Objective:
This assignment challenges students to investigate the environmental footprint of computational chemistry, particularly in terms of energy consumption, carbon emissions, and electronic waste. Students will analyze pollution caused by large-scale simulations, cloud computing, and high-performance computing (HPC) systems and propose strategies for mitigating these environmental effects.
Evaluation Criteria:
Criteria | Weightage |
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Depth of understanding | 20% |
Relevance and completeness of case study | 30% |
Analysis and proposed solution relevance | 30% |
Presentation, writing style, and references | 20% |
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Submission Deadline: 12.04.2025
- File Type: PDF
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Submission Mode: BLC
Instructions:
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Understanding the Environmental Impact of Computational Chemistry
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Research and analyze how computational chemistry contributes to environmental pollution
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Finding Sustainable Solutions
- Find sustainable mitigation techniques that is may or may not have been discovered.
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You can propose prevention or solutions.
- Sustainable alternatives are also acceptable.
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- Proposal for Green Computational Chemistry
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Report Writing:
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Write a report on the identified problem and your proposed solution.
- Use proper figures and diagrams.
- Proof of visiting polluted sight will bring you bonus marks.
- Your report should contain appropriate referencing of sources. any information without proper referencing will be considered invalid.
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Use of AI Tools:
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You are allowed to use AI tools for research, information gathering, report formatting and brainstorming.
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However, you are NOT allowed to use AI tools to prepare or write the final report.
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The report must be written in your own words, demonstrating your understanding and analysis. Plagiarism or AI-generated content will result in disqualification.
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Report Format:
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Word limit: 1550-2500 words (3-5 pages)
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Font: Times New Roman, Size: 11-12
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Spacing: single-1.5
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Use clear headings and subheadings
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