 Design and developed a novel synthesis method to synthesis conductive metal organic frameworks (MOFs).o Successfully Optimized conventional synthetic routes (Synthetic chemistry) to engineer the crystalline structure of metal organic frameworks to induce unexplored properties like electrical and magnetic properties. Characterization and evaluation: Electrical and magnetic properties.o Characterization: Morphological studies: SEM and TEM; Thermal studies: TGA; Textural studies: BET; Crystalline structure: SAED (TEM), XRD; Composition studies: XPS and FTIR.o Evaluated properties of developed MOFs: Electrical properties -Thin films, PVD, 2 probe I-V station ; Magnetic properties- Magnetic field vs temperature and magnetic field Vs magnetic moment using PPMS ( Collaborated with NCAT for magnetic testing), Optical properties – Thin film, UV-Vis, PL spectroscopy and excited life time studies (Collaborated with University of Mississippi). Fabrication and evaluation of FETs with metal organic frameworks.o Optimization and device fabrication of FETs using thin of conductive metal organic framework – PVD, FIB, Lithography, Mask aligner and Mask designing and etching.o Performance evaluation- 2 probe I-V station. Design and developed a point of use Nanofibrous mats and prototype of Lithium extraction usage. o Optimized various parameters of electrospinning technique and Engineered Nanofibrous based mats including polyphenol and thermoelastic.o Performed morphological studies, textural studies and evaluated its performance as point of use for extraction of lithium selectively from brine (saltwater). Lab assistant:o Ensure that people clean up their work area, redistribute chemicals and hazardous waste their waste when they leave permanently. o Lab rotation: Mentoring undergraduate and high school students in conducting experiments and evaluated lab reports.

 Demonstrated strong leadership skills and experienced in creating business models and strategic planning in getting, keeping and growing customers. Lead the team in conducting market research interviews with oil and gas and lithium manufacturing industries to identify new application areas.  Develop a strong working relationship with senior technical and business leaders who influence new platform development in the respective field.  Understand the customer's technology/PRODUCT challenges, options, and material availability to provide a data-driven business solution

Served as a science mentor and educator for school children in High point, NC through the Transforming Teaching Through Technology (T4) program through the Department of Education at the University of North Carolina at Greensboro.

Assisting the principal in strategic direction and development of school .Managing the academics and administration of the school .Implementation of various Montessori techniques and tools for educating students .

12 month internship (2012-13) at Australian Institute for Bioengineering and Nanotechnology, Queensland on the topic titled “Synthesis of biocompatible polyurethanes and determine its mechanical properties using different chain extenders” under Professor Justin Cooper White and Dr.Jane Fitzpatrick During my Master internship, I have synthesised polyurethanes by condensation polymerisation and investigate the effect of chain extenders and hard block content of urethane, on the phase behaviour, biological properties, mechanical properties, surface properties and thermal properties of resulting polymers. This project was carried out for six months.

In my project , I learnt to functionalise multiwall carbon nanotubes using nitric acid to disperse them into polymeric matrix of epoxy .When successfully dispersed the composite showed about 40% increase in flexural strength compared to epoxy polymer.