy , phase transformations , and corrosion behavior . Hands-on experience in materials testing and failure analysis . Working knowledge of material standards (IS, ASTM, ISO, BIS, etc.) applicable to alloys.

As a Senior Applications Engineer at EOS, the world market leader for industrial 3D printing, you will be an integral part of the Additive Minds Applications Team in India. Your role will involve collaborating with international teams from APAC, Germany, and the USA, to drive the successful adoption of additive manufacturing technology in the Indian market. Your primary mission will be focused on process development and optimization, specifically in laser powder bed fusion technology. You will be responsible for adapting and optimizing process products for laser systems in the metal sector, conducting process tests to enhance the properties of Ti64 and Aluminum alloys, and implementing innovative process parameters. Your expertise will be crucial in transferring solutions and ideas into customer applications, supporting development projects through design of experiments, and documenting test results for potential improvements. In addition to process development, you will act as a subject matter expert in cross-functional projects, conduct benchmark builds and demonstrations for customers, and lead customer-driven co-engineering projects. Your role will also involve providing consultancy and thought leadership to customers and prospects, validating business case scenarios, and supporting the efficient ramp-up of Indian customers through strategic collaboration. Furthermore, you will be involved in international collaboration and project management, coordinating with external partners and team members across different regions. You will manage complex project tasks within interdisciplinary teams, facilitate knowledge transfer between global teams, and participate in risk assessment efforts for laser powder bed fusion processes. Your educational background should include a Master's/Doctorate degree in a relevant field such as materials science, metallurgy, or mechanical engineering, along with a minimum of 5 years of experience in additive manufacturing. Proficiency in Design of Experiments (DOE) methods, software skills, and experience with laser powder bed fusion processes are essential technical skills required for this role. To excel in this position, you should possess excellent self-organization skills, strong communication abilities, and demonstrated team spirit. Your project management capabilities, technical expertise, and customer-centric approach will be key to your success in this role. Fluency in English is essential, while German language skills are preferred. Traveling internationally for business purposes and working in multicultural environments are integral parts of this role. In return, EOS offers a dynamic work environment where you can contribute to pioneering solutions in additive manufacturing. You will have access to robust health benefits, competitive compensation packages, professional growth opportunities, and a supportive culture that encourages innovation and collaboration. This role presents a unique opportunity to lead a strategic project that will drive EOS's growth in the Indian market and enhance your expertise in additive manufacturing technology and international business development. If you are ready to be part of a global team that is shaping the future of Responsible Manufacturing, we invite you to apply online. Join us in accelerating the world's transition to Responsible Manufacturing and make a meaningful impact with EOS.,

As a Metallurgical Engineer, you will be responsible for developing and formulating metallic raw materials for dies and precision tools. You will analyze and recommend alloy compositions to ensure mechanical strength, wear resistance, and corrosion performance standards are met. Collaborating with R&D and production teams, you will work on new die/tool material innovations. Conducting metallurgical failure analysis, you will suggest improvements in tool performance and durability. Additionally, you will evaluate and manage heat treatment processes, coating, and surface finishing techniques while ensuring quality compliance with ISO and industry standards for metallurgy. Working closely with vendors/suppliers, you will verify that material specs are met for procurement. To qualify for this role, you should hold a B.E./B.Tech/M.Tech in Metallurgical Engineering or Materials Science and have at least 3 years of experience in tool/die metallurgy or a related manufacturing environment. A strong knowledge of steel grades, tool steels, powder metallurgy, and heat treatment is essential. Hands-on experience with spectroscopy, microstructure analysis (SEM/EDX), and hardness testing is required. Excellent analytical, problem-solving, and cross-functional communication skills will be beneficial in this position.,

To support our extraordinary teams who build great products and contribute to our growth, were looking to add a Material Quote Senior Engineer in Chennai, India. What a typical day looks like: Candidate has primary responsibility to prepare should cost based on the 2d/3d drawing and information provided by the customer. Provide should-cost calculation for die casting, Machining, Powder Metallurgy and other Mech commodity items using Flex costing methodology Provide recommendation and costing assumptions if there is insufficient information provided by customer. Develop and maintain cost models for die casting, Machining, Powder Metallurgy and other Mech commodity items with cost on Raw Material, Processes, tooling, labor , Machine and overhead The role also includes sending RFQ to suppliers. Analyze supplier quote, cost negotiation, obtain cost breakdown details from suppliers, Identify and recommend cost-saving measures and strategies through process, including design changes, material selection, and process optimization. Collaborate with various other team to ensure designs are cost-effective and manufacturable Process Improvement to Analyze, document, and optimize business processes across functions. Automation Enablement to Identify manual or repetitive tasks and collaborate on automation. Governance & Compliance to Develop and implement process governance models to ensure consistency, standardization, and adherence to policies. Reporting & Insights to Design and automate dashboards/reports and ensuring accuracy and actionable insights for business decision-making. The experience were looking to add to our team: Possess a Degree in Mechanical Engineering with min 5 to 7 years relevant work experience, preferred in die casting, Machining, Powder Metallurgy factory Familiar and able to read, interpret 2D/3D mechanical drawings, designs and specifications. Strong understanding of die casting, Machining, Powder Metallurgy and other Mech commodity on processes, tooling, and materials Proficiency in 2d/3d software, Auto cad, Solid works, Pro-e(Creo), and MS office, Excel, Word, Power point.. Proficiency in cost estimation and modeling techniques Process Expertise: Strong knowledge in process mapping, gap analysis, SOP development, and continuous improvement frameworks (Lean, Six Sigma). Added advantage if Expertise in Power Query, Macros/VBA, and dashboard creation for robust reporting solutions. Analytical & Communication Skills Strong problem-solving ability, attention to detail, and effective communication for driving change and influencing stakeholders. Self-driven and able to work with multiple team in multiple sites. What you’ll receive for the great work you provide: Health Insurance PTO

To support our extraordinary teams who build great products and contribute to our growth, were looking to add a Material Quote Senior Engineer in Chennai India. What a typical day looks like: Cost Estimation & Should-Cost Modeling Develop and maintain detailed cost models for primary, secondary, and tertiary packaging components (e.g., cartons, ESD trays, foam inserts, molded pulp, pallets, labels). Analyze packaging designs, material specifications, dimensions, manufacturing processes, and regional cost drivers to estimate true cost. Calculate landed cost including material, conversion, tooling, freight, duties, and overheads. Support RFQ/RFI processes by providing should-cost data to sourcing and business units. Break down supplier quotes and benchmark them against internal cost models. Engineering & Design Collaboration Work closely with packaging engineering and product development teams to assess cost impact of design changes. Recommend design alternatives or material substitutions to improve cost-efficiency. Participate in design-for-cost and value analysis/value engineering (VA/VE) reviews. Market & Supplier Intelligence Research industry trends and raw material indices (e.g., paper, plastic resin, foam) to keep cost models up-to-date. Strong understanding of plastic resins and specific applications based on factors like strength, flexibility, temperature resistance, and chemical compatibility Working with suppliers to source resins and negotiate pricing. Gather and analyze data on plastic resins market trends, competitors and customer needs Develop predictive models to forecast market demands, trends and growth opportunities in plastic resins. Create and update reports, dashboards and Visualizations to communicate market insight Develop and implement pricing strategies for new and existing plastic resin products, ensuring they align with overall business goals. Monitor packaging market developments including regional conversion rates, labor costs, and inflation factors. Cross-functional & Sourcing Support Collaborate with commodity managers and strategic sourcing teams to support supplier negotiations using should-cost insights. Assist in supplier selection, make/buy decisions, and localization efforts from a cost perspective. Provide cost input for business cases, budgeting, and customer proposals (NPI and mass production stages). The experience we’re looking to add to our team: Bachelor’s degree in Packaging Engineering, Mechanical Engineering, Industrial Engineering, or equivalent. Minimum 6 years of experience in cost estimation or packaging engineering within EMS, electronics, or related manufacturing industry. Proven expertise in cost modeling and data-driven analysis of packaging components. Deep understanding of packaging manufacturing processes: die-cutting, corrugation, vacuum forming, injection molding, ESD packaging, etc. Strong cost modeling capabilities in Excel or specialized cost tools (e.g., aPriori, Teamcenter, or custom templates). Strong analytical thinking, attention to detail, and problem-solving mindset. Ability to interpret technical drawings and packaging specifications. ERP’s, PLM systems, advanced MS Excel; familiarity with CAD tools is a plus. Good knowledge of packaging compliance and standards (ISTA, ASTM, RoHS, ESD). Effective communicator with ability to present complex cost data clearly. Strong analytical thinking, attention to detail, and problem-solving mindset. Ability to manage multiple projects and meet strict deadlines under pressure. What you’ll receive for the great work you provide: Health Insurance PTO