Nitin Mallik

Carbon nanotubes-Silicon thin film solar cell.

Learning Outcome: Idea generation, Business model template and prototyping, Product development ideation with potential customer. Topic: Development of smart sensor for structural health monitoring.

Fabrication of Glucose Electrochemical Sensor Skills: Cyclic Voltammetry, Chrono-amperometry, Device Fabrication, Electrochemistry The sensitivity and reproducibility of the glucose sensor were enhanced in this study by using a bi-enzymatic mechanism. The enzyme coated integrated screen-printed carbon electrodes can be directly used for monitoring glucose level in blood.

Skills: Simapro, OpenLCA The life cycle analysis of compact fluorescence lamps (CFLs) and comparison of the environmental impacts of CFLs for landfilled rare earth elements (REEs) with recycled REEs at the end of life (EoL).

Title: Fabrication of Copper-Zinc-Tin-Selenide(CZTS) solar cell Skills: Device Fabrication, Spray pyrolysis, Photo luminescence • CZTS is one the most promising alternative for chalcopyrite absorber. • This work focused on learning fabrication and optimization of highly efficient and stable solar cell.

Title: Novel fibrous morphology based Organic Electronic devices. Skills: Electrospinning, Sputtering, Thermal Deposition, I-V Characterization Novel fibrous morphology based polymer is used to improve the charge transport in the organic electronic devices.

Title: Synthesis and Microstructural Characterization of Multimetal Nanoparticle-Graphene Composites (One Publication) Skills: Ball Milling, XRD, SEM Synthesis of Multimetal-graphene composite is done by mechanical milling and subsequent exfoliation followed by corrosion studies for coating applications.

Title: Polyaniline (PANI)/PVB composite film for EMI shielding (one publication) Skills: Polymer synthesis, Polymer Composite, EMI shielding In this work, Poly(vinyl butyral)–polyaniline-Co/Ni-FAC composite films (PVB-PANI-Ni/Co-FAC) were prepared by solution processing and electromagnetic interference (EMI) shielding property was investigated in the J-band (5.8–8.2 GHz) and X-band (8.2–12.4 GHz) frequency range.

Research on Perovskite Solar Cells

Surface and Interfaces, Functional Materials, Advanced research Lab and Master Thesis

Innovative Materials Recycling, Life cycle assessment, Sustainability, Elaboration of inorganic Materials, "Entrepreneurship, innovation and leadership", Solid state Physics

Nano Materials and Devices, Polymer blends and nanocomposites, Polymer Science: Organic Electronics, Solar cell, Mechanical Behavior of Materials, Bio Materials, Electro-chemistry, Thermodynamics, Manufacturing Processes