Mechanical Engineer Engineering
Resume:
VASANTH M
M**/** *nd floor anbu flats central avenue Mkb nagar
Chennai-600 039
*****************@*****.***
DOB 06/11/1998
Objective My goal is to become associated with a company where I can utilize my skills and gain further experience while enhancing the company’s productivity and reputation. Experience
Education
Skills Team Building
Problem Solving
Optimistic Character
Projects
Publication
Centre For Urbanisation Building & Environment(CUBE) Project Assitant
Working with team members in collecting various data from industries and Feeding in the system.(Data Collection).
Analysis of drone and pathological survey of the water bodies in and around the industries done under my guidance. With all the basic data collected from the industries and helps my team to form the remedy route for the industries located all over tamilnadu. It is a government project done under the domain of environment. Jan 2020 - April 2020
Rajalakshmi Institute of Technology
B.E Mechanical Engineering
2020 — 7.73
Dominic Savio matriculation higher secondary school HSC
2016 — 87.80
Dominic Savio matriculation higher secondary school SSLC
2014 — 96.80
Design And Fabrication Of Light Weight Helmet Using Composite Material Developed a light weight helmet using composite material and crab shell. Though our project was mainly concerned about using the sea waste into a useful product Automated 3d Printer Controlled Using IOT Devices
This experiment is to design a 3D printer and control it using IoT devices. In this, the user sends the 3d model to the cloud server. Then everything becomes automated. A Microcontroller automatically downloads the files and sends it to the slicing software. This software converts the 3D model into G-code.
Then, the Microcontroller sends these G-code to the 3D printer and the model is printed. Through this, the 3D printer can be automated, and hence it can accessed from anywhere just by connecting it through the internet.
Using this multiple 3D printer can be accessed and queued. The present work deals with the 3D printing with the help of Internet of Things using various configurations. An Interpretation Of Automated 3d Printer Controlled Using Internet Of Things(IOT) - International Journal Of Control And Automation [Vol 13. No 4
(2020) PP 942-951]
The main objective of this experiment is to design a 3D printer and control it using IoT devices. In this, the user sends the 3d model to the cloud server. Then everything Interests Manufacturing
Dynamics
Energy Systems
becomes automated. A Microcontroller automatically downloads the files and sends it to the slicing software. This software converts the 3D model into G-code. Then, the Microcontroller sends these G-code to the 3D printer and the model is printed. Through this, the 3D printer can be automated, and hence it can accessed from anywhere just by connecting it through the internet. Using this multiple 3D printer can be accessed and queued
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