7 Material Characterization Jobs

As a Junior Research Fellow (JRF) in the Development of Self-Sensing Materials for Smart Infrastructure at Mahindra University, you will be a part of an ongoing project at the Mahindra University-Virginia Tech MU-VT Interdisciplinary Advanced Research Center for Transformative Technologies (IARCT2) based in Hyderabad. Your responsibilities will include conducting research on the development of self-sensing materials, identifying and developing prototypes, analyzing data, and collaborating with faculty and industry partners. Additionally, you will be expected to document research findings, prepare reports, and present results. Participation in academic meetings and contributing to the publication of research papers is also a key aspect of this role. To excel in this role, you should possess strong experimental skills, effective communication abilities, and proficiency in material characterization. The ability to work both independently and collaboratively in a team setting is essential. A Master's degree in a relevant field such as Structural Engineering, Materials Science, nanotechnology, or related disciplines is required. Previous research experience would be advantageous in fulfilling the responsibilities of this position. Join Mahindra University and be a part of a dynamic environment that encourages interdisciplinary learning, industry-aligned curricula, and international exposure. As a Junior Research Fellow, you will have the opportunity to contribute to cutting-edge research in the field of self-sensing materials, preparing you for real-life challenges and success in your academic and professional journey.,

As a Material Engineer with 5-8 years of experience, your primary responsibilities will involve selecting suitable materials for specific applications by considering factors such as mechanical properties, durability, and cost-effectiveness. You will play a crucial role in conducting research to discover new materials, enhance existing materials, and innovate applications across various industries. Your duties will also include performing material testing through laboratory experiments to evaluate properties like tensile strength, elasticity, hardness, and corrosion resistance. Implementing quality control processes to ensure materials meet required specifications and standards will be essential. Collaborating with product designers and engineers to assess material suitability for intended use and environmental conditions is a key aspect of the role. In case of material failures, you will be responsible for conducting thorough failure analysis and proposing preventive solutions for future incidents. Utilizing techniques such as microscopy, spectroscopy, and thermal analysis, you will characterize materials at microscopic and molecular levels. Additionally, you will be expected to assess the cost-effectiveness of materials used in projects and explore alternatives to reduce expenses without compromising quality. This position falls under the role category of Civil Engineer within the Construction & Site Engineering department. The job requires a full-time commitment during day shifts at the designated work location. The ideal candidate should hold a graduate or postgraduate degree in any field. If you are passionate about material science and have a keen eye for detail, this role offers an exciting opportunity to contribute to various industries through material research, development, and analysis.,

As a Process Engineer at Lam in the Global Products Group, you will be at the forefront of cutting-edge technology, utilizing atomic precision, material science, and surface engineering to drive innovation in the semiconductor industry. Your responsibilities will include conducting research, development, and evaluation of semiconductor equipment and systems, enhancing processing techniques, developing new processes, and analyzing test data to drive process improvements. Your role will involve collaborating with internal teams to plan and execute customer demos, contribute to next-generation product development, and provide leadership and guidance to process technicians. Your expertise will be crucial in ensuring the success of our customers and making a significant impact on the semiconductor breakthroughs of the future. The ideal candidate for this position will hold a Master's degree in Materials Science, Chemical Engineering, Chemistry, or Physics with a minimum of 3 years of experience, or a PhD with equivalent qualifications. Preferred qualifications include familiarity with semiconductor equipment, statistical process control, scientific computing languages, and various deposition and etching techniques. Experience in a collaborative environment with diverse teams and semiconductor customers is highly valued. At Lam, we believe in creating an inclusive and empowering work environment where every individual is valued and encouraged to reach their full potential. We offer various work location models to accommodate different role requirements, providing opportunities for both on-site collaboration and remote work. Join us in driving innovation and shaping the future of the semiconductor industry.,

This job is based in Australia at one of Australia's leading research & teaching universities, UNSW, known for its vibrant campus life with a strong sense of community & inclusion. Joining UNSW means embarking on a career where you collaborate and learn from the best to make a significant difference. The School of Chemistry at UNSW caters to over 2000 undergraduate students annually across various faculties, offering four distinct undergraduate programs leading to majors in chemistry. The programs are taught in five specialized teaching laboratories focusing on First Year, Synthetic, Analytical, and Physical Chemistry. As a Postdoctoral Fellow in this role, you will play a key part in developing novel catalysts and electrolytes for alcohol electrochemical conversion. Your responsibilities will include synthesizing, prototyping, and scaling up demonstrations, evaluating efficiency and durability metrics, relating them to product performance and life cycle cost, and conducting relevant experiments within set time constraints. About the Role: - Salary: $113K - $121K plus 17% Superannuation and annual leave loading - Employment Type: Fixed Term - 12 months, Full-time (35 hours per week) - Reporting to: Professor Chuan Zhao and Dr. Quentin Meyer - Direct Reports: None Specific Responsibilities: - Independently or collaboratively contribute to research to enhance outcomes in the discipline area - Conduct research and/or enable research teams to produce scholarly output - Undertake specific research projects under guidance, contribute to research activities, and disseminate outcomes - Prepare experimental materials, equipment, data, and manuscripts for publication - Prototype electrochemical devices, apply for grants, assist with lab management, and adhere to health and safety policies Selection Criteria: - PhD in Chemistry, Chemical Engineering, or Materials Science - Research experience in electrocatalysis, material synthesis, and characterization - Ability to conduct research projects, work in a team, and communicate effectively - Track record of publications and commitment to professional development - Understanding of UNSW's aims and values, health and safety responsibilities To apply, address the selection criteria and submit your application online by July 30th, 2025. For more information about working at UNSW, visit www.unsw.edu.au. UNSW is dedicated to equity, diversity, and inclusion, encouraging applications from individuals of various backgrounds. The university provides workplace adjustments for disabilities and flexible work options for eligible staff. Please note that applications sent directly to the contact listed will not be accepted.,

Analyze incoming battery waste to identify composition (e.g., lithium, cobalt, nickel, manganese, etc.). Test purity of recovered materials and ensure they meet industry specifications. Use ICP-OES/MS, XRF, titration, and chromatography for analysis of metals and electrolytes. Identify and quantify hazardous by-products or residues in recycled materials. Improve hydrometallurgical, pyrometallurgical, or electrochemical methods used in recycling. Collaborate with engineers to transition lab-scale processes to pilot or industrial scale. Choose appropriate solvents, acids, or bases for leaching and separation. Diagnose inefficiencies, contamination, or yield problems in recycling lines. Explore alternative recycling techniques (e.g., direct recycling, solvent-based methods). Investigate ways to maximize recovery of high-value metals. Adapt processes for new battery chemistries (e.g., LiFePO4, NMC, LFP, solid-state). Study environmental impacts and find greener chemical alternatives. Ensure proper handling and storage of toxic or flammable substances. Adhere to EPA, OSHA, REACH, or local environmental and safety standards. Evaluate chemical hazards and implement safety protocols for lab and plant operations. Support in emergency responses involving chemical spills or exposure. Work with engineers and plant operators to align chemical processes with mechanical and thermal operations. Maintain detailed lab notebooks, process documentation, and safety records. Generate technical reports and present findings to management or R&D teams. Educate staff on chemical safety, process updates, or new analytical methods. Education- Degree in Chemical, Metallurgical, or Mechanical Engineering

The main responsibilities for this role include synthesizing and immobilizing photocatalysts for solar hydrogen production, conducting advanced material characterization using techniques such as XRD, SEM, TEM, FTIR, UV-Vis, etc., and performing advanced simulations. You will be responsible for designing and executing experiments related to solar-driven water splitting, optimizing reaction conditions, and analyzing performance metrics. Additionally, you will be required to utilize programming skills in Python/AI/ML for data processing, reaction kinetics modeling, and AI/ML applications in catalysis. It is important to maintain detailed research records, write reports/publications, and contribute to project presentations & proposal drafting. The company offering this position is India's number one not-for-profit private university with a global presence and a strong foundation in research and innovation.,

1. Polymer Material Testing like PP/PVC (Material Characterization / Mechanical Properties / Thermal Properties / Environmental properties etc.) 2. Have a good knowledge of analytical technologies, advancements, and challenges (DSC, TGA, FTIR, Heat and cold cycles) 3. Managing Polymer related Lab Equipments (AMC, Calibration etc.)+C13