This document is an abstract for an individual project submitted by Madhu P to Dr. L.H.Gopala Krishna Rao on September 24th, 2021. The project aims to develop an integrated software application in Python for an industrial robot that incorporates technologies like machine learning, IoT, data science, cloud computing, drones, augmented reality and more. This would help address the gap in harmoniously integrating these technologies into robots capable of advanced manufacturing and services. The abstract outlines how the conceptual model would integrate AI and other technologies to automate business operations and service delivery by designing ten subsystems for the "automated industrial robot" to work in parts of the business cycle.

1. HRD Engineering College
Faculty of CSE
Abstract for an Individual Project
Title of Project: Quality control management for the reliability of interchangeable
batteries and their applications in the automotive industry
Submission Date: 24th September 2021
Submitted to Dr L.H.Gopala Krishna Rao
Submitted by Madhu P (K1234567890)

2. QCM 1
ABSTRACT
In the past decade, new inventions like Machine Learning, IOT, Data Science, Cloud
Computing, Drones, Augmented Reality, Virtual Reality, Block Chain, Robotics, Robotic
Process Automation, Conversional Chabot’s and Bio Sensors have disrupted all industrial and
commercial operations or processes. The present decade belongs to Artificial Intelligence,
wherein Machine learning based robotics is enabling automation of highly complex and
composite industrial and commercial operations or service delivery in an most efficient and
effective approach. However, there exists a significant gap in creating a harmonious
integration of these technologies into an industrial robot such that is capable of
manufacturing state of art products or deliver highly sophisticated services. To resolve this
constraint of synthesis convergence of technologies, this exploratory research study project
intends to develop an integrated software application in Python for an industrial robot, which
integrates all the mentioned technologies to meet the increasing demands for multi-
dimensional or multi-skilled robots instead of the dedicated industrial robots that exist in
place today. This conceptual software application model integrates capabilities of artificial
intelligence and all the other technologies to resolve the key challenges associated with
automating business operations and service delivery. The knowledge needed for this
exploratory research study was gathered from various technical and research literature that
were hosted online. This gathered information, helped me in designing each of the ten
individual subsystems of the ‘automated industrial robot’ that can be deployed to work in an
part of the business cycle, like service delivery, manufacturing, inventory control, logistics,
supervision and administrative departments.
Keywords: Data Science, Artificial Intelligence, Augmented Reality, Virtual Reality,
Internet of Things, Natural Language Processing, Cloud Computing, Conversational Bot,
Block Chain, and Robotics