Embedded Software Developer

Abhishek Ankush Mane

Trimurti Sadan, Room No-**, Kanjurmarg East, Mumbai-400042

************@*****.***

826-***-****

Objective:

To look of challenging and responsible opportunities, explore strength and potential in a professional organization to meet employer's expectations.

Experience:

Organization: PLA Electro Pvt. Limited. Vidyavihar,Mumbai. Domain: R&D Department

Duration: One year eight months.

Responsibilities:

• Researched and Developed Radiation Measurement Devices.

• Tested and Calibrated Radiation Measurement Devices.

• PCB Designing.

• Mechanical Designing.

• Documented Technical Activities.

• Production In-charge.

Educational Qualifications:

• Completed PG Diploma in Embedded Systems Design from CDAC-ACTS, Pune in 2020 with First Class.

• Completed B.E in Electronics and Telecommunication from BVCOE, Navi Mumbai in 2017.

• Completed Diploma in Electronics and Telecommunication from SPS, Satara in 2014 with First Class

• Completed SSC from AMVSS, Satara in 2011 with Distinction. Skill:

• Soft Skill:

• Punctual

• Active listener.

• Curiosity

• Technical Skill:

• PCB design.

• Knowledge of I2C, SPI and CAN bus protocols.

• Embedded C language.

• C++ basic concept.

• ARM Microcontroller (Cortex M3), ARM7TDMI.

• Operating System (EOS).

• Real Time Operating System.

• Linux Device Drivers.

• IOT (Python) on ESP32 module and Thinger Board IOT plateform.

• Andriod programing(JAVA)

• Software known: Keil, MCUXpresso, Altium Designer, Various Eclipse based IDEs, STMCubeMX, Andriod Studio, FreeRTOS, Eagle.

Projects:

• PG-DESD Project: Parallel Switching and Regenerative Breaking in Hybrid Vehicle Regenerative braking is an energy recovery mechanism that slows down a moving vehicle or object by converting its kinetic energy into a form that can be either used immediately or stored until needed. Accelerometer provide the uphill and downhill scenario for switching purpose.On the real time data we can analyze current condition of vehicle and take the decision of mode switching of Engine. Hardware-STM32 Kit, OLED Display, Potentiometer, CAN transreceiver, Accelerometer. Protocol-CAN, SPI, I2C, UART

• B.E Project: Design of Drive for Overhauser Magnetometer.

• It is sponsored by Indian Institution of Geomagnetism. The drive is used to operate and control the overhauser magnetometer and produce the proton precession signal. It is used to deflect the increased proton magnetization into the plane of precession and after the deflection pulse, the frequency measurement is done. And, while the existing deflected magnetization is precessing and being measured, a new one is being created by the Overhauser effect.

• Diploma Project: Automatic Water Bottle Filling Plant.

• The project is aimed at automatic bottle filling and counting. This project will automatically count the bottles using IR sensors. The overall system is liberated from human interventions. The efficiency of this system is high and it helps in automatic bottle filling and counting. Control system is the main part which includes 8051 Micro-Controller programming to control various components in this system. Co-Curriculum:

• State level project competition organized at "SVPM" Institute, Baramati.

• Paper Published in IJLERA of Drive for Overhouser Magnetometer. Hobbies:

• Swimming.

• Trekking.

Languages Known:

• English.

• Hindi.

• Marathi.

I hereby declare that the information given above is true to the best of my Information knowledge belief. Date: Thanks & Regards

Abhishek Mane

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