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Session 01 · ~3 hours · Introductory

Fundamentals of Green Manufacturing & Sustainable Engineering

An ecosystem + full life-cycle approach — from purpose and definitions to multi-stakeholder partnership and today’s classroom activity.

Pillar 1 · Set the heart

Before the frameworks, a question for the room

“Which resource do you most depend on in your daily life — water, electricity, food, clothing, devices, buildings, mobility? Why does its end-of-life story worry or inspire you?”

Goal: Prime a cross-disciplinary room to engage from lived experience — not from technical vocabulary.

Context

What is a green economy?

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Low Carbon

Reduced dependence on fossil fuels and lower greenhouse gas emissions.

📉

Resource Efficiency

Higher output using fewer resources and better waste management.

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Social Inclusion

Equitable economic opportunities and better quality of life for all.

🌿

Natural Capital

Recognizing the economic value of biodiversity and ecosystem services.

Working agreement

Shared definitions before we go further

The practice

Green Manufacturing

Designing and operating production so that energy, material, emissions, water and waste impacts are minimized across the entire chain — not only at the factory gate.

The discipline

Sustainable Engineering

Engineering decisions that maintain ecological integrity, meet present human needs, and do not compromise the ability of future cohorts to meet theirs.

Green Manufacturing is the practice. Sustainable Engineering is the discipline.
Circular Economy is the destination they share.

Ecosystem approach

Every real problem lives inside three circles at once

Design for one lens alone and the other two will punish you later.

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Technical

Emissions · water · materials
Process, energy, performance

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Business

Cost · viability · jobs
Value props, resources, scale

🎯

Impact assessment measures three ways: Environmental (emissions · water · material), Social (health · equity · community), and Economic (cost · viability · jobs).

Full life-cycle thinking

Six stages + design + circular destination

Click each stage for the faculty prompt you can use in your own classroom.

Upstream of extraction: chemistry, architecture, durability, mono-material choices. Day 2 elevates this to Stage 01 of the extended 7-stage scaffold — where ~80% of impact is locked in.
Mines, fields, forests, brine lakes. Water, energy, land, and human-rights footprints start here — often invisible on the product label.
The factory. Grid electricity mix often decides half the footprint. Waste, solvents, dyeing, and cell manufacturing live here.
Freight, packaging, cross-border trade. Often a smaller share of emissions than students expect — but a real resilience and policy lever.
Longevity, energy per use, user behaviour, wash cycles, driving and charging patterns. The stage the user actually feels.
Collection, sortation, EPR, take-back. Across sectors the bottleneck is often capacity — not waste volume alone.
Materials return to the same value chain at same or higher grade. The green-manufacturing endpoint — the loop that closes.

Holistic frame = Social + Technical + Business — applied at every stage.

Multi-stakeholder partnership

The ecosystem is a partnership, not an organisation

01

Who is involved

Stakeholder. Communities · industry · government · academia · students · users · nature.

02

What we optimise

Full life-cycle value chain. All stages end to end — not a single factory KPI.

03

How it runs

Admin / Management / Finance / Team. The operating backbone that lets partnerships hold.

No single discipline can solve a circular-economy problem alone.

Programme map

Where Session 1 sits in the week

Topic Day 1 Day 2 Day 3 Day 4 Day 5 Day 6–7
Self-Assessment & Course Overview ✓
Fundamentals of Green Economy / Green Mfg & Sustainable Eng ✓
The Entrepreneurial Mindset ✓
Teaching & Learning of Sustainability · Pedagogy & Content ✓✓
Group Practices · Pedagogy / Content ✓✓
Deepening Knowledge · Design to Customer ✓
Deep Dive · Sustainable Engineering Processes ✓
Module Design Practices & Sharing ✓

Today’s activity & exit

From framework to the room — and back to Chizhou

Group activity · 45 minutes

Walk one everyday object through the life-cycle stages.

Pick: your phone, a t-shirt, your lunch packaging, or the classroom projector.

1
Walk it through the life-cycle stages (design → circular).
2
At every stage, use the Social / Technical / Business frame.
3
Identify one circular opportunity — where can waste become input and how can we reduce waste?
4
Prepare a 3-minute sharing.
Exit reflection · silent · 5 min: “Which of the 7 pillars did this session most activate for you, and which one do you want to try first in your own classroom back home?”
Continue to Day 2 → Review 7 pillars