IT / Academic
Budget Desktop Build
A component-level desktop plan for basic web use that balanced compatibility, reliability, onboard graphics, accessories, and a strict $475 budget.
01 / Problem
What the system needs to solve.
Design a practical desktop for a family member who primarily needs Facebook, eBay, and video calling without paying for gaming-level hardware or unnecessary complexity.
Verified evidence
What this case study rests on.
- Selected component total: $473.87
- Assignment budget ceiling: $475.00
- The completed workbook includes component links and written selection reasoning
- The public case study summarizes the work without exposing the raw coursework file
02 / Goals
A clear target for the work.
- 01Stay at or below a $475 total budget
- 02Select compatible parts for the intended workload
- 03Avoid unnecessary graphics-card cost through integrated graphics
- 04Include the accessories needed for everyday use and video calls
03 / Features
What the current system supports.
04 / Process
How the work moves forward.
- 1
Define the user's actual workload and spending ceiling
- 2
Research the realistic low-end desktop market
- 3
Choose the CPU, board, memory, storage, power, cooling, and peripherals
- 4
Document one-sentence tradeoff reasoning for each selection
- 5
Reconcile the selected component total against the budget
05 / Lessons
What the work is teaching.
A good hardware recommendation starts with the user and workload, not the highest specification.
Integrated graphics can protect the budget when the workload does not justify a discrete GPU.
06 / Next steps
Make the next version stronger.
- Re-price the build before any real purchase because component prices change
- Add a compatibility and upgrade-path checklist
- Turn the assignment into a polished client-facing recommendation template
Live links, repositories, dates, screenshots, and result claims appear only after they have been supplied and verified. This project’s current status is Academic.
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