Rajeev . Email & Phone Number

- Coordinated weekly seminar classes for 17 graduate students, managing all administrative tasks including grading and speaker arrangements.- Managed logistics for guest speakers, ensuring smooth communication and execution of their presentations, resulting in a 95% satisfaction rate among students.

- Conducted extensive experiments and measurements to determine the transport properties of Heusler membranes, resulting in a comprehensive understanding of their conductivity, thermal resistance, and permeability metrics.- Synthesized a superconductive film by successfully utilizing the remote epitaxy method on a germanium substrate over graphene, leading to improved conductivity and enhanced properties.- Implemented precise exfoliation technique using crystal bond over a glass plate to create ultra-thin and uniform membranes, enabling accurate measurement of transport properties.-

Karnataka, India

Study of a new material for transparent conducting oxide (TCO) film using low-cost method for OLEDs - Fabricated Niobium doped Titanium oxide thin film over the glass substrate using dip coating method, resulting in a high-quality and cost-effective sample for conducting experiments.- Prepared the thin film sample by vacuum annealing at 400 C in a heat furnace, enhancing its conductivity and ensuring accurate results during testing.- Conducted X-ray diffraction using diffractometer over the thin film, confirming the presence of a single phase with maximum conductivity potential, setting the foundation for successful experimentation.- Conducted in-depth analysis of the transmittance using UV-VIS spectrophotometer, achieving a sample transmittance rate of 75%.- Determined the resistance of the TCO film to be 19.3 ohm-cm by applying the van der Pauw method, providing crucial data for optimizing electrical conductivity.

Jamshedpur Area, India

-Prepared and analyzed five different types of hot dip coating samples consisting of Magnesium, Zinc, and Aluminum alloys over IFHS Steel, enabling accurate experimentation for the study on mechanical and corrosion properties.- Utilized nanoindentation instrument to measure the hardness and elasticity of each sample coating, providing precise data for further analysis.- Conducted a series of tests including Open circuit potential test, Electrochemical impedance spectroscopy test, and Potentiodynamic polarization test to evaluate the corrosion current, voltage, and rate of each sample coating in order to identify the most effective protective coating material.-

Prayagraj, Uttar Pradesh, India

- Developed proficiency in Material Studio software to create a comprehensive model of carbon nanotubes (CNTs) and accurately simulate their stress strain properties.- Introduced a novel approach by combining stone wales and vacancy defects in CNTs, allowing for a thorough evaluation of the correlation between elastic strength and the number of defects.- Conducted extensive analysis on the collected data, revealing that there is no direct relationship between the number of defects in CNTs and their elastic strength, providing valuable insights for future research directions.

Master Of Science - Ms, Materials Engineering

Bachelor Of Technology - Btech, Metallurgical And Materials Engineering

Education record