1. Design, Development, Production and Delivery of various type of Gimbals and Onboard Controller for small and medium UAV.2. Production, Planning and Delivery incharge for the Surface Surveillance Radar (SSR) and its sub-systems like Transceiver, Antenna, Utility Power Supply, Consoles, Platform Control Unit and Roll Stabilization Antenna Platform along with the Spares and Integration Materials to Indian Navy.3. Successfully completed the Transfer of Technology for indigenous build of SSR sub-systems like Transceiver and Antenna with Terma, Denmark and Roll Stabilization Antenna Platform, Platform Control unit and Power Filter Assembly with Chess Dynamics, UK.4. Successfully completed the development of Proto units of UPS Rack and Engineering Console of Air Surveillance Radar (ASR) for EMI/EMC and Environmental Test.5. Designed and Developed the contents for the Computer Based Training (CBT) for Interactive Electronics Training Modules (IETM) for the SSR Systems to Indian Navy.6. Project Management as well as individual contribution for the Design, Development, Testing & Validation of Utility Rack. Also manage the development and qualification of Multi-Function Console and COTS based Simulator for Surface Surveillance Radar.7. Successfully completed the Testing & Qualification of the Radar Sub-system with respect to environmental standard JSS-55555 and EMI/EMC standard MIL STD 461E/F8. Created and Reviewed the Production and Quality related process documents for the Certification to manufacture Radar System and Sub-systems in accordance with CMMI L3 and ISO 9001:2015 standard.9. Contributed toward the MRO Business for Repair of Obsolete Radar and Telecommunication Module & cards.

1. Technical Management for multiple projects for the design & development of RF Products, Obsolescence Management for RDR-1400 Radar sub-modules, S/W development for TCAS-IFF Control Panel and Display Simulator (CPDS) as per RTCA-DO278A Std.2. Program Management for manufacturing of 18 Types of PCBA for SONAR System.3. Design, Development, Testing & Debugging of various modules like T/R Module, Power Supply Unit, Built in Test Equipment (BITE) and Altimeter for airborne platform. 4. Develop Technical and Commercial Proposals, Statements of Work for RFP/RFQ for various commercial and defence customer.5. Successfully completed the program management for the design, development, testing, debugging, NPI and Production of 2 types of modem with E1 and V.35 interface worth USD 1.0 million6. Successfully executed the Production, Quality, Testing and Delivery for the production of S Band T/R Modules worth USD 20 million. Completed the facility setup for production of RF Module assembles and RF Test Lab setup to carry out testing and debugging of RF/Microwave components and subsystems.

1. Associated with the various project execution for Eastern Air Command (EAC) of Indian Air Force. • Project Management for the Design & Development of Video Transceiver for Unmanned Air Vehicle and Ground Control System. • Project Management for the Procurement, Delivery and Installation & Commissioning of CISCO Switches and IP Phone, Repeaters and Siren at 22 location of Indian Air Force for Eastern Air Command.2. Manage the team for System Integration of Radio Communication for Tactical Communication System3. Managed the design of Video Transceiver for Unmanned Air Vehicle and Ground Control System. 4. Prepared the Technical Response for RFI and RFQ for Aerostat Program for Indian Defence Sector.5. Conducted Site Survey for CCTV Installation at 10 sites of Indian Air-force

I was a core member for Design Flow Verification & Test Team and the primarily job function was to test and evaluate the Agilent EEsof product. I was involved in defining the Quality and SRS documents and report them through Clear Quest and monitor through Agile Scrum Workbook for every release ADS in the Product Life Cycles.Responsibilities/Contribution: ► Created a Design Flow using LNA+SPDT on two different technology with Antenna to show case the front end of Transceiver system for European Microwave Symposium. This has also been included in examples in ADS2011 for customers.► Lead two Work Group Team for Quality check for two major areas of the ADS. Generated the Qualification status for the Complete ADS Software for every alpha release. Took 1st Hour Customer Survey from Internal and External Customer.► Supported customer (Fujitsu, AMD, ST Micro, Freescale and ISRO) in benchmarking their design with their measured data and simulated data for SI Application and EM.► Created a SI Design Flow using Multi-Gigabit Channel and use them as an example project for the users of ADS Tools.► Defining the structure for in-house development of Artwork Translator (DXF and Gerber) and created RF Board Design Flow to verify them.► Developed the Design Flow for MMIC Amplifier, Phase Shifter and Oscillator to verify the ADS tools.Customer Trainings and Technical Support: ► "Signal Integrity" Training to Finisar, Singapore ► "ADS Layout & Signal Integrity" Training to Institute of Infocomm Research, Singapore ►“Momentum Training” to Institute of Microelectronics, Singapore ►“ADS Customization” to ColdFusion Engineering, Penang, Malaysia ► Signal Integrity Workshop to ST Microelectronics, Noida using Agilent Software “Advance Design System”. ► Training on “Momentum using ADS” to Motorola, Penang, Malaysia ► “ADS Fundamental Training” to Avago Technologies, Penang, Malaysia

I was involved in the Project for Prototype Development of Transmit/Receive Module for the Airborne Early Warning & Control System (AEW&C) Radar. My primary role was to Design, Develop and Test the T/R Module. I have also prepared the Transfer of Technology document that was given to the manufacturing agency for production. I have also work on the design development and testing of Transceiver Unit for the Low Level Light Weight Radar System (LLLR) for Low flying aircraft and objects.My Major Contribution: ►Filters: Designed the S-Band Hairpin Line Band Pass Filter for strip-line structure on Er=3.3 to achieve IL=1.0dB, RL=20dB and Band Rejection > 30dB with performance verified with vibration and temperature for MIL STD. ►Low Noise Amplifier: Designed the i/p, o/p and inter-stage matching using Agilent ATF 3X143 pHEMT Device and discrete component of RLC on Er=2.2, T=31 mil to achieve NF= 0.9dB, Gain=16dB, P1dB=14dBm. ►Amplifier Chain for T/R module: Designed 50 Ω i/p and o/p matching for driver and final balanced amplifier on Er=10.2 to get rated o/p power=190W over the specified freq band with MIL STD. ►RF Multilayer PCB Board: Designed the 6 layer board for RF front end receiver where Top layer was used for Microwave Circuits and below layers were used for Routing for MIL STD. The Design also involves EMI/EMC, Crosstalk and Signal Integrity Simulation. ►Discrete Phase Shifter: Designed the 6-Bit Phase Shifter using PIN Diode having IL=6dB and Isolation > 30dB, Phase of 5.625°, 11.25°, 22.5°, 45°, 90° and 180°. ►Integrated T/R Module Layout: Designed the complete layout for Transmit and Receiver chain so that each chain can be tested separately. The integrated T/R Module were designed and tested to meet the required system specification in terms of Power, Gain, droop, duty cycle and pulse width constraint, rise and fall time, currents drawn on Tx Chain side & Power, Gain Compression Point, RL, NF, phase bits and attenuation bits control in the Rx Chain.