prashantmittal10
About Candidate
am a passionate researcher and engineer with a strong academic foundation and diverse professional experience in tribology, material science, and nanoscale characterization. My journey began with a Ph.D. in Materials Science and Engineering from the prestigious Indian Institute of Technology Delhi, where my research delved into the nanoscale tribological behavior of near-eutectic Al-Si alloys. Leveraging advanced tools like Atomic Force Microscopy (AFM) and Scanning Electron Microscopy (SEM), I uncovered insights into friction, wear, and lubrication mechanisms at the micro and nano scales.
As a Postdoctoral Researcher at the Czech Technical University in Prague, I explored nanotribology and surface properties of 2D materials, including Transition Metal Dichalcogenides (TMDs). My work included publishing research in high-impact journals, collaborating internationally, and maintaining state-of-the-art laboratory equipment. Prior to this, I contributed to academia as an Assistant Professor, teaching core mechanical engineering subjects while mentoring students on research projects.
Beyond academia, I gained hands-on industrial experience as a Maintenance Engineer at DCM Rayons, India, where I developed SOPs, ensured ISO 9000 compliance, and optimized equipment performance. These varied roles have honed my expertise in materials characterization, coatings, thin films, and tribological performance enhancement.
Looking ahead, I aim to advance my career by contributing to innovative projects in material science and tribology. I am particularly interested in exploring the intersection of nanotechnology and sustainable materials. I am eager to collaborate with professionals, industries, and academic institutions to drive meaningful advancements in my field.
Let’s connect to discuss research, innovation, and opportunities to make a difference in material science and engineering.
Location
Education
During my Ph.D. at the Indian Institute of Technology Delhi, my research focused on the in situ micro-scale tribology of near eutectic Al-Si alloy under boundary lubricated conditions. This involved using advanced characterization tools like Atomic Force Microscopy (AFM), Optical Microscopy, Scanning Electron Microscopy (SEM), and Fourier-Transform Infrared Spectroscopy (FTIR). I investigated the nanoscale mechanical and tribological properties of metallic materials with various lubricant additives. My work provided insights into friction, wear, and deformation mechanisms at small length scales, contributing to the development of more effective lubricant formulations. I also collaborated with interdisciplinary teams, published research in international journals, and presented findings at conferences, enhancing my expertise in materials science and tribology.
At Maulana Azad National Institute of Technology (NIT) Bhopal, my research for the Master of Technology in Mechanical Engineering focused on examining the wear characteristics of Al2014 and Al2014/SiC composites. I investigated how contact load and sliding speed influenced wear, using a Pin on Disc testing machine. The materials were produced through the stir casting route, and my work provided valuable insights into the tribological behavior of these composites. This research contributed to the understanding of material performance in various engineering applications, specifically enhancing knowledge in tribology and wear mechanisms. My efforts culminated in a project that combined theoretical analysis with practical experimentation, laying a strong foundation for my subsequent research endeavors.
I completed my Bachelor of Technology in Mechanical Engineering at Rajasthan Technical University (RTU) Kota from 2007 to 2011. My coursework covered core mechanical engineering subjects, providing a solid foundation in areas such as thermodynamics, fluid mechanics, material science, and manufacturing processes. With a strong academic performance, I achieved a percentage of 71.1%. During my studies, I developed a keen interest in materials engineering and tribology, which later guided my postgraduate research focus. Additionally, I participated in various technical workshops and seminars, enhancing my practical understanding of mechanical engineering principles. This comprehensive education equipped me with the fundamental skills and knowledge necessary for advanced studies and professional success in the field.
Work & Experience
Research Projects: Nitrogen Doping Dependence on Tribological Behaviour of MoSN/MoS2 Multilayer Films: Investigated the effects of nitrogen doping on the tribological properties of MoSN/MoS2 multilayer films using advanced surface characterization techniques such as AFM, SEM-EDX, and Raman Spectroscopy. The research demonstrated improved wear resistance and reduced friction with optimized nitrogen doping, enhancing the durability of tribological coatings. Exfoliation of Amorphous and Polycrystalline Forms of Transition Metal Dichalcogenides (TMD) Materials: Studied the exfoliation processes and properties of TMD materials in amorphous and polycrystalline forms. Utilized nanoindentation and AFM to measure mechanical properties and understand exfoliation mechanisms, providing insights into the structural and mechanical differences between these forms. Responsibilities: Conducting Experiments: Designed and executed tribological experiments, operating and maintaining various characterization tools including AFM, SEM-EDX, and Raman Spectroscopy. Data Analysis and Interpretation: Analyzed experimental data using software like Origin and MATLAB, interpreting results to draw meaningful conclusions about material properties and performance. Research and Publications: Authored and co-authored research papers published in high-impact international journals, and presented findings at international conferences and workshops. Equipment Maintenance: Ensured all laboratory equipment was in good working condition, maintaining detailed logs, equipment manuals, and laboratory protocols. Collaboration and Communication: Collaborated with a multidisciplinary team of researchers and engineers, communicating research progress and findings through reports, presentations, and publications. Mentorship: Guided junior researchers and graduate students in experimental setups and data analysis, providing training on advanced characterization techniques and equipment.
Responsibilities: Course Instruction: 1. Taught core mechanical engineering subjects such as CAD/CAM, Strength of Materials, and Design of Machine Elements. 2. Developed and delivered lectures, ensuring clear and effective communication of complex concepts. 3. Prepared course materials, including syllabi, lecture notes, and assessment tools. Curriculum Development: 1. Designed and updated curriculum to align with current industry standards and technological advancements. 2. Integrated practical examples and case studies to enhance theoretical learning. Student Mentorship: 1. Guided undergraduate and postgraduate students on research projects and experimental techniques. 2. Provided academic advising and career guidance to help students achieve their educational and professional goals. Laboratory Supervision: 1. Managed laboratory sessions, ensuring students gained hands-on experience with mechanical engineering tools and techniques. 2. Maintained lab equipment and ensured compliance with safety protocols. Assessment and Evaluation: 1. Developed and administered exams, quizzes, and assignments to assess student understanding and progress. 2. Provided constructive feedback to students to support their learning and improvement. Key Achievements: Enhanced Learning Experience: 1. Implemented interactive teaching methods, such as group discussions and project-based learning, to engage students and foster critical thinking. 2. Successfully improved student performance and engagement through innovative instructional strategies. Research Integration: 1. Incorporated current research findings into coursework to provide students with up-to-date knowledge and real-world applications. 2. Encouraged students to participate in research activities, leading to increased interest in tribology and material science.
Responsibilities: Course Instruction: 1. Taught core mechanical engineering subjects such as CAD/CAM, Strength of Materials, and Design of Machine Elements. 2. Developed and delivered lectures, ensuring clear and effective communication of complex concepts. 3. Prepared course materials, including syllabi, lecture notes, and assessment tools. Curriculum Development: 1. Designed and updated curriculum to align with current industry standards and technological advancements. 2. Integrated practical examples and case studies to enhance theoretical learning. Student Mentorship: 1. Guided undergraduate and postgraduate students on research projects and experimental techniques. 2. Provided academic advising and career guidance to help students achieve their educational and professional goals. Laboratory Supervision: 1. Managed laboratory sessions, ensuring students gained hands-on experience with mechanical engineering tools and techniques. 2. Maintained lab equipment and ensured compliance with safety protocols. Assessment and Evaluation: 1. Developed and administered exams, quizzes, and assignments to assess student understanding and progress. 2. Provided constructive feedback to students to support their learning and improvement. Key Achievements: Enhanced Learning Experience: 1. Implemented interactive teaching methods, such as group discussions and project-based learning, to engage students and foster critical thinking. 2. Successfully improved student performance and engagement through innovative instructional strategies. Research Integration: 1. Incorporated current research findings into coursework to provide students with up-to-date knowledge and real-world applications. 2. Encouraged students to participate in research activities, leading to increased interest in tribology and material science.
Responsibilities: Standard Operating Procedures (SOP) Development: Created and implemented SOPs for various maintenance activities. Ensured adherence to ISO 9000 standards through rigorous documentation and procedural compliance. Equipment Maintenance and Troubleshooting: Conducted regular inspections and preventive maintenance of mechanical equipment. Diagnosed and resolved mechanical issues to minimize downtime and ensure continuous production operations. New Product Development: Participated in a core team responsible for developing new products for diverse applications. Collaborated with cross-functional teams to integrate new products into existing manufacturing processes. Documentation and Reporting: Maintained detailed records of maintenance activities, equipment performance, and downtime incidents. Generated reports to track maintenance efficiency and suggest improvements. Team Collaboration and Training: Worked closely with other engineers and technicians to coordinate maintenance activities. Provided training to junior maintenance staff on SOPs and troubleshooting techniques. Health and Safety Compliance: Ensured all maintenance activities complied with health and safety regulations. Implemented safety protocols to protect personnel and equipment during maintenance operations. Key Achievements: Reduced Downtime: Implemented effective preventive maintenance strategies, significantly reducing equipment downtime and improving overall production efficiency. Enhanced Maintenance Procedures: Developed and refined maintenance procedures, leading to more systematic and efficient maintenance operations. ISO 9000 Certification: Played a crucial role in the company’s successful attainment of ISO 9000 certification by ensuring all maintenance activities met the required standards. Successful Product Launches: Contributed to the successful development and launch of new products, enhancing the company’s market offerings.
