Embedded System
Resume:
SACHIN M M
adj4n0@r.postjobfree.com
CAREER OBJECTIVE
I would like to work in a challenging environment, with dedicated and committed individuals, which will help me realize my fullest potential by contributing to the success and growth of the organization.
Academic Qualification
SKILLS
1. Programming Language
C, Python, Embedded C Programming.
Hardware languages like VHDL and Verilog.
MATLAB.
Serial protocol UART, SPI, I2C.
CAN, LIN, MOST.
2. Software
Keil, MBED_OS, FreeRtos, UNIX, RTOS.
3. Boards
8051 Microcontroller, ARM processor-LPC214, ARM CORTEX M0+ frdm kl25z. 4. Presentation
Identifying sources.
Processing, editing, preparing presentation and delivering. 5. Management and Leadership
Setting goals and milestones.
Listening attentively, motivating, co-operative.
CERTIFICATION
Certification course in Advanced Telecom Technology at RTTC Mysore in ‘Optical fiber communication’ (July 2016).
Successfully completed workshop on “Arduino and Embedded Wireless System” at JIT, Davangere in the year 2016.
Education University Institute CGPA /
%
Year
M.Tech
Embedded
Technology.
VIT University
Vellore
VIT Chennai 7* 2019-2021
B.E ( Electronics and
communication)
VTU Belagavi
Karnataka
JIT
Davangere
6.2* 2017
Intermediate/+2 PUC Board
Karnataka
SVC College
Davangere
73.66% 2013
Matriculation Karnataka SSLC
Board
Vidya Sagar School
Davangere
60.33% 2011
PROJECTS
1. IOT Fault Detection And Accommodation Using ARIMA Model In FRDM KL25Z (2019).
A growing number of studies indicate the significance of short-term exposures to airborne particulate matter, such as those occurring in a vehicle cabin.
The project aims in reducing the particulate matter in a vehicle cabin using Neural Networks and Artificial Intelligence.
2. Embedded System For Home Automation Using SMS In Arduino
the design and development of a system for household appliance control using cell phone through global system for mobile communication (GSM) technology.
The system uses the user's mobile handset for control and therefore the system is more adaptable and cost-effective and also providing ubiquitous access for appliance control. 3. Study Of Artificial Intelligence On Prediction Of Energy Consumption Using RNN-LSTM Network Model (Dec 2019).
The rapid increase in the consumption of electricity requires accurate forecasting of distribution of electricity usage.
Two methods with one using a Recurrent Neural Network (RNN) and another using a Long Short Term Memory (LSTM) network, considering only the previous consumption of electricity to estimate potential consumption of electricity.
4. Automated Bicycle Renting System using LPC214 (Sep 2019)
This project aims in reducing the usage of motor vehicles by using bicycle as alternative means of transportation.
The user will be issued with RFID cards, which when brought near RFID (EM18 reader) validates the user and cycle will be allotted.
The user after the ride can park the cycle in any of the nearest stations and again user will be verified using the RFID card.
5. Design of floating point architecture implementation using FPGA
Numbers can be expressed in point Fixed and point Floating. Only integers are expressed in Fixed Point representation, and range is also limited. Quite large integer representations face challenge.
The need of the hour is floating point computations that involve fast processing. Hence the use of Verilog coding in Xilinx ISE Development suite 14.1 environment where the function and timing are checked and floating point arithmetic is done. 6. Embedded System Based Temperature And CO2 In Car Monitoring System FRDM KL25Z (Aug 2019)
The main objective was to build a CO2 gas measuring system. MQ4 is the gas sensor which provides the quantity of CO2 present.
Once the value of CO2 exceeds the threshold value, with the help of GSM module message will be delivered to owner.
DECLARATION
I hereby declare that above information is completely true and correct to best of my knowledge and belief. Date: Place: Sachin.M.M
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