Literature Review Assignment: Energy Use in Data Centers

Test assignment for CIT 2026

Uploaded 2026-05-27 16:37 | data_center_energy_lit_review_assignment_1779899870.md
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# Literature Review Assignment: Energy Use in Data Centers ## Assignment Paragraph Write a short literature review on energy use in data centers. Your goal is to identify what current research says about why data centers consume large amounts of electricity, how this energy use is measured, and what strategies are being proposed to reduce environmental impact while supporting growing demand for cloud computing, artificial intelligence, and digital services. Your review should be approximately 500–700 words and should synthesize at least three credible sources rather than simply summarize them one by one. ## Learning Objectives By completing this assignment, you will be able to: 1. Explain the main factors that contribute to energy consumption in data centers. 2. Identify and evaluate credible academic, industry, or government sources on data center energy use. 3. Synthesize multiple sources into a coherent short literature review. 4. Connect technical infrastructure decisions to broader environmental and social implications. ## Learning Activity Find at least three credible sources about energy use in data centers. At least one source should be scholarly or from a recognized research organization, and the others may come from academic journals, government agencies, industry reports, or reputable technology publications. As you read, take notes on recurring themes such as cooling systems, server utilization, renewable energy, AI workloads, carbon emissions, or efficiency metrics such as Power Usage Effectiveness. Then write a brief literature review that compares the sources, identifies major areas of agreement or disagreement, and ends with one question for future research. ## Assessment Your submission will be assessed on the following criteria: - **Source quality:** Uses at least three credible and relevant sources. - **Synthesis:** Compares ideas across sources instead of listing summaries separately. - **Clarity:** Presents ideas in organized, readable prose. - **Conceptual understanding:** Accurately explains key issues related to data center energy use. - **Reflection:** Ends with a thoughtful research question or unresolved issue.
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Latest AI Assessment:
Openai (gpt-3.5-turbo) — Confidence: 90.0%

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Alignment with Outcomes
Manual: 2
AI: 2 (openai)
Cognitive Demand
Manual: 2
AI: 2 (openai)
Authenticity / Context
Manual: 1
AI: 2 (openai)
Accessibility / Equity
Manual: 1
AI: 2 (openai)
Process Visibility
Manual: 1
AI: 2 (openai)
AI Transparency & Ethical Literacy
Manual: 1
AI: 2 (openai)
Teaching Methods
Manual: 1
AI: 2 (openai)

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Manual Rating by Joaquin
2026-05-27 16:39
Alignment with Outcomes: 2
Cognitive Demand: 2
Authenticity/Context: 1
Accessibility/Equity: 1
Process Visibility: 1
AI Transparency & Ethical Literacy: 1
Teaching Methods: 1
AI Rating (Openai - gpt-3.5-turbo)
Confidence: 90.0% 2026-05-27 16:42 UTC
Alignment with Outcomes: 2
Cognitive Demand: 2
Authenticity/Context: 2
Accessibility/Equity: 2
Process Visibility: 2
AI Transparency & Ethical Literacy: 2
Teaching Methods: 2
AI Reasoning:

Alignment with Outcomes:

  • The assignment aligns with learning outcomes by requiring students to explain factors contributing to energy consumption in data centers and synthesize multiple sources into a literature review. However, it could be improved by explicitly stating how these skills connect to broader transferable skills or real-world applications.

Cognitive Demand:

  • The assignment requires students to analyze and synthesize information from multiple sources, which demands higher-order thinking. Including more decision points or requiring students to propose solutions could further enhance cognitive demand.

Authenticity/Context:

  • The assignment is situated in a relevant context of data center energy use, providing authenticity. To strengthen this criterion, incorporating real-world case studies or industry examples could deepen the authenticity of the assignment.

Accessibility/Equity:

  • The assignment offers flexibility in selecting sources from various types, promoting accessibility. To enhance equity, providing additional support for students who may have limited access to scholarly sources or technology tools could be beneficial.

Process Visibility:

  • The assignment lacks explicit requirements for documenting the research process or revisions, reducing process visibility. Including steps for drafting, peer review, or revisions would make the process more visible and valuable.

AI Transparency & Ethical Literacy:

  • While the assignment does not involve AI directly, addressing ethical considerations related to data center energy use or referencing AI implications in energy efficiency could enhance AI transparency.

Teaching Methods:

  • The assignment could improve teaching methods by incorporating more interactive elements, such as peer discussions, group presentations, or debates on energy-saving strategies in data centers. Engaging students in active learning experiences would enhance the overall effectiveness of the assignment.