1 years of experience in Embedded Systems & Platforms and Artificial Intelligence.

Experience in Embedded C/ C++ Programming, Testing & Debugging.Experience in Automotive, RF and Aerospace Domain.Experience in Black box and white box testing.Experience in Embedded Automotive, RF Electronics.Experience in in automotive systems like BCM, ABS, RKE, PEPS, TPMS, etc.Experience in Arduino Board Bring-Up and Board Support Package Activities.Experience in Artificial Intelligence and Advance Robotics and testing.Experience in RF Protocols and Associated Modules.Experience in Research and Development of RF, Avionics, embedded automotive & IoT based Products and their testing.Good Knowledge of following Modules: - GPIO, I2C, Touch Screen Panel and Keypad.Good Knowledge of Various Eclipse based IDE’s. Knowledge in CAN protocol.Designed & Developed Unmanned Aerial Vehicle (UAV) as a Complete Product (Under Patent Process).

Skills

Hardware Arduino Mega 2560, Arduino Uno, Arduino Nano, Intel Galileo, Intel Edison, 8051 Controller, PMIC, Snapdragon

Operating System Windows & Linux

Languages Expertise Embedded C, C++, Python.

Technologies /Protocols

RF, LF, IoT, Wi-Fi, BLE, ISM, VI, AI, Embedded Transportation etc.

Tools/Software Ultiboard, Multisim, Diptrace, Cadence, Sigrity

Educational Qualifications

Degree Bachelor of Technology (Electronics & Communication Engineering) 2015 | Gujarat Technological University

Professional Experience

Company Larsen & Toubro Technology Services (L&T Technology Services)

Duration 1 YearDesignation Product DesignerCompany Indian Oil Corporation Limited (IOCL)Duration 2 MonthsDesignation Intern

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Project Name Remote Keyless Entry RF/LF Protocol Specification

Team Size & Duration

2 Members/4 Month

DescriptionThe objective of this project was research on the various RF protocol used in Automobiles and to formulate the Latest & highest specification of the RF & LF Protocol

Roles & Contribution

Researched on the Various RF & LF protocol for automobiles Research on the various encryptions and modulations Benchmarked the Protocols Proposed the Best & Highest Specification RF/ LF Protocols Generation of the Benchmarking and Specification Reports

Project Name Machine Monitoring System

Team Size & Duration 5 Members / 2 Month

Description The objective of this project is to use IoT to develop the system which can sense the status of the machine and take decisions to keep it operational in the safe suggested limits.

Role & Contribution

Requirement gathering and analysis Requirement gathering and selection of Sensors Detailed study of Intel IoT Boards Board Design of the Developed Product Testing the parameters associated to Intel Edison Board Generation of project reports

SW/Tools IDE

Project Name Smart Band

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Team Size & Duration

2 members / 1 Month

DescriptionThe objective of the project is to research and develop the latest smart band which is enabled with the upcoming technology. To outline the requirement of the smart band and to formulate the technology supporting these requirements.

Role & Contribution

Requirement gathering for the smart band Outline the features for the smart band product Design and development of smart band Testing of RF & LF features of the Smart band

Project Name In Flight Entertainment (IFE) System

Team Size & Duration 5 members/1 Month

DescriptionThe objective of the project is to develop the upcoming generation of the In Flight entertainment system which works on the avionics compliance standard.

Role & Contribution

Supporting technical details on the display system used for avionics Research of the avionics compliance display manufactures and communicating for the requirements

Project Name Unmanned Aerial Vehicle (UAV)

Team Size & Duration 1 members/ 12 months

Description

This project primary objective is to Research and Develop an Unmanned Aerial Vehicle which is capable of energy harvesting and to monitor the various parameters as per requirement. The project is focused on the artificial intelligence capabilities of the drone to adapt for flight or hovering mode as per the situation adaptability.

Role & Research on the aerodynamics and avionics of the

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Contribution

UAV Develop the artificial intelligence system To design and develop the RF communication system between the pilot and UAV Testing the aerodynamics, Avionics, RF features of the drone till the threshold limits To develop UAV as a functional product To test the overall aerodynamics and avionics of the flight module.

Platform (HW/OS) Arduino

Language IDE

S/W Tools VSP, Ultiboard, Diptrace

Project Name Rugged Tablet Benchmarking

Team Size & Duration

4 members / 1 Month

DescriptionThe objective of the project was to benchmark the enterprise grade rugged tablets and to outline the best and commercially feasible features for the next generation enterprise grade rugged tablets.

Role & Contribution

Requirement gathering for the rugged tablets Outline the features for the rugged tablets Design and development planning for the tablets

Project Name Noiseless Hair Dryer Product Architecture

Team Size & Duration

3 members / 1 Month

DescriptionThe core objective of the project was to research and develop the next generation noiseless Hairdryer and to outline the system level Architecture as a product.

Role & Contribution

Requirement gathering for the Noise cancellation Outline the features for the noiseless hairdryers. Design and development planning for the product.

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Project Name Tire Pressure Monitoring System

Team Size & Duration

6 members / 2 Month

DescriptionThe core objective of the project was to research and develop the next generation TPMS and to outline the system level Architecture as a product.

Role & Contribution

Requirement gathering for the TPMS. Outline the features for the TPMS. Design and development planning for the product.

Personnel Details

Name Devesh P Singh

Date Of Birth 02/04/94Contact Number 8150047779Email ID deveshtechsingh@gmail.com

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