• Used Xilinix's Vivado Design Suite: logic design with behavioral models (designing 32-bit MUX, Latches and flip flops), RTL models, Algorithm based models and Finite State Machines.• Familiar with Linear circuits: Kirchhoff’s Voltage Law, Kirchhoff's current Law, Power calculations and three phase c, 2nd order and 3rd order circuits (RL & RC, RLC), Laplace transform applications of circuit analysis, 2 port circuits, low-pass, high-pass, band-pass and band reject filters, Transfer functions, Steady state responses, Fourier• Analyzed and worked with: Diodes and zener diodes circuit analysis and design, nmos and pmos transistor circuit analysis and design, BJT transistor circuit analysis and design, amplifiers via BJT/NMOS transistors (Developed the small signal model of the amplifier and found the gain of a system), Transfer functions for BJT/NMOS• Evaluated Computer Architectures: microcontroller programming, computer systems performance and evaluation (amhdals law), control and processor datapaths, RISC, Shared NUCA Cache, Cache hierarchy• Familiar with Computer communication networks: Network models, Media access protocols, Data link control, Routing and flow control, Internetworking, Current architectures and protocols: OSI, ethernet, token, ring, FDDI, HSLC, X.25, HTTP, socket programming UDP, TCP, Link layer data error detection and correction.• Worked with computer embedded systems: MSP430 microcontrollers, Masking arithmetic’s, Flashing LEDs and reading push buttons, Interrupts, Low-power modes, LCD display, Advanced timer features (multiple channels, timer output), Concurrent event handling with interrupts, UART communication, I2C communication, ADC converter(SAR type), SPI communication, Pixel graphics, clock modules, MSP430 architecture, real-time operating system (RTOS), interrupts concurrent, LPM modes, timer features such as multiple channels and timer outputs, UART, I2C and SPI communication