Form a group of not more than FOUR (4) students. That is, you can have either 2, 3 or maximum 4 members in your group.
Read the file “OMGT1053_assignment_1_qualitative_investigation.pdf” on Canvas for detailed description of the task. Write a report to discuss the investigation of the assigned topic from both a theoretical and practical perspective, present the findings of the analysis, make recommendations based on the findings, and reach a conclusion. Students are also required to create a 3-to-4-minute presentation video file for their investigation of the assigned topic.
There is no prescribed presentation format for both the report and the video. Nevertheless, some formats are suggested as guidance. Students are expected to organise their video files and structure their reports in a professional and competent manner as if they were presenting the outcome of their investigation to the senior management of a big company.
For the presentation video (must be in MP4 format), creativity and content are both important. Instead of using merely PowerPoint slides, which are mainly static and boring to the audience, students can use a mixture of presenter shots, pictures, summary tables, figures, charts, video clips, animation, interviews, debate, or even drama to present the content. In any case, a professional presentation up to the standard of formal business presentation is expected. All group members should participate in the presentation.
For a professional business report, the following are usually included:
The same group working for Assignment 1 will continue to work together for Assignment 2 unless prohibited by circumstances.
Read the file “OMGT1053_assignment_2_quantitative_case_analysis.pdf” on Canvas. Develop an Excel workbook with multiple worksheets, each representing a supply network design for the case company under various scenarios optimised using Solver. Write a business report summarising the case, the objectives of the study, the issues identified, and your analysis of the different network options under consideration, together with recommendations made and the conclusion reached. Answer each of the case questions separately in a separate section at the end of the report. Show the mathematical formulation of the problem and the Solver setups of the optimisation models in the appendix.
The following should be noted:
Summary of findings of the scenario analyses should also be presented. NOTE: Only summaries of the analyses are needed in this section. Details of the analyses should be given in the Answers to the Case Questions section. Use summary tables to show the configurations and costs.)
Read the file “OMGT1053_assignment_3_quantitative_and_qualitative_case_study.pdf” on Canvas. Develop an Excel workbook with multiple worksheets, each showing the working and the solution to one of the quantitative questions or tasks of the assignment. To answer the qualitative task questions, a simple report should suffice.
Although a formal report is not required, the following should be noted:
The OMGT1053 course comprised three major assessment tasks designed to build both qualitative and quantitative analytical skills in strategic supply chain management. Each assignment required students to integrate theoretical understanding with practical application to real-world business scenarios.
Students, in groups of up to four, were required to investigate an assigned topic related to supply chain management from both a theoretical and practical perspective.
The key tasks included:
Writing a 3,000–3,500-word professional business report
Developing a 3–4-minute presentation video summarizing the findings
Discussing theoretical foundations, real-world applications, identified issues, and recommendations
Presenting the investigation as if to senior corporate management
Ensuring all group members actively participated in both the report and presentation
The report structure included:
Executive Summary, Introduction, Objectives
Theoretical Analysis and Real-World Case
Discussion and Issues Identified
Conclusions and Recommendations
Harvard-style References and Appendices
The same group continued to work together to complete a quantitative analysis of a supply network design. Using Excel and Solver, students modelled different scenarios for an assigned company to determine the optimal supply chain configuration.
Key elements included:
Developing an Excel workbook with Solver-based optimization
Writing a professional 3,000–3,500-word report
Providing summary tables, network option analysis, and recommendations
Demonstrating mathematical formulation and Solver setups in appendices
Presenting concise answers to case questions in clearly labeled sections
The assessment emphasized analytical accuracy, logical structure, and the feasibility of recommendations based on quantitative evidence.
This was an individual task, blending both qualitative and quantitative analysis. Students prepared a concise report and Excel workbook demonstrating individual understanding of both theoretical concepts and practical data interpretation.
Key tasks included:
Solving quantitative problems step-by-step in Excel
Providing qualitative answers in report form (1,500–2,000 words)
Presenting findings with charts, tables, and concise explanations
Applying Harvard referencing
Focusing on accuracy, clarity, and comprehensive analysis
Together, these three assignments progressively developed the student’s ability to analyze, model, and optimize supply chains both theoretically and practically.
The academic mentor adopted a structured and iterative mentoring process, guiding the student group (and later the individual) through each phase of the assessments. The mentoring emphasized conceptual clarity, applied analysis, professional presentation, and reflective learning.
The mentor began by helping the students interpret the assignment instructions carefully.
For Assignment 1, this involved identifying:
The main topic or supply chain function under investigation (e.g., procurement, logistics, or sustainability)
The scope of the qualitative study, balancing theory with case-based evidence
The report and presentation structure for professional submission
Students were guided to create an outline with key headings Introduction, Theoretical Framework, Case Analysis, Discussion, Issues, and Conclusion. The mentor also explained the importance of role allocation within the group to ensure equitable participation in writing, research, and presentation preparation.
Once the structure was clear, the mentor guided students in reviewing relevant literature on strategic supply chain management. This included exploring theories such as:
The SCOR model (Supply Chain Operations Reference)
Lean and Agile supply chain strategies
Porter’s Value Chain Analysis
Sustainability and risk management frameworks
The mentor emphasized using peer-reviewed academic sources and industry reports to establish a strong theoretical foundation. This formed the basis of the Theoretical Analysis section in Assignment 1 and later informed the conceptual rationale for modeling in Assignment 2.
Next, the mentor guided students in identifying a relevant real-world company for the practical application. Students were encouraged to select firms with publicly available data, such as Apple, Amazon, Toyota, or Unilever, depending on their topic.
The mentor demonstrated how to:
Extract case-specific information from annual reports, industry analyses, and supply chain reviews
Connect theoretical frameworks to the company’s operational strategies
Present findings using summary tables, charts, and figures
This approach ensured that students could clearly show the link between theory and practice, as required in both the Discussion and Issues Identified sections.
After gathering content, the mentor provided detailed guidance on report formatting and presentation standards.
For the report, the mentor focused on:
Writing a compelling Executive Summary
Maintaining a logical flow between theory, case analysis, and recommendations
Ensuring proper Harvard referencing and professional formatting
For the video presentation, the mentor encouraged creative delivery methods. Instead of relying solely on slides, students incorporated:
Narrated visual summaries
Interview-style discussions between team members
Graphical representations of findings
This practice simulated a corporate boardroom presentation, enhancing professional communication skills.
The second assignment introduced quantitative modeling. The mentor provided hands-on training in developing Excel-based optimization models. The process involved:
Defining the problem – understanding the supply network design challenge.
Formulating the mathematical model – setting up objective functions and constraints.
Implementing Solver – running scenario-based optimizations.
Interpreting results – summarizing optimal configurations and costs.
The mentor emphasized accuracy in formulas, clear presentation of Solver screenshots, and consistency between the Excel workbook and the report.
Students learned how to translate mathematical results into managerial insights, leading to effective recommendations in the Network Option Analysis and Recommendations sections.
In the individual task, the mentor guided students to combine both quantitative problem-solving and qualitative evaluation.
The process included:
Solving numerical tasks using structured calculations and tabulated summaries
Writing concise analytical responses to qualitative questions
Using graphs and visualizations to support interpretations
Cross-referencing findings with academic theory
Through continuous feedback, the mentor ensured each student developed independent analytical ability, bridging the gap between conceptual understanding and practical application.
The mentor’s final stage involved reviewing drafts and ensuring coherence across sections. Key feedback areas included:
Clarity and flow of arguments
Alignment between theoretical discussion and empirical findings
Proper integration of visuals, charts, and data
Professional tone, structure, and referencing accuracy
For group submissions, the mentor verified that all members contributed equally. For individual work, the focus was on personal analytical depth and problem-solving accuracy.
Through the mentor-guided process, the student successfully completed all three assignments with comprehensive understanding and demonstrated strong academic and analytical growth.
Developed a professionally structured report integrating theory and real-world practices.
Produced a creative and engaging video presentation communicating findings effectively.
Built and optimized quantitative models using Excel Solver, demonstrating applied decision-making skills.
Presented data-driven recommendations and conclusions with clarity and justification.
Enhanced proficiency in Harvard referencing, report formatting, and corporate-style writing.
Conceptual Understanding:
Gained deep knowledge of strategic supply chain frameworks and theories.
Analytical Skills:
Acquired quantitative modeling and optimization techniques using Solver.
Practical Application:
Applied theory to real-world corporate supply chain problems.
Collaboration and Communication:
Developed teamwork, professional writing, and presentation abilities.
Critical Thinking and Problem Solving:
Identified complex supply chain issues and recommended data-backed solutions.
Professional Competency:
Learned to present findings as if reporting to senior management in a business context.
The academic mentor’s structured guidance helped transform the assessment process into a comprehensive learning journey. Students progressed from understanding qualitative analysis in Assignment 1 to mastering quantitative optimization in Assignment 2, and finally integrating both skill sets in Assignment 3. The outcome demonstrated not only mastery of supply chain strategy but also readiness for real-world managerial decision-making in complex business environments.
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