Deepti Verma work email
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Deepti Verma personal email
• Excellent in experimental and computational materials science research with a strong academic background.• 2+ years of hands-on experience in materials characterization (including SEM, XRD, XPS), mechanical testing, DOE.• 5+ years of experience in materials modeling and simulation from atomistic (DFTB, MD) to micrometer (FEA) scales.• Well-versed in high performance computing using Fortran, C/C++, Python and shell scripting.• Proficient in finite element analysis, solid/continuum mechanics, and numerical methods for differential equations.• Knowledgeable about memory technology (MRAM, ReRAM, PCM), semiconductor process engineering (deposition, litho, etch, CMP, diffusion) and failure analysis.• Excellent problem solving aptitude, outstanding teamwork skills and demonstrated ability to manage multiple tasks.Specialities-• Materials Characterization Techniques: SEM, XRD, XPS, Raman, ellipsometry, optical microscopy, TEM, mechanical testing (Charpy impact testing, indentation tests, 4-point bend test, tensile and compression testing).• Technical: Atomistic simulations - density functional theory (DFT), density functional tight binding (DFTB), molecular dynamics (MD); Mesoscale simulations - finite element analysis (FEA), Monte Carlo (MC); Solid/Continuum mechanics; Statistical data analysis; Thermo-mechanical modeling.• High-Performance Computing (HPC): Fortran 90/77, C/C++, Python, Intel and GNU compilers. Computational & Analysis: Unix/Linux/MacOS/Windows, shell scripting, MATLAB, Gnuplot, ANSYS, COMSOL, Origin, Tinker (MD simulations), DFTB+, Monte Carlo simulations, Quantum Espresso, Molecular• Visualization (Force Field Explorer, Crystal maker, XCrysden, Jmol), MATLAB, Mathematica, ImageJ.
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Sr. Engineer Dram Yield Enhancement Data AnalystMicron Technology Mar 2023 - PresentBoise, Idaho, Us
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Sr. Engineer, Dram Process IntegrationMicron Technology Mar 2022 - Feb 2023Boise, Idaho, Us
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Sr. Engineer Lead - Internet Of Things & Process Control SystemsMicron Technology Mar 2021 - Mar 2022Boise, Idaho, Us
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Engineer Lead - Internet Of Things & Process Control SystemsMicron Technology May 2020 - Feb 2021Boise, Idaho, Us
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Td Process Control Systems EngineerMicron Technology Jan 2019 - Feb 2021Boise, Idaho, Us
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Graduate Research AssistantUniversity Of Minnesota-Twin Cities Sep 2014 - Dec 2018Minneapolis And St. Paul, Minnesota, Us– Pursuing a novel interdisciplinary effort that combines knowledge of computational materials science, continuum mechanics and electronic structure to enable strain engineering modeling of 2D materials to examine their potential for flexible electronics and strain engineering applications.– Systematically developed novel helical objective structures of various 2D materials in MATLAB.– Used shell scripting to methodically submit multiple jobs on HPC servers followed by data collection and organization. Developed MATLAB codes to automatically process and analyze data and plot figures.– Executed careful literature survey to acquaint myself with current 2D materials research and proposed an innovative approach for finding equivalent thickness of 2D materials via objective molecular dynamics.– Created orthotropic plate model with a directional-dependent thickness for anisotropic 2D layered materials (e.g. phosphorene) using objective boundary conditions and a density functional based potential.– Using Ewald summation technique to theoretically determine electrostatic forces on each atom of helical objective structure. Addition of this part when coded in FORTRAN will significantly reduce the computational load in advanced DFTB+ code.– Worked in collaboration with electron microscopy group to understand interfacial properties of layered SiO2 structures via experiments and atomistic DFTB simulations. This work is currently under preparation.– Performing DFTB+ simulations to study the unique piezoelectric properties of single layer MoS2 to aid the design of novel ultrasensitive strain sensors. -
Visiting Research ScientistUniversity Of Bremen Sep 2017 - Nov 2017Bremen, Bremen, DePerformed self consistent charge calculations using objective molecular dynamics simulations on ZnO nanostructures to study its semiconducting and piezoelectric properties, and developed a thickness model for varying number of ZnO layers. -
Undergraduate Research AssistantIndian Institute Of Technology, Kanpur Dec 2012 - May 2014Kanpur, Up, InVibration mode localization in graphene nanoribbons (GNRs) December 2012 - May 2014with Prof. Shakti S Gupta, Indian Institute of Technology, Kanpur, IndiaProf. Romesh C. Batra, Virginia Tech, USA– Discovered extensive change in vibration of GNRs upon addition of few atoms, which is usually neglected in mechanics of sensitive mass sensors.– Observed a new phenomenon called cooperative mode localization in multi-layered GNRs and defined a new parameter to quantify this mode localization.– Coded a C++ program to generate H passivated atomic co-ordinates of GNRs cut along various angles and examined ripples of various spatial wavelengths upon energy minimization via MM3 potential in TINKER code.Electronic properties of graphene deposited on metallic substrate July - November 2013with Prof. Somnath Bhowmick, Indian Institute of Technology, Kanpur, India– Detected metallic to semiconductor transition due to varying orbital distances between graphene layer on Ni substrate along different crystallographic orientations via ab initio DFT software package Quantum Espresso. -
Undergraduate Research AssistantVirginia Tech May 2013 - Jul 2013Blacksburg, Va, Us -
Summer Undergraduate Research And Graduate Excellence (Surge) FellowIndian Institute Of Technology, Kanpur May 2012 - Jul 2012Kanpur, Up, In- Obtained a novel combination of pearlite, tempered martensite and ferrite by heat treatment of high carbon steel for application as railroad material, and studied the deformation mechanism via mechanical testing and microscopy.- Achieved 2x increase in yield strength, 3x increase in ultimate tensile strength and higher strain hardening without addition of expensive alloying elements or compromising much on ductility.
Deepti Verma Education Details
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Indian Institute Of Technology, KanpurMaterials Science And Engineering -
University Of MinnesotaMaterials Science And Engineering
Frequently Asked Questions about Deepti Verma
What company does Deepti Verma work for?
Deepti Verma works for Micron Technology
What is Deepti Verma's role at the current company?
Deepti Verma's current role is DRAM Tech Dev | UofMinn PhD | IIT Kanpur.
What is Deepti Verma's email address?
Deepti Verma's email address is de****@****ron.com
What schools did Deepti Verma attend?
Deepti Verma attended Indian Institute Of Technology, Kanpur, University Of Minnesota.
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