Apr 2016 – Sep 2023 · 7 yrs 5 mos · Pune Area, India

• Building sensors that make the irrigation management affordable, smarter & reliable.

Apr 2015 – Jul 2017 · 2 yrs 3 mos · Pune Area, India

Aug 2014 – Jul 2017 · 2 yrs 11 mos · Pune Area, India

• R&D Patented Projects:
• Green House Management as a Service for Indian farmers:
• Building Green House Controller with IoT platform which can connect to cloud.
• Cloud provides the range of parameters needed for that crop and soil in that greenhouse as a service.

May 2013 – Jun 2014 · 1 yr 1 mo · Mumbai Area, India

• The hardware/software co-design system is a type of system in which a CPU and an FPGA both breathe together and run in parallel to support each other to get more efficiency and productivity. Using open source RISC architectures like OpenRISC, CPU can be made synthesizable and if FPGA is made synthesizable then both can sit on a single ASIC to form a platform for hardware/software co-design system.
• To enable users to simulate and test their hardware/software co-design, there is a need of hardware-software co-simulation platform. As a part of this, a "FPGA simulator" is built.
• The architecture of N x N array FPGA for this platform is designed and developed in Verilog. A tool called VTR (Verilog-to-Routing) is used to develop a toolchain to compile, place and route users' design on this custom built N x N array FPGA. A layer to connect VTR and N x N array FPGA developed using Python script is used to supply the configuration bits from VTR to N x N array FPGA in the form of a bitstream.

Sep 2010 – Jun 2014 · 3 yrs 9 mos · Mumbai Area, India

• Developed the following 2 projects:
• Remote Triggered FPGA based Automated System
• Development of low-cost 128 macrocell CPLD board
• These projects come under Virtual Labs sponsered by MHRD. The main project being named as "Electronic design using DSP, FPGA, CPLD and microcontrollers through simulation and direct access of hardware"

Feb 2012 – Jun 2014 · 2 yrs 4 mos

• Co-wrote article on “An Aawhan against cellphone tower radiation”, which was later picked up verbatim for publication by Cell Phone/Tower Radiation Hazards and Solutions - Newsletter 2013

Jul 2009 – Jun 2010 · 11 mos · Pune Area, India

• Concept used : Control Systems (using precision motion controller, microcontroller)
• Language used : C language
• Sponsored by : ARDE, Pune (DRDO, Ministry of Defence)
• Description :
• The “FIN CONTROLLER SYSTEM” guides the missile to follow its predefined path and approach the target with accuracy. This will increase the efficiency of the armed force manifold.
• The deflection of the fins of the missiles is controlled by using dedicated motion controller. This motion controller takes in the trajectory parameters from the autopilot unit and compares it with the feedback signal coming from optical encoder of the motors and generates an error signal. This error signal in PWM format drives the motors with the help of a motor driver circuit. The Host Controller is used to program the Precision Motion Controller.