Project Work

BTech Project at
IIT Guwahati

Dynamic Model of EV and Cells Balancing

Counter Rotating
Wind Turbine

Chip Radius and
Surface roughness

BTech Project @ IIT Guwahati

Project Title: Design and Development of Collaborative Robotics Cell for 3-d Printing.

Project Description: The project focuses on the design and development of a collaborative robotics cell specifically for 3D printing applications. The primary objective is to enhance the efficiency, precision, and flexibility of 3D printing processes by integrating collaborative robots (cobots) into the workflow. The project encompasses the conceptualization, design, prototyping, and testing phases to create a fully functional collaborative robotics cell.

Project Result

G-Code Generation by Softwares for 3-d Printing

Cad Model to 3-d Printing

3-D Printer at IIT Guwahati

Meet The Team

Aakash Aaryan

BTech Student
Department of Mechanical
IIT Guwahati

Sajan Kapil

Assistant Professor
Department of Mechanical
IIT Guwahati

Ritam Bhaiya

Phd Student
Department of Mechanical
IIT Guwahati

Arushi Madhesiya

BTech Student
Department of Mechanical
IIT Guwahati

Dynamic Model and Balancing of Li-Ion Cells for EV

Project Title: Dynamic Model of Electric Vehicle by Matlab Simulink.

Project Description: This project focuses on developing a dynamic model of an electric vehicle (EV) using Simulink MATLAB. The primary objective is to create a comprehensive simulation that captures the key aspects of EV performance, including the electric motor, battery dynamics, vehicle dynamics, and control strategies.

Project Title: Balancing of Li-Ion Cells Using MATLAB Simulink.

Project Description: This project focuses on simulating cell balancing for voltage, current, SOC, and temperature using MATLAB Simulink. The objective is to develop a model that ensures optimal performance and safety of the battery pack in an EV.

Project Result

1. Dynamic Model of EV

2. Li-Ion Cells Balancing by Simulink

Series Battery Arrangment

Balacing of Li-ion Cells Model

% SOC Vs Time

Current Vs Time

Voltage Vs Time

Meet The Team

Aakash Aaryan

BTech Student
Department of Mechanical
IIT Guwahati

Counter-Rotating Wind Turbine

Project Title: Design a Counter-Rotating Wind Turbine.

Objective: The primary objective of this project is to design a contra-rotating wind turbine using SolidWorks, leveraging insights and data obtained from research papers. Contra-rotating wind turbines are an innovative solution aimed at enhancing the efficiency and power output of traditional wind turbines by employing two rotors that rotate in opposite directions.

Background: Wind turbines are a critical component of renewable energy systems, converting kinetic energy from wind into electrical power. Traditional wind turbines, however, face limitations in efficiency due to wake losses and aerodynamic inefficiencies. Contra-rotating wind turbines address these issues by utilizing a secondary rotor that spins in the opposite direction to the primary rotor, thus capturing energy more effectively from the wind stream and reducing wake losses.

Project Result

Counter-Rotating Wind Turbine

Component Wise Breakdown

Dimension of CRW

Back Side View of CRW

Front Side View of CRW

Meet The Team

Aakash Aaryan

BTech Student
Department of Mechanical
IIT Guwahati

Agniva Ghosh

BTech Student
Department of Mechanical
IIT Guwahati

Aratric Mondal

BTech Student
Department of Mechanical
IIT Guwahati

Anil Kumar

BTech Student
Department of Mechanical
IIT Guwahati

Analysis of Radius of Chip Curvature & Surface Roughness

Project Title: Analysis of Radius of Chip Curvature and Analysis of Surface Roughness

Objective: Measuring Radius of chip curvature on lathe machine with different parameters and Measuring Roughness of cuboid shape material on shaper and milling machines with different parameters.

Background: we are going to analyze the surface roughness profile of a cuboid shape of mild steel material which is produces while doing Milling and Shaping operation at different parameter and chip analysis in which we have find radius of chip curvature at different of chip thickness.