Experience

Electroninks Incorporated

• United States
• Chemical Manufacturing
• 1 - 100 Employee

• Senior Scientist

  • Dec 2022 - Present

  IJP, AJP, and Spray coating of different types of conductive, resistive, and dielectric inks. Support the ink formulation team. Provide customer support Characterizing the printed and coated samples Documenting the experimental results and presenting it IJP, AJP, and Spray coating of different types of conductive, resistive, and dielectric inks. Support the ink formulation team. Provide customer support Characterizing the printed and coated samples Documenting the experimental results and presenting it



Texas State University

• United States
• Higher Education
• 700 & Above Employee

• Doctoral Research assistant

  • Jan 2022 - May 2023

   Strong understanding of photolithography process in class -100 cleanroom and process optimization Wet etch SiO2 using HF and BOE, control the etch rate by changing the concentration of the etchant  Optimize the deposition process of Al2O3 using ALD by changing the process temperature and flow rate  Develop recipe to deposit metal (Al, Ag, and W) using E-beam and DC sputtering. Characterize the deposited thin film using AFM, Ellipsometer and Profilometer Process development for depositing of C60, Al, and BCP using thermal evaporator on different kinds of surfaces Fabricate MOS-Cap (p-Si/Al2O3/Al), solar cells (Glass/ITO/Perovskite/C60/BCP/Al) and test the performance Optimize the spin coating process conditions to get pinhole-free perovskite thin film with good morphology Model different kinds of thin-film materials to know the thickness and optical properties using ellipsometry Characterize materials: Surface morphology and grain size (SEM, AFM), thickness measurement (profilometer and Ellipsometer), the crystallinity of thin-film (XRD), device performance (I-V) Developed recipe to print fine features from different kinds of materials using Inkjet and Aerosol-jet printer Design and set up the optical cavity for solid-state continuous laser using the NdKGW crystal Project-based teamwork, team lead, present the project outcomes, and priority‐based problem‐solving skills Sound knowledge of grant proposal writing, intellectual property law, business planning, and entrepreneurship Printed Polymer and metal Nanoparticle utilizing Fujifilm Dimatix material deposition system (DMP-2831) with good morphology Have proper chemical/gas handling training and refill N2 gas tank every month Repair lab equipment, understand their operation as well as guide others to use Update the chemical inventory and communicate with companies to complete purchases and maintenance Show less

• MARC Doctoral Assistant – SRO

  • Sep 2021 - Dec 2021

   Trainer and own different metrology equipment (Raman, ellipsometer, four-point probe, probe station for I-V and C-V). Develop the measurement process and troubleshoot the equipment Review old SOPs and make new SOPs for new measurement processes. Also, perform regular health check of different equipment and do maintenance if necessary

• Industrial Engineer Intern

  • May 2021 - Aug 2021

   Prepared design of experiment (DOE) for different projects, execute the DOEs, and made reports to present in the weekly team meetings  Prepared design of experiment (DOE) for different projects, execute the DOEs, and made reports to present in the weekly team meetings

• Doctoral instructional assistants

  • Jan 2018 - May 2021

  - Grading and Evaluation of the experimental reports - Grading class assignment, homework and quiz - Grading and Evaluation of the experimental reports - Grading class assignment, homework and quiz



University of Manitoba

• Canada
• Higher Education
• 700 & Above Employee

• Graduate Research Assistant

  • Sep 2015 - Dec 2017

  -Design continuous-wave laser cavity with solid-state laser crystal. -Experienced in using various high-tech equipment such as Infrared viewers (Model IR-3150), High-resolution spectrometers (HR4000CG-UV-NIR), Beam profilers (BP 109-UV), He-Ne lasers (HRP050-1), CCD cameras (DCC 1945M-9L), and power meters (1918-C). -Design continuous-wave laser cavity with solid-state laser crystal. -Experienced in using various high-tech equipment such as Infrared viewers (Model IR-3150), High-resolution spectrometers (HR4000CG-UV-NIR), Beam profilers (BP 109-UV), He-Ne lasers (HRP050-1), CCD cameras (DCC 1945M-9L), and power meters (1918-C).