Mayank Wankhede
Email: ac7ngm@r.postjobfree.com
Career Objective
To work towards a sound position in the corporate world and work enthusiastically in a team to help achieve the vision of the organization with devotion and hard work.
Summary
I consider myself to be a quick learner and an effective manager of my time. I’m known to be an adaptive person and also possess good communication skills.
Academic Profile
Course Institute Board/Univer
sity
Aggregate
10th Narayana
vidyalayam,Chandrapur
CBSE 81.2%
12th Centre Point
School,Nagpur
CBSE 76%
BE(ENTC) Smt.Kashibai Navale
College of
Engineering,Pune
Savitribai
Phule Pune
University
56.65%
[CGPA-6.44]
Plot no-42, Civil
lines
Chandrapur(MH)
442401.
Mob. No: +91-992*******
Technical Skills
Knowledge in:
C,C++ and Core Java,
Matlab and Simulink.
Embedded:
Controller 8051, ARM
processor, Arduino,
Embedded C.
Basic Knowledge:
Java Servlets, Swing
and MySQL.
Personal Details
D.O.B:
March 22, 1997
Father's Name:
Suresh Wankhede
Mother’s Name:
Usha Wankhede
Hobbies
Cooking, Driving,
Watching Movies.
Projects
Micro project
Interfacing of sensors with microcontroller
Platforms Used: MPLAB [Embedded C Code]
Domain: Embedded [Signal processing & IOT]
Description:
Interfaced temperature sensor [LM-35] and Humidity sensor [DHT-11] with PIC microcontroller. The analog input given by the sensor is converted to digital value using PIC internal ADC and displayed on 16x2 LCD.
Mini Project
Bike Black Box
Platforms Used: MPLAB [Embedded C Code]
Domain: Embedded[Signal processing & IOT]
Description:
Interfaced MQ9 and MQ135 with PIC microcontroller to test the vehicle’s condition and designed a fault detection in indicator circuit (based on keypad principle). Major Project
Cryptography and secured communication using microcontroller Platforms Used: WordPress, Embedded C.
Domain: Embedded and Security.
Description:
Designing a circuit in which input message will be encrypted on a processor end and sent to a local host via ESP Wi-Fi module and this encrypted key will get decrypted on a web page and will be comparing MD5 and SHA-1 cryptology algorithm’s based on their time of conversion and frame length.