Education

• St Antony's Public School

  High School Diploma

  Science
  AISSE
  

• National Institute of Technology Calicut

  Bachelor of Technology - BTech

  Electrical and Electronics Engineering
  Relevant Projects (1) Study of sliding mode control of a dc-dc converter and performance comparison with classical control methods such as voltage and current mode control. This involved simulation study using MATLAB-Simulink and Orcad PSPICE. A boost converter hardware prototype was developed in the laboratory. (2) Implemented a linear predictor using MATLAB. This involved the development of basic DSP data structures such as lattice filters and modeling of different vocal tracts using the same. (3) Implemented a Digital PLL using Arduino platform.
  

• National Institute of Technology Calicut

  
  Coordinated teaching sessions in Digital Signal Processing and MATLAB. Volunteered to conduct classes on C language as part of IEEE Women in Engineering initiative. Conducted teaching sessions in Labcenter Electronics, Proteus 8 Professional.
  

• North Carolina State University

  Master of Science - MS

  Electrical and Electronics Engineering
  Relevant Projects (1) Reconfigurable N-path mixer first receiver (2) Design of CMOS direct-conversion receiver using 45nm technology (3) Circuit and layout design of a 64 bit (8x8) SRAM using 15nm FINFET technology. (4) Design and analysis of a CMOS operational amplifier (5) Speed controller for a BLDC motor using Simulink (6) Design and analysis of a bidirectional DC-DC converter for a battery charging application.
  

• North Carolina State University

  Graduate Student

  
  Research HARMONIC PERFORMANCE OF N-PATH MIXER-FIRST RECEIVERS WITH CIRCULANT SYMMETRIC BASEBAND FEEDBACK (MS Thesis, Advisor: Dr. Brian Floyd) iNTEGRATED CIRCUITS AND SYSTEMS LAB (INCS2) (July2017–current) •Designed a circulant - symmetric baseband (CSB) feedback for a re-configurable N-path mixer-first receiver architecture to improve the harmonic suppression and bandwidth tuning in GF45RFSOI. •Demonstrated higher order response using ciruclant - symmetric baseband feedback employing R-RC circulants. •Validated impedance translation of baseband with higher order RC network using circulant - symmetric baseband feedback theory.
  

• North Carolina State University

  Graduate Teaching Assistant

  
  •Teaching assistant for ECE403: Electronics Engineering •Course content includes circuit design and analysis using PN junctions, FETs, BJTs for junior/senior ECE students.