Chapter 2_Globalization and International Issues
Chapter 2: Economic Sustainability
Economic Sustainability in Higher Colleges of Technology
Focus on the significance of understanding the economic sustainability within the context of globalization and international issues
Special Topics in Industrial Engineering: ET4803
Contents Overview
Introduction
Requirements of Globalization and International Issues
Analysis and Assessment of Globalization and International Sustainability
An Illustrative Example
Course Instructor: Dr. Ibrahim Garbie
1. Introduction
Analysis of globalization and international issues is crucial for sustainability of enterprises.
Essential aspects include:
Globalization and International Issues
Supply Chain Management (SCM)
Energy Prices
Information Technology
Business Models
Emerging Markets
Emphasis on understanding global context and its impact on manufacturing.
2. Requirements of Globalization and International Issues
Supply Chain Management (SCM)
SCM is central to sustainability and a strategic function for manufacturers.
Regular SCM Stages:
Suppliers
Production Systems
Customers
Flow of goods from suppliers to end consumers is vital.
Supply Chain Stages
Understanding the flow from tier suppliers to focal organizations is critical:
Tier 3 to End Customers
Tier 1 and Tier 2 Suppliers/Users
Emphasis on upstream and downstream connections in SCM.
Focal Firm and Supplier Relationships
Supplier selection is crucial for outsourcing parts or components.
The reliability and responsiveness of suppliers impact competitiveness.
Environmental concerns such as climate change and resource consumption must be integrated into SCM considerations.
Establish dedicated SCM departments with trained personnel.
Information and Communication Technology (ICT)
ICT is the backbone of manufacturing enterprises, facilitating inter-departmental connectivity.
Examples of ICT tools:
ERP Software
Wireless Technologies
GPS and RFID
Advances in ICT foster a global economy, necessitating proper system design for sustainability.
Energy Prices
Energy management is pivotal for sustainable development.
Renewable energy sources should be prioritized to manage energy demands effectively.
Current emphasis on balancing energy stability and pricing, incorporating a variety of renewable sources such as:
Solar
Wind
Biomass
Geothermal
Hydropower
Emerging Markets
Definition: Markets that exhibit potential for new products and innovation.
Focus on BRICS countries (Brazil, Russia, India, China, South Africa) exemplifies collaborative economic growth.
Investment potential and economic structure vary across regions; companies must analyze developmental levels and standard of living.
New Manufacturing Opportunities
Emerging markets like Argentina, Egypt, and Turkey present unique investment opportunities.
Challenges in these markets may include unstable consumption and production patterns.
Distributed manufacturing, supported by ICT, is proposed as a flexible solution.
3. Sustainability Assessment of Globalization and International Issues
Key Components of Assessment
Assessment focuses on various indicators affecting sustainability:
Supply Chain Management (E11)
Information and Communication Technology (E12)
Energy Price Stability (E13)
Emerging Markets (E14)
Business Models (E15)
Assessment Modeling
A mathematical function representing sustainability development index relates various elements mentioned above.
Understanding and clear indicators are critical for accurate assessments.
Example of normalized indicator illustrates effective metric measurement.
4. Illustrative Example
Data Analysis
Example metrics capturing the elements of globalization include:
Number of supplier stops
Internet usage percentage
Energy prices
Normalization of energy price indicators showcases the methodology behind assessing sustainability metrics.
Triple Bottom Line (TBL) of Sustainable Development (S/SD) Index
Dimensions/Pillars include:
Economic
Society
Environment
Categories such as globalization issues, human rights, pollution management, etc., contribute to a comprehensive understanding of sustainability in industrial settings.