E-Pedagogy
E-pedagogy can generally be defined as 'learning design that integrates educational content, values and effectiveness of technology-supported teaching, learning and evaluation activities. According to UNESCO, one and a half billion students around the world have been participating in remote learning since March 2020 at the height of the COVID-19 pandemic. The increasing availability of online learning has gained its popularity among students. Because of this pandemic, everything has become online, it is difficult for teachers to have different software that performs various tasks such as marking attendance, scheduling meetings, sending notes, assignment and conducting examinations. With all the enhanced software, hardware, and mostly the Internet access, provides more options for online education which will become available. With all the student enrolments increasing in the universities faster than classrooms can be built, students becoming more proficient with technology, and students pursuing an education that meets their needs, the future of online education will continue to grow. Online education programs will become more widely accepted since they have become a more common practice. We therefore need a full all-in-one online education solution. This provides features such as the submission of online assignments, the scheduling of meetings, the maintenance and management of individual student marks, the attendance marking system and the conducting of exams on a single platform. In online education, applications that can include therapy sessions or arrange extra classes for students can also play an important role.
Published by: S. Nagarjun, Anushree T., Ashwin Xaviour W.
Author: S. Nagarjun
Paper ID: V7I3-1517
Paper Status: published
Published: May 27, 2021
Cement Concrete Road Construction with Geogrid Material
In road construction the existing soil has many inherent flaws including various problems such as non-uniform consistency, unstable soil, moisture problems, tensile strength and loose soil.This study was considered with the use of geogrid to strengthen the rigid pavement .Weaker soils are generally clayey and expansive in natures which are having lesser strength characteristics. Technique of improving the soil with geogrid increase the stiffness and load carrying capacity of the soil through fractional interaction between the soil and geogrid material improving black cotton soil. The load coming on the road crust is transferred to the underlying soil. If the soil supporting the road crust is weaker, the crust thickness of road increases, which leads to the more cost of construction. To achieve the economy and for proper performance of road, it is necessary to improve the soil. Geogrid benefits include ease construction, increased life of the structure and reduce maintenance requirement and also reduce cost of construction, easy to repair or easy to installed.
Published by: Samata Thakare, Ankita Pailkar, Shradha Sanap, Utkarsh Andhere, Sarvesh Palkar, Vivek Ubhare, Vaibhav Bhoir, Dr. S. R. Bhagat, P. P. Mahajan
Author: Samata Thakare
Paper ID: V7I3-1514
Paper Status: published
Published: May 27, 2021
Battery Operated Forklift
Forklift is a machine that brought revolution in a mechanical industries and all heavy engineering company uses it. Forklifts had changed the way loading and unloading of heavy weight cargo. Fork lift made it possible for a person to move thousands of kilograms of heavy load from one place to another without many efforts. To enhance the tech this prototype is constructed with remote technology, so that the person working on it can walk along with the forklift so that he can accurately place the container which, in end will increase the safety.
Published by: Jayesh Patil, Nikam ruturaj, Hritik Kanse, Dhananjay Sarawade, Nitin Gholap
Author: Jayesh Patil
Paper ID: V7I3-1513
Paper Status: published
Published: May 27, 2021
A Study on Development Operations for Continuous Integration using Jenkins
DevOps is a new way of thinking for software design that intends to break down the barriers between developers and operations team to provide quick delivery and immediate response to changing requirements throughout the software development Process. Each programmer or testing team will be allocated to different project, so it would be critical to test and build the modules to ensure they operate working efficiently and without flaws. One of the important techniques among software developers is Continuous Integration (CI), in which developers integrate their work into a baseline on a regular basis. Automating the process like build and testing is the important way to make Continuous Integration more powerful and quicker. This paper examines the challenges faced during traditional Integration and the advantages of CI using Jenkins.
Published by: Deepika R., Sharadadevi Kaganurmath
Author: Deepika R.
Paper ID: V7I3-1510
Paper Status: published
Published: May 27, 2021
Training Effectiveness Program of different Companies
The training program is conducted in every company irrespective of the type of business, it helps every employee to understand the company’s objectives, culture, expectations, and what role the employee has to play towards the company. The company provides On-Job training or Off-job training i.e some companies provide On-Job training in which they train their employees while allotting the task and train them simultaneously whereas some companies provide pre-training to the employees before assigning them the actual task. The training program towards employees has various advantages like it help them to understand the job role, improve performance, increase employees engagement, improves employees retention & growth, brush-up skills and so on. Training is important because it represents a good opportunity for employees to grow their knowledge base and improve their job skills to become more effective in the workplace. The research describes what are the different types of methods companies use to measure how effective the training program is and what percentage of response the company gets after the training program is conducted
Published by: Pranav Tolpunuri
Author: Pranav Tolpunuri
Paper ID: V7I3-1500
Paper Status: published
Published: May 27, 2021
Hybrid automated lawnmower
The project's goal is to build an automated hybrid lawn mower that runs on IoT and solar energy instead of fuel, which will help with energy-saving. The goal of this project is to build a hybrid automated lawnmower with a DC motor, rechargeable battery, solar panel, blade, and an IoT-based control system. The system has two modes: automatic and manual. The system is powered by a 12-volt battery. The solar lawn mower is controlled by a switch on the board that shuts the circuit and allows electricity to pass to the motor that drives the blade to move. During manual mode, we can operate the robot via a Bluetooth controller. For programming, the Arduino IDE software is utilized. Obstacles are detected using an ultrasonic sensor. Solar charging is used to recharge the battery.
Published by: Nisari MD, Ramola Joy, Amritha MR, Bency Babu, Ramees NR
Author: Nisari MD
Paper ID: V7I3-1499
Paper Status: published
Published: May 26, 2021
