Rajesh Nagaraja

-Creating symbols and footprints for sensor circuits - Design of circuit and PCB for sensors with EMC complaints (4-6 layers) Temperature and Humidity Sensor CO2 Sensor High Power distribution connector design Light Sensor Radar Tools used: Altium Designer

2-layer and 4-layer printed circuit board Create a 3D model of the printed circuit board Bill of Materials (BOM) Create assembly drawings and pick and place data for your PCB Prepare documentation to manufacture your PCB

• Create components, draw schematic symbols and footprints • Insert the components into the PCB and relocate the circuit board • Create a 3D model of your circuit board • Create a parts list • Create assembly drawings that show the location of the components on the board • Generate Gerber, assembly, drilling file and other files required for production • Prepare professional documents required to manufacture your printed circuit board and assemble your board

PCB developer • PCB was designed and developed using Eagle software. • Design rule check was conducted for the same using Eagle before production

• Introduction to Embedded systems and its programming. • Interfacing of hardware components with 8/16/32 bit micro-controllers.

Design Schematic in both Altium and circuit maker Design PCB professionally in both software PDN analyzer Multi-board Design

Focus: Smart Sensor, Micro and Nano Devices, Technologies for Micro and Nano systems, Semiconductor Physics, Materials in Micro and Nano technologies, Power Semiconductor Devices

Logic Design, Analog Electronic circuits, Fundamental of CMOS VLSI, Power Electronics. Embedded System Design, Fundamentals of HDL.