4 Microstructure Analysis Jobs

As a Materials Scientist at our company located in Bareilly, UP, you will have the opportunity to unlock your full potential and grow with us. We believe in celebrating every achievement and viewing challenges as opportunities for personal and professional development. We are looking for candidates with a B.Tech/M.Tech/PhD qualification and expertise in CALPHAD, pycalphad, and other CALPHAD-based solutions. Your role will involve analyzing CALPHAD results to deduce thermophysical properties of multicomponent materials or alloys. Additionally, you will need to have an understanding of alloys commonly used in the Additive Manufacturing (AM) industry. Your responsibilities will include exposure to computational modeling of materials, microstructure analysis, and familiarity with phase diagrams. Experience with Monte Carlo algorithms, thermo-calc, and developing industry-grade case studies to demonstrate software capabilities in Additive Manufacturing will be essential. You will also contribute to the validation and verification of multiphase solvers and testing the robustness of simulation software specialized for Additive Manufacturing. In this role, you will be involved in data-driven training and testing of case studies related to Additive Manufacturing, as well as understanding the microstructure of alloys to deduce material properties. Your contributions will be crucial to the advancement of research and development initiatives focused on enhancing computational modeling techniques and simulation accuracy. For any queries or to apply for this position, please contact us via email at careers@paanduv.com or call us at 8218317925. Join us and embark on a journey where your skills and expertise will be valued, and your growth will be nurtured.,

As a professional with hands-on experience in SCADA-based systems, you will be responsible for operating and managing Continuous Furnaces efficiently. Your role will involve overseeing and executing processes such as Iso-thermal, Normalizing, Annealing, and Through Hardening. In this position, you will analyze raw materials using Spectro analysis and interpret mill test certificates (TC), focusing on factors like inclusions, grain size, etc. Additionally, you will be required to perform laboratory tests including Microstructure analysis, Hardness, Tensile strength, Yield strength, and Elongation testing to ensure product quality. To be successful in this role, it is preferred that you are a University graduate, ideally with a B.E/B. Tech in Mechanical Engineering/Metallurgy. Experience in supervising various heat treatment operations like hardening & tempering, annealing, iso thermal, induction hardening, and normalizing will be beneficial. The ideal candidate should possess a strong understanding of processes like Iso-thermal, Normalizing, Annealing, and Through Hardening. Previous experience in analyzing raw materials using Spectro analysis and interpreting mill test certificates is desirable. Proficiency in conducting laboratory tests such as Microstructure analysis, Hardness, Tensile strength, Yield strength, and Elongation testing to maintain product quality standards is a key requirement. This is a full-time, permanent position with benefits including cell phone reimbursement, paid sick time, and Provident Fund. The work schedule involves day shifts, morning shifts, and weekend availability. Performance bonuses and yearly bonuses are also part of the compensation package. The ideal candidate should have a total of 3 years of work experience. The work location for this role is in person.,

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.,

Knowledge of tagging HT output and managing lab operations for HT ball output and hardness analysis. Job Summary: We are hiring for the role of Heat Treatment Operator Output & Lab to support both production output and metallurgical lab testing. The ideal candidate will be responsible for operating heat treatment equipment, maintaining production output logs, and performing basic lab testing to ensure treated parts meet required metallurgical and mechanical standards. Key Responsibilities: Heat Treatment Operations: Operate and monitor various heat treatment processes (e.g., annealing, hardening, tempering, carburizing, etc.). Set furnace parameters based on process requirements (temperature, soak time, atmosphere). Ensure compliance with standard operating procedures (SOPs) and safety guidelines. Load and unload components in furnaces and handle quenching processes. Output & Production Monitoring: Record daily production output from the heat treatment section. Maintain job cards, batch records, and process traceability documentation. Coordinate with the planning and production teams to ensure on-time delivery. Lab & Quality Responsibilities: Perform basic metallurgical testing: hardness, microstructure analysis, case depth measurement. Prepare samples for lab inspection using polishing and etching techniques. Maintain lab equipment and calibration records. Log and report deviations, non-conformities, and assist in root cause analysis. Work closely with QA/QC teams to support in-process and final inspection.