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Smart Engineering Project (G2M)

Smart Engineering Project (G2M)

Teacher

Dr. Sudhansu Kumar Samal

Category

Core Courses

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Course Name : Smart Engineering Project (G2M)

Code(Credit) : CUTM 1023(0-0-3)

Course Objectives

  • The main objective of this course is that students from various branches can learn different tools and collaborate together to build a smart live project.
  • To make the centurion's think beyond engineering.
  • To provide the platform to express the imagination to reality.
  • To acculturate the diversity in engineering.
  • To make the centurions industry ready.

Learning Outcomes

On completion of this course a student will

  • Learn the new tools and use them to solve some current problems in their respective areas.
  • Be able to learn current industry software’s and work on  projects based on multidisciplinary fields.
  • Can able to explore the engineering more conceptually manner.
  • Can able to discover the engineering as a quality product outcome.
  • Can able to work with the diversity in present industries scenario.

Course Syllabus

  • Inter Disciplinary 
  • Product Based
  • Industry 4.0
  • Go to Market Based

Project categories:  

  • Software/Hardware Based
  • Real-Time
  • Multidisciplinary

Basic Project Requirements:

As per the Project requirements you can select any available boards/software.

Some selected and regular used embedded boards as listed below for your reference.

Hardware

  1. Arduino (Uno, Mega, Nano)
  2. Node MCU/ESp32
  3. Raspberry pi Zero W/Raspberry pi Pico
  4. Micro Python
  5. Raspberry pi 3b+
  6. FPGA Board
  7. STM32

Simulation Software’s

Some selected and regular used software as listed below for your reference.

  1. Proteus Professional
  2. MATLAB/Simulink
  3. LabVIEW
  4. Xilinx ISE
  5. Ansys
  6. Fusion 360
  7. Autodesk
  8. Dymola
  9. Simulia
  10. Maplesoft
  11. Modelica
  12. Python

Projects In Track:

  • Analysis Design of G+10 Building using STAAD Pro
  • Automated water irrigation controller for rice field
  • Automatic Microgrid System
  • Automation in Light and Fan in Classroom
  • Speed Control Control Of Dc Motor using Arduino
  • Bench Tapping Machine
  • Modular E-Rikshaw Design using Catia
  • Renewable Energy using Compressor
  • Wireless Control Robotic car through MATLAB GUI
  • Water Level and Temperature Indicator
  • Speech Recognition using Python
  • IOT Based Air Pollution Quality Monitoring with ESP8266
  • Plant Disease Detection using Image Processing
  • IOT Based Air Quality and Monitoring By Using Arduino
  • Automatic agriculture field monitoring device
  • IOT Based Weather Station Using GY-BME280 Sensor Module and ESP8266-12E Node MCU LUA Wi-Fi Module
  • Bluetooth Controlled  Car Using ARDUINO
  • Crimes Against Women in India
  • A Presentation on Analysis of QUAD COPTER
  • Collecting Data and Visualizing of a Mobile Sensors of Android Device
  • Manufacturing  of Knuller Tool
  • Smart Product Sanitization and Packaging  System

Product In Track

  • Insulin Pump Prototype Design
  • Electronic Controller Design
  • Battery Management System Design
  • Poly House 
  • Apparel Tracking using Apriso webserver
  • Android app development using android studio and Java
  • Modular E-Rickshaw variant Design
  • Autonomous Navigating Vehicle 
  • Smart Transformer Control Panel Design
  • 3-Phase BLDC Motor Driver Design

Session Plan

Session 1

  • Allocation of projects.
  • Defined the gate zero process.

Session 2

  • Review of gate zero process

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