C2 · BAUN Turkey
Panel Debate
Synthesis
Critical Literacy
Balıkesir University · C2 Activity 1 · CLIL · Debate Pedagogy · SDG 9 · SDG 12
🗣 Language
Advanced concessive markers · Evaluative expressions · Speculative conditionals · High-level persuasive discourse · Synthesis register
⚡ Content
Technology as solution vs. risk · Rebound effects · E-waste · AI in climate monitoring · Ethical foresight · Sustainability paradox
🤝 Skills
Academic reading · Synthesis · Structured debate · Research writing · Critical deconstruction · Systems thinking · Ethical foresight
📊 Lead-in: The Technology Paradox (5 min)
Method: Visual inquiry · Critical readingC2: Deconstruct narratives · Interrogate assumptions
Classify each example as a Solution, Risk, or Paradox. At C2 level, the most intellectually rigorous answer for many of these is paradox: the same technology simultaneously advances and undermines sustainability. Justify your classification using C2 evaluative and concessive language.
📊 SOLUTION, RISK, OR PARADOX?
Classify each technology · Discuss the assumption embedded in your classification · C2: challenge binary thinking
0 / 10
Classifications with explanation · At C2, "Paradox" often demonstrates the deepest analysis
💬 C2 Discussion — Deconstructing the Tech Narrative
⚡
"Who defines whether a technology is 'sustainable'? What assumptions does that definition embed?"
C2: "The designation of a technology as 'sustainable' is never politically neutral. Arguably, it reflects the priorities of those with the institutional power to define sustainability standards — typically international financial institutions, corporate lobbies, and Northern-hemisphere governments — whose sustainability calculus may systematically underweight the interests of Global South populations. It is questionable whether a technology genuinely deserves the 'sustainable' label if its environmental benefits accrue primarily in one geography while its resource extraction costs are borne in another."
🤔
"Is there a technology that is unambiguously good for sustainability?"
C2: "Despite the fact that certain technologies — particularly passive solar design and insulation — appear to have few obvious negative externalities, one might contend that the very framing of the question reflects an instrumental view of sustainability that is itself problematic. While we habitually ask what technology can do for sustainability, we rarely ask what the systemic commitment to technological solutions does to our capacity to question the growth imperatives that render the sustainability crisis necessary in the first place."
🏙 Panel Debate Arena (20 min)
Method: Debate Pedagogy (Bygate, 1987)C2: High-level persuasion · Rebuttal · Synthesis
Panel A argues technology is the primary pathway to sustainability. Panel B argues technology exacerbates the crisis. Each panel builds its arguments below. Rounds: Panel A (5 min) → Panel B (5 min) → A rebuts B (3 min) → B rebuts A (3 min) → Chair synthesis (4 min).
🌟 PANEL A: Technology as Solution
Add arguments below...
⚠️ PANEL B: Technology as Risk
Add arguments below...
✍️ C2 Debate Language — Concessive & Evaluative Structures
Concessive Markers
While renewable energy is growing rapidly,
Although AI offers monitoring capabilities,
Despite the fact that efficiency has improved,
Notwithstanding these advances,
Although AI offers monitoring capabilities,
Despite the fact that efficiency has improved,
Notwithstanding these advances,
Evaluative Expressions
Arguably, the most significant effect is...
It is questionable whether...
One might contend that...
The evidence is far from conclusive that...
It is questionable whether...
One might contend that...
The evidence is far from conclusive that...
Speculative Conditionals
If humanity continues to rely solely on...
Were the rebound effect to be fully accounted for...
Should current e-waste trajectories continue...
Had we invested in behavioural change rather than...
Were the rebound effect to be fully accounted for...
Should current e-waste trajectories continue...
Had we invested in behavioural change rather than...
Rebuttal Register
While the panel's argument has merit, it fails to account for...
This claim, while plausible, is undermined by...
The evidence cited, although compelling in isolation...
It is telling that no mention was made of...
This claim, while plausible, is undermined by...
The evidence cited, although compelling in isolation...
It is telling that no mention was made of...
👨🏫 Teacher
Assess: depth of argument (does it address systemic rather than merely technical dimensions?), use of evidence (specific data cited?), academic register (concessive markers, evaluative expressions, speculative conditionals correctly deployed?), and quality of rebuttal (does it engage with the opposing argument rather than simply reasserting its own?). Optional: invite subject teachers (Engineering, Environmental Science, Economics) to hold observer or chair roles.
Assess: depth of argument (does it address systemic rather than merely technical dimensions?), use of evidence (specific data cited?), academic register (concessive markers, evaluative expressions, speculative conditionals correctly deployed?), and quality of rebuttal (does it engage with the opposing argument rather than simply reasserting its own?). Optional: invite subject teachers (Engineering, Environmental Science, Economics) to hold observer or chair roles.
🕛 Tech Timeline Challenge (10 min)
Method: Gamification · Systems thinkingC2: Temporal analysis · Causal reasoning · Ethical evaluation
Click each technology to place it in the era where it had its most significant sustainability impact — positive or negative. Discuss: Is the impact reversing over time? Did a solution become a problem (or vice versa)? Click a placed chip to remove it.
🕛 TECH SUSTAINABILITY TIMELINE
Click a technology card · Select which era best represents its peak sustainability impact · Discuss with your group
Place technologies in their most significant era:
Industrial Revolution
20th Century
Digital Age
2020s–2030s
Future (2040+)
💬 Timeline Discussion — C2 Synthesis Prompts
⚊
"Is there a pattern in which technologies become risks over time?"
C2: "Despite the fact that technologies frequently debut as solutions to problems of resource scarcity or environmental harm, a recurring historical pattern suggests that widespread adoption typically triggers rebound effects that erode or reverse initial gains. While the internal combustion engine solved the 19th century's urban horse-waste crisis, it generated a vastly larger emissions crisis. Notwithstanding this pattern, the political economy of technology lock-in ensures that, once a technology is embedded in infrastructure and economic systems, it becomes extraordinarily difficult to displace regardless of its sustainability record."
🤖
"Is AI a solution or the largest risk on the timeline?"
C2: "It is arguably premature to place AI definitively in either category, given that its sustainability implications are still emerging and deeply contested. While AI-enhanced climate modelling and demand management offer genuine efficiency gains, the energy consumption of training large language models — equivalent, in some cases, to the annual carbon emissions of several average households — raises serious questions about whether AI's aggregate carbon footprint is consistent with a sustainable transition. If the current trajectory of AI energy consumption continues unaddressed, it might conceivably become one of the larger contributors to the very problem it is deployed to solve."
🎮 Debate Bingo — Advanced Discourse Markers (Gamification)
Method: Gamification · Formative assessmentC2: 25 advanced discourse markers to detect
As you listen to the panel debate, tick each discourse marker when you hear it used correctly. First to complete a row, column, or diagonal wins. Markers include C2-level concessive, evaluative, and speculative structures.
🎮 DEBATE BINGO — 25 Advanced Discourse Markers
Listen during the debate · Tick when you hear the marker used correctly · First to complete a row or column!
0 / 25
Markers ticked · Complete a row, column, or diagonal to win!
📊 Consensus Statement Builder (5 min)
Method: Cooperative learning · SynthesisC2: Nuanced synthesis · Position beyond binary
Both panels negotiate a nuanced class consensus statement that transcends the solution/risk binary. Use the builder below to construct a C2-level synthesis statement. The goal is not to split the difference but to articulate a more sophisticated position that acknowledges the genuine complexity of the evidence.
📊 C2 CONSENSUS STATEMENT BUILDER
Select one chip per section · Build a synthesis that transcends the binary · Review below
① Acknowledging technology's genuine contributions
② Identifying the central paradox or risk
③ The conditionality: what would need to change
④ Policy recommendation using evaluative register
Consensus Statement Preview
Select options above to build your class consensus statement.
💡 Reflection & Homework (10 min + HW)
Method: Critical discussion · Policy designC2: Interdisciplinary synthesis · Ethical foresight
"What tech policy would you recommend for Turkey — or for international governance?" Students share proposals. Evaluate using the same concessive, evaluative, and speculative language deployed in the debate. Click each card for a C2 model response.
🏫
"What one tech policy would you recommend to the Turkish government?"
C2: "Although renewable energy deployment is accelerating in Turkey, arguably the most consequential policy gap is not in energy generation but in demand management. While solar and wind capacity has expanded substantially, it is questionable whether this expansion can deliver net emissions reductions without complementary measures to address the rebound effects it typically triggers. One might contend that a mandatory circular design standard for electronics — modelled on the EU Ecodesign Regulation — would constitute a more systemic intervention than further subsidy-driven capacity expansion."
⚡
"Is 'green tech' a solution or a narrative that allows business as usual to continue?"
C2: "Despite the fact that green technology has delivered measurable efficiency gains, one might contend that its predominant cultural function has been to legitimise continued economic growth by decoupling the concept of sustainability from any challenge to growth's structural logic. While this is not to say that green technology has no intrinsic value, arguably its most consequential effect has been to make the sustainability transition feel more compatible with existing political and economic institutions than the evidence warrants."
🌐
"Should international governance restrict certain technologies on sustainability grounds?"
C2: "Notwithstanding the historical precedents of technology restriction — the Montreal Protocol's phase-out of CFCs, the NPT's nuclear governance regime — it remains questionable whether existing international institutions have the legitimacy, technical capacity, or political will to govern emerging technologies such as AI and synthetic biology in ways that adequately account for their sustainability implications. If humanity continues to rely on voluntary corporate commitments and market mechanisms to govern transformative technologies, it is difficult to avoid the conclusion that the sustainability paradox will intensify rather than resolve."
⚖️
"Who benefits from technological optimism about sustainability?"
C2: "Critical pedagogy invites us to ask not merely what technology does, but for whom and at whose expense. Despite the fact that technological solutions to the sustainability crisis are framed in universalist terms, the evidence suggests that their benefits are systematically distributed along existing axes of inequality: it is the populations of high-income countries who predominantly access the products of green technology, while the resource extraction and waste disposal that sustain those technologies are disproportionately located in low-income countries and communities of colour. Arguably, technological optimism functions partly as a mechanism for deferring a more uncomfortable reckoning with the distributional dimensions of the sustainability crisis."
📝 Homework — 500–600 Word Research Paper
📄 Task: “Technology: Savior or Saboteur of Sustainability?”
Write a 500–600 word academic research paper that synthesises both sides of the debate and arrives at a nuanced, evidence-based position. Requirements:
· An abstract of 50–75 words summarising the argument
· At least four advanced concessive markers (while, although, despite the fact that, notwithstanding)
· At least four evaluative expressions (arguably, it is questionable whether, one might contend, the evidence is far from conclusive)
· At least two speculative conditionals (if humanity continues to / were this trajectory to continue / should current patterns persist)
· A specific policy recommendation with an ethical justification
· References to at least two of the course case studies (IKEA, Amsterdam, Repair Cafes, AI, e-waste, renewable energy)
· An abstract of 50–75 words summarising the argument
· At least four advanced concessive markers (while, although, despite the fact that, notwithstanding)
· At least four evaluative expressions (arguably, it is questionable whether, one might contend, the evidence is far from conclusive)
· At least two speculative conditionals (if humanity continues to / were this trajectory to continue / should current patterns persist)
· A specific policy recommendation with an ethical justification
· References to at least two of the course case studies (IKEA, Amsterdam, Repair Cafes, AI, e-waste, renewable energy)
🏛️ Tech for Sustainability Charter: Design a 5-point "Tech for Sustainability Charter" for your institution, region, or country. Each point should use C2 academic register and be grounded in the evidence examined in this activity. Submit alongside your research paper.