Satyajit Phadke Email & Phone Number

Materials and Manufacturing Processes

Philadelphia, Pa, Us

Working on competitive benchmarking of electrochemical energy storage technologies for stationary, portable and transportation applications. Industry consultations on manufacturing of storage devices including Li-ion batteries, Lithium-sulphur, Flow Batteries, Fuel cells, Supercapacitors and High temperature batteries. Focused R&D efforts on anode, cathode and electrolyte materials, cell design and testing and their effect effect on performance.

Working on electrolyte composition optimization for Lithium-sulphur batteries, organic electrode materials and supercapacitors.

Princeton, Nj, Us

• Enhancement of electrode materials cyclability, capacity retention and lifetime by synthesizing carbon based composities• Design and fabrication of battery prototypes for minimizing internal resistance and maximizing specific capacity• In-situ XRD investigation of electrode materials by using synchrotron beam (Brookhaven National Laboratory, Upton, NY)

• Enhancement of cathode material stability leading to a 400X improvement in lifetime by altering electrolyte composition • Partial replacement of cations in the cathode material with less expensive elements to leading to a 10% cost reduction of the material (Lawrence Berkeley National Laboratory, Berkeley, CA)• Electrochemical and Electro-less deposition of Prussian Blue coatings on electrode particles (resulting in core-shell nanostructures) for enhancement of anode stability and lifetime

Cambridge, Ma, Us

Research Project: LIQUID METAL BATTERIES •Optimization and characterization of TiN/TiAlN/ZrN/AlN prepared by PVD / CVD coating techniques for enhancement of corrosion resistance of cell components•Conceptualization and investigation of novel cell designs to enable capacity expansion •Post-mortem studies and analysis of failure mechanisms of cells•Seal testing to allow efficient cell stacking

Gainesville, Florida, Us

Performed research on the development of enhanced PEM Fuel Cell electrolyte materials under a government funded project (US - National Science Foundation, CBET 0730900).

Bath, Gb

Performed atomistic simulations using GULP (Generalized Utility Lattice Program) to investigate: -Dopant suitability for achieving optimized conductivity in PEM electrolyte materials.-Proton incorporation mechanism in doped lanthanum phosphates.The research was performed under the guidance of Prof. M Saiful Islam at the Department of Chemistry.

Gainesville, Florida, Us

Performed research on the development of enhanced PEM Fuel Cell electrolyte materials under a government funded project (US - National Science Foundation, CBET 0730900).

In

During my internship at HAL, Lucknow (India) I worked on the programming of CNC machines.

KICIT is dedicated to the development of educational / learning material for well known softwares through the medium of books, seminars and workshops. During my internship I worked on the preparation of the same for DirectX software.

Phd, Materials Science And Engineering

Bachelor Of Technology, Metallurgical And Materials Engineering

High Schoool, Science

High School (Grade X), Science