Conceptual Design of a Smart Manufacturing Enterprise Integr…

Systematically develop the following:

3.1. Production Program Definition

Selection of production type (e.g., EV components, battery systems, medical devices, industrial

drones, additive manufacturing facility, etc.)

Definition of production capacity

Product and process characterization

3.2. Site Selection and Justification

Transportation accessibility

Technical and energy infrastructure

Workforce availability

Environmental and regulatory constraints

Economic feasibility considerations

3.3. Technological Process Design

Description of production processes

Equipment specification

Material and information flow analysis

3.4. Master Plan Development

Functional zoning of the site

Layout of production, warehousing, administrative, and auxiliary facilities

Internal logistics concept

3.5. Workplace Layout Planning

Organization of production areas

Flow optimization (Lean principles)

Safety and ergonomics considerations

3.6. Integration of Innovative Technologies (Mandatory)

The project must include:

Automation and/or robotic systems

IoT-based monitoring solutions

Concept of a Digital Twin

ERP and/or MES system integration

Energy-efficient solutions

3.7. Sustainability Assessment

Energy efficiency measures

Carbon footprint reduction strategies

Circular economy principles

4. Deliverables and Requirements

Written report: 2535 pages

Graphical documentation:

o Site layout plan

o Master plan

o Production area layout

Minimum 10 academic references

Proper academic citation style (APA/Harvard/Chicago as specified)

Suggested book is Systematic Layout Planning by Richard Mutter & Lee Hales

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