An interactive article based on a feasibility study evaluating the establishment of a local precision engineering company in Botswana.
Live Interactive Report: View the Web Report Here
This repository contains an interactive version of a feasibility study originally completed as part of GEME 201 (Introduction to Small Business Management and Accounting) at the Botswana International University of Science and Technology (BIUST).
The interactive article transforms the formal report into a modern, accessible presentation. It demonstrates skills in technical communication, engineering understanding, financial modelling, and digital presentation.
The feasibility report examines the viability of establishing DFM Precision Engineering (DFMPE), a company focused on:
- CNC machining
- Additive manufacturing (3D printing)
- Reverse engineering
- PCB printing and electronics prototyping
The study highlights the potential for DFMPE to strengthen Botswana’s industrial resilience, reduce reliance on imported components, and contribute to Vision 2036 goals through innovation-led growth.
- Clean, mobile-friendly design
- Section-by-section navigation
- Enhanced visuals and improved readability
- Embedded financial tables and simplified charts
- Clear explanations of business metrics such as ROI and NPV
- Integrated context about Botswana’s industrial and economic environment
The interactive article covers the following sections from the original feasibility study:
- Introduction
- Challenges facing Botswana’s industrial sectors
- Strategic benefits of localized precision engineering
- Market research (primary and secondary data)
- Funding sources, interest rates, and startup costs
- Asset valuation
- Revenue projections
- Net Profit, ROI, and NPV financial analysis
- Discussion and conclusion
The original PDF report is included in the repository for reference.
- Financial modelling (ROI, NPV, expense analysis)
- Market analysis using national statistics
- Understanding of CNC and additive manufacturing processes
- Technical writing and structured presentation
- Interactive article development (HTML/CSS/JS or Markdown-based)
- Git and GitHub project organization
/
├── interactive-report/ # Interactive article source files
├── report/ # Original feasibility study PDF
└── README.md # Project documentation
You can view the interactive article by opening the main HTML/Markdown file or accessing the deployed version (if hosted).
This repository serves as a portfolio piece, showcasing engineering knowledge, financial reasoning, and digital communication skills relevant to future employment opportunities or academic work.
This project is available under the CC BY 4.0 Creative Commons License.