Front-end process integration engineer at Intel pathfinding team developing the next-generation (beyond FinFET) semiconductor technology.

Worked in NanoNio Laboratory in Shimadzu Institute for Research and Technologies. My research focus was to design and develop biosensors for POC diagnosis and disease detection. I have successfully completed multiple projects here since Fall 2011.

Served as a Graduate Teaching Assistant in Department of Electrical Engineering, UTA from 2011-2016. My job responsibilities included: -Course instructor, Design lab projects for the students-Mentor undergraduate students-Prepare exam paper and assignments,

- Developed infrastructures for automation of systematic failure analysis and effective silicon validation with 7nm hardware data - Analyzed electrical data from DOE process window and process fail-mode test structures to investigate systematic yield detractors - Reviewed test-site macro designs to capture systematic fail-modesPrior experience...- Developed state-of-the-art 7nm CMOS technology by designing test-site macros to identify systematic yield limiters- Conducted Design of Experiment (DOE) to generate electrically testable structures for BEoL Opens/Shorts fail modes - Designed parameterized-cells (pcell) in SKILL for quick and accurate assembly of DOE layouts- Macro verification and Design Rule Check (DRC) to develop ground rule clean macro layouts.

Explore different nano-bio technologies for cancer diagnosis.

- Developed state-of-the-art 7nm CMOS technology by designing testsite macros to identify systematic yield limiters- Conducted Design of Experiment (DOE) to generate electrically testable structures for BEoL Opens/Shorts fail modes - Designed parameterized-cells (pcell) in SKILL for quick and accurate assembly of DOE layouts- Macro verification and Design Rule Check (DRC) to develop ground rule clean macro layouts.

Lecturer in the Department of Electrical and Electronics Engineering.Member of: Center for Energy ResearchCourse Instructed: EEE101: Electrical Circuits-IEEE103: Electrical Circuits-IIEEE220: Electrical Wiring and DraftingEEE305: Power SystemEEE309: Communication TheoryEEE310: Communication System LaboratoryEEE433: Optoelectronics and Optical DevicesEEE456: Digital Communication laboratoryCSI122: Structured Programming Language LaboratoryThesis Supervisor: "Line Following Robot"

Job Responsibilities:Data mining, Software Development, Algorithm formulation.List Of Projects:1. Support Vector Machine and GA base buy-sell decision making algorithm development.2. "Visualization of fourth dimensional data in two dimensional space". Algorithm development for intelligent clubbing in data‐mining and design of a four‐dimensional Data Analyzer (using MATLAB). 3. Online Computational Module Development for 'Modeling and Pricing of Variance Swaps for Local Stochastic Volatilities with Delay and Jumps'.