Second Supervision and First Thesis Review

1. Key Achievements (Working Hours: 60)

Task Focus	Percentage	Details
Core Research & Development	50%	Second supervision, thesis drafting, and system model construction.
Professional Growth & Learning	30%	Academic writing, chemistry departmental training, coding practicing.
Administration & Planning	20%	Visa/CAS applications and related administrative tasks.

Time Allocation Per Day

Day	Task Description	Completion (%)	Time Invested (H)
Monday	COMSOL Model Construction (Hysteresis)	🟩🟩🟩🟩🟩 (100%)	4
	Simulink Model Construction	🟩🟩🟥🟥🟥 (40%)	4
	Literature Review	🟩🟩🟩🟩🟥 (80%)	4
Tuesday	COMSOL Model Construction (Geometry & Testing)	🟩🟩🟥🟥🟥 (40%)	4
	PyBaMM Model Scanning Cycle Testing	🟩🟩🟥🟥🟥 (40%)	4
	Email Drafting	🟩🟩🟥🟥🟥 (40%)	4
Wednesday	COMSOL Model Debugging	🟩🟩🟩🟩🟥 (80%)	4
	PyBaMM Report Generation	🟩🟩🟥🟥🟥 (40%)	4
	Initial Database Collection	🟩🟩🟩🟩🟥 (80%)	4
Thursday	COMSOL Model Report	🟩🟩🟩🟩🟥 (80%)	4
	PyBaMM Report Generation	🟩🟩🟥🟥🟥 (40%)	4
	COMSOL Model Search for Related Literature	🟩🟩🟩🟥🟥 (60%)	4
Friday	Munich Intersolar Conference Attendance	🟩🟩🟥🟥🟥 (40%)	4
	Supercapacitor COMSOL Model Development	🟩🟩🟩🟥🟥 (60%)	4

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2. Detailed Progress Report

2.1. Research & Experiment (40%)

COMSOL Model - Full Cell Hysteresis:

• Continued work on the hysteresis loop model using COMSOL, targeting a detailed simulation to better understand hysteresis behavior in full cells.
• Ongoing adjustments for optimizing the model geometry and validation testing, with iterative debugging and refinement for accurate data.

Python Model - PyBaMM Code:

• Initiated cycle testing using PyBaMM, focusing on the efficiency of various simulation scenarios.
• Progressed in generating reports from the model and validating results with experimental data.

2.2. Learning & Training (30%)

• Time Investment: Dedicated 20 hours to training sessions and self-study.
  • Academic Writing: Focused on structuring and refining thesis sections, enhancing coherence and precision in technical writing.
  • Coding Practice: Explored advanced coding practices, including optimization techniques in Python, with direct application to model construction.
  • Chemistry Departmental Training: Participated in training sessions covering energy-related chemical reactions, enhancing understanding of fundamental concepts.
• IEEE Learning Modules:
  • Completed modules on recent advancements in energy storage technologies and sustainable system modeling.
  • Integrated these concepts into ongoing research to align with industry standards and improve analytical approaches.

2.3. Administration & Business (20%)

Visa and CAS Applications:

• Finalized documentation for Visa and CAS applications, including preparation of financial and academic records.
• Corresponded with administrative offices to ensure timely processing, considering future travel and research commitments.

Accommodation and Relocation:

• Identified potential accommodation options near UCL to facilitate daily commute and focused work environment.

TSu Energy:

• Engaged in internal strategic meetings discussing TSu Energy’s current projects and sustainability goals. Focused on aligning company vision with ongoing research in energy decarbonization.

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3. Faculty Profiles

Dr. Priscila Carvalho

Title: Lecturer in Environmental Law and Sustainability at UCL Energy Institute, Bartlett School of Environment, Energy and Resources (BSEER)

Profile Summary:
Dr. Carvalho brings a strong interdisciplinary approach, bridging law and science in energy and environmental sustainability. Her work spans regulated sectors, with significant experience in public-private partnerships and regulatory analysis. Her focus on decarbonization and resilience governance aligns with UCL’s sustainability goals.

Research Interests:

• Energy and environmental law
• Decarbonization strategies and governance
• Corporate law and sustainable resource management

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Prof. Catalina Spataru

Title: Professor in Global Energy and Resources & Director of UCL Energy Institute

Profile Summary:
An internationally recognized expert, Prof. Spataru directs the Islands and Coastal Research Lab, addressing global energy decarbonization through a systemic approach. Her work integrates the energy-water-land nexus, providing innovative solutions for climate adaptation.

Research Interests:

• Climate resilience and adaptation strategies
• Decarbonization and green/blue economic models
• Energy resource nexus in coastal and island communities

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4. Summary and Proposal

Last Week’s Achievements

• Completed conversation with the review panel, addressing key feedback on thesis structure and experimental approach.
• Progressed with paper rewriting, enhancing alignment with academic standards.

This Week’s Plan

• Finalize a comprehensive update report, with a focus on system-level model construction.
• Continue discussions with Prof. Sai GU on ongoing research topics.
• Schedule a follow-up meeting with the review panel for additional feedback.

This Month’s Goals

• Refine and upgrade research materials, focusing on data accuracy and model validity.
• Prepare for the upcoming viva, ensuring readiness in presenting core thesis arguments and research findings.

Weekly Arrangement