Mr Satish Chaurasia | Shape Memory Alloys | Best Researcher Award

Published on by Material Scientist

Mr Satish Chaurasia | Shape Memory Alloys | Best Researcher Award

Mr SATISH CHAURASIA, NIT Meghalaya, India 

Mr. Satish Chaurasia is a Ph.D. candidate in Advanced Manufacturing Technologies at the National Institute of Technology, Meghalaya. His research focuses on Micro-EDM machining of Nitinol Shape Memory Alloys (SMA) using bio-based dielectrics, aiming to optimize machining processes for medical applications. His work integrates Artificial Neural Networks (ANN) and Genetic Algorithms (GA) for predictive modeling, ensuring efficiency and reproducibility. Mr. Chaurasia has published in prestigious journals and is known for his contributions to biocompatibility testing, including cytotoxicity and hemocompatibility studies. His innovative research in sustainable, bio-grade materials and manufacturing processes positions him as a leader in the field. 🛠️💡💉🌱

Publication Profile

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Academic and Professional Background🎓

Mr. Satish Chaurasia is currently pursuing a Ph.D. in Advanced Manufacturing Technologies at the National Institute of Technology, Meghalaya, with a focus on Micro-EDM machining of Nitinol Shape Memory Alloys (SMA) using bio-based dielectrics. His research aims to optimize machining processes for medical applications, using sustainable materials to reduce environmental impact. He holds an M.Tech in Mechanical Engineering from Madan Mohan Malaviya University of Technology, Gorakhpur, U.P., India. His academic background, combined with his innovative research in non-traditional machining, positions him as a promising leader in advanced manufacturing and medical device development. 🎓🔧💡🌱

Research Focus Area 🌱🧬

Mr. Satish Chaurasia’s research interests are focused on the micro-EDM machining of bio-grade materials, particularly Nitinol Shape Memory Alloys (SMA), which are essential for medical devices. He explores the use of bio-based dielectrics, such as sesame and canola oils, to optimize machining processes while minimizing environmental impact. His work involves process parameter optimization, including factors like tool rotation, voltage, and pulse duration. Additionally, he conducts surface morphology and biocompatibility analyses to ensure performance and safety. Mr. Chaurasia also leverages Artificial Neural Networks (ANN) and Genetic Algorithms (GA) for predictive modeling to enhance machining efficiency. ⚙️🌱🔬🤖

Publication Top Notes📄✨

Self-similar solution for the flow behind an exponential shock wave in a rotational axisymmetric non-ideal gas with magnetic field

On the blast wave propagation and structure in a rotational axisymmetric perfect gas

Exact solution for isothermal flow behind a shock wave in a self-gravitating gas of variable density in an azimuthal magnetic field

Optimization of Kerf Width in WEDM of Sandwich Woven CFRP-An Ensemble Machine Learning Based Approach

A novel investigation on rotary tool-assisted electrical discharge-micro drilling of carbon-aramid hybrid composite

Modelling, Measurement and Control B

Powder mixed micro-electric discharge milling of Ni-rich NiTi SMA: an investigation on machining performance and biocompatibility

Electrical discharge machining of super alloy incoloy 925: a study based on box behnken design and response surface methodology

Hybrid Electro Discharge Machining Process Investigation: A review

Conclusion

Mr. Satish Chaurasia’s cutting-edge research in non-traditional machining, his focus on sustainable, bio-based materials for medical applications, and his use of advanced machine learning techniques for process optimization makes him an excellent candidate for the Best Researcher Award. His research not only pushes the boundaries of manufacturing technology but also addresses the pressing need for environmentally friendly, biocompatible solutions in the medical field.

 

AZ-IDDIN CHHAM | Material and Environment | Material Scientist Award

Published on by Material Scientist

AZ-IDDIN CHHAM | Material and Environment | Material Scientist Award

Prof AZ-IDDIN CHHAM, Hassan II University, Morocco

Prof. AZ-IDDIN CHHAM is a distinguished materials scientist specializing in sustainable and low-cost adsorbents for environmental applications. 🌿🔬 With a Doctorate in Chemistry (2012-2018), they focus on transforming natural and waste materials into advanced adsorbents for wastewater treatment. 🌍💧 Prof. Chham’s research, published in top journals, addresses pressing global challenges like pollution and industrial waste management. 📚✨ As an educator, they excel in teaching coordination chemistry, crystallography, and industrial chemistry, while mentoring students and designing innovative programs. 🧪🎓 Their leadership in sustainable materials research and pedagogy reflects a commitment to environmental and societal impact. 🌟🌱

Publication Profile

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Educational Background 🎓

Prof. AZ-IDDIN CHHAM has an impressive academic background in materials and organic chemistry. 🌟📚 He earned his Doctorate in Chemistry (2012-2018) from Hassan II University, Morocco, specializing in the separation and characterization of heavy fractions in oil shale. 🛢️🔬 He holds a DESA in Organic, Phytochemical, and Structural Chemistry (2004-2006) from Mohammed V University, focusing on heterocyclic synthesis. 🧪✨ Prof. Chham completed his undergraduate degree in Organic Chemistry (1998-2004) and obtained a Baccalaureate in Experimental Sciences (1997-1998). 🎓🔍 Recently, he completed a Professional Certificate in University Pedagogy (2021-2022), enhancing his teaching skills. 🧑‍🏫🌿.

Current Role and Focus 💼

Prof. AZ-IDDIN CHHAM is currently serving as an Associate Professor of Chemistry at the Ministry of National Education, Vocational Training, Higher Education, and Scientific Research in Casablanca, Ain Chok, Morocco, since December 5, 2020. 🧑‍🏫🔬 In this role, he contributes to advancing academic excellence through teaching, research, and mentorship in the field of chemistry. 📚✨ His expertise spans materials science, organic chemistry, and sustainable environmental solutions, aligning with global scientific and educational goals. 🌍🔎 With a commitment to innovation and education, Prof. Chham continues to inspire and guide the next generation of scientists and researchers. 🌟👩‍🔬

Research Focus Area 🌱🧬

Prof. AZ-IDDIN CHHAM’s research focuses on sustainable materials science, particularly in the development of eco-friendly adsorbents for environmental applications. 🌿🔬 His work includes the purification of textile waste, removal of toxic dyes, and the decontamination of hazardous pollutants from wastewater using low-cost, natural materials like Moroccan Pistacia lentiscus and clays. 🧪💧 He also explores efficient processing techniques for oil extraction and heavy oil contamination, with a focus on enhancing environmental and industrial sustainability. 🌍 His contributions significantly impact water treatment, waste management, and pollution control technologies. 🧼💚

Publication Top Notes 📄✨

The use of insoluble mater of Moroccan oil shale for removal of dyes from aqueous solution

Elaboration of novel adsorbent from Moroccan oil shale using Plackett–Burman design

M. larzek, S. Mansouri, N. Elhammoudi, N. Hanafi, H. Hannache

Supercritical water extraction and characterization of Moroccan shale oil by different solvent

Preparation and development of a novel activated carbon based on Moroccan oil shale using activation process

Classical and advanced isotherms to model the adsorption of drugs, dyes and metals on activated carbonaceous materials: a review

Modeling and optimization of the activation process of oil shale for removal of cd (II) using the response surface methodology

Purification of textile waste by extracting harmful contaminants using a bio-porous sorbent derived from Moroccan Pistacia Lentiscus

Efficient Removal of a Toxic Textile Dye from Aqueous Solution Using Low-Cost Adsorbents Natural Clays

Impact of chemical processes on the textural properties of the adsorbent of Moroccan oil shale for environmental applications

Conclusion 🏆

Prof. AZ-IDDIN CHHAM’s contributions in sustainable materials science, innovative adsorbent technologies, and dedicated pedagogical efforts make them a highly suitable candidate for a Material Scientist Award. Their work not only advances the field of materials science but also demonstrates tangible societal and environmental impacts. They exhibit a strong balance of research innovation, academic leadership, and collaboration, qualities that align with the award’s criteria.