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Vishwaniketan’s
Institute of Management Entrepreneurship & Engineering Technology
Department Of Electrical Engineering
Mini Project Presentation
ON
“Factory Layout Design Using Electrical AutoCAD”
BY
Raj R. Khandekar(17)
Kundan Sharma(41)
Siddhesh Kondilkar(18)
Vedant Kevane(16)
Under Guidance of
Prof. Nidhi Sharma
3. OUTLINE
1. Introduction and Motivation
2. Research Objectives and Scope
3. Problem Statement
4. Literature Review
5. Research Gaps
6. Proposed System
7. Requirement Analysis
8. Design and Planning
9. Result and Discussion
10. Conclusion
11. Future Scope
12. References
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4. Introduction and Motivation
Efficient factory layout design is a critical aspect of optimizing productivity, safety, and workflow within industrial
facilities.
The configuration of machines, workstations, electrical systems, and equipment placement plays a pivotal role in
ensuring the smooth operation of a manufacturing or production facility.
Its capabilities extend beyond the traditional design of electrical circuits to encompass various facets of factory layout,
including power distribution, lighting, machinery placement, and safety features.
It empowers organizations to make informed decisions about energy-efficient lighting, power distribution systems, and
equipment placement, thereby minimizing the carbon footprint of their operations.
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5. Research Objectives
Develop a detailed factory layout design that optimizes space utilization while considering production
processes, workflow, and safety.
Integrate and design the electrical infrastructure to support the facility's operational requirements.
Ensure compliance with local electrical codes and regulations.
Optimize energy efficiency and sustainability in electrical systems where possible.
Create a digital representation of the layout using AutoCAD software.
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6. Scope of Proposed Research
The Factory Layout Design project using Electrical AutoCAD aims to provide a comprehensive
layout plan for an industrial facility, incorporating electrical systems and components.
This Project will address various aspects of factory design, with a primary focus on electrical
infrastructure, ensuring safety, efficiency, and compliance with relevant codes and standards.
This is crucial for understanding the flow of electricity within the factory and for maintenance
and troubleshooting.
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Problem Statement
The modern manufacturing industry relies heavily on efficient factory layouts to streamline production
processes, reduce operational costs, and enhance overall productivity.
The integration of electrical systems and equipment within these layouts is crucial for ensuring the safe
and effective operation of the manufacturing facility.
However, there are several challenges and problems associated with factory layout design using
Electrical AutoCAD.
9. Primary Research
Enhanced Precision and Accuracy: Electrical AutoCAD software allows for the
creation of precise, to-scale layouts, including electrical components and
systems, within the factory.
Streamlined Collaboration: Electrical AutoCAD facilitates collaboration among
different teams involved in factory design. Engineers, electricians, and other
stakeholders can work on the same digital model, reducing communication errors
and enhancing project coordination.
Efficient Space Utilization: The software enables designers to maximize the
use of available floor space, ensuring that machinery and equipment are arranged
in a manner that minimizes wasted space and reduces material handling
distances.
DESIGN AND ANALYSIS OF SECURITY MECHANISMS FOR DATA STORAGE AND COMMUNICATION IN
CLOUD
9
10. Secondary Research
Designing a factory layout using electrical AutoCAD involves creating a detailed plan for the
placement of electrical equipment and components in a manufacturing facility.
AutoCAD is a popular computer-aided design (CAD) software that can be used for this
purpose. Here are the key steps and considerations when designing a factory layout using
electrical AutoCAD.
Collect relevant information, such as architectural plans, equipment specifications, and
electrical load data.
DESIGN AND ANALYSIS OF SECURITY MECHANISMS FOR DATA STORAGE AND COMMUNICATION IN
CLOUD
10
11. Gap analysis
Additionally, research opportunities exist in enhancing global standards compliance, addressing data security,
optimizing layout design algorithms, enabling real-time simulation and testing, promoting human-machine
collaboration, and tailoring solutions for small and medium-sized enterprises (SMEs).
Bridging these gaps can lead to more efficient, innovative, and sustainable factory layout designs.
The research gap analysis for Research gaps in factory layout design using AutoCAD Electrical include the need for
advanced automation techniques and AI integration
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13. Problem Statement
The modern manufacturing industry relies heavily on efficient factory layouts to streamline
production processes, reduce operational costs, and enhance overall productivity.
The integration of electrical systems and equipment within these layouts is crucial for
ensuring the safe and effective operation of the manufacturing facility.
However, there are several challenges and problems associated with factory layout design
using Electrical AutoCAD.
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18. Conclusion
In conclusion, the utilization of Electrical AutoCAD for designing
factory layouts offers a powerful and efficient solution that
significantly enhances the design and planning processes in the realm
of electrical engineering and industrial design.The capabilities of
Electrical AutoCAD have the potential to streamline and optimize the
creation of complex factory layouts with a strong emphasis on
electrical systems.
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19. Future Work
The future scope of Factory Layout Design using Electrical AutoCAD is promising and evolving as
technology and industry demands continue to advance.
Virtual Reality (VR) and Augmented Reality (AR) technologies are also likely to play a significant
role in the future of Factory Layout Design.
Sustainability and energy efficiency are increasingly important in the manufacturing sector.
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