A machine for coursework, writing, research and light entertainment, built without paying for capability that studying does not require.
What studying actually needs
A responsive machine rather than a fast one. The difference between a good study machine and a frustrating one is almost entirely storage speed and having enough memory, not processing power.
Reliability matters more than peak performance. A machine that starts quickly and never gets in the way is worth more than one that is faster at things you do not do.
| Component | Part | Why this one |
|---|---|---|
| Processor | AMD Ryzen 5 7600 or Intel Core i5-14400 | Six cores with integrated graphics. Ample for office work, research and video, and no separate card needed. |
| Motherboard | B650M or B760M Micro-ATX | Micro-ATX because nothing here needs the extra slots. Cheaper and smaller with no practical loss. |
| Memory | 16 GB DDR5 (2 × 16 GB or 2 × 8 GB) | Two modules, which matters more than usual here because integrated graphics share system memory and benefit from dual channel. |
| Graphics card | None; integrated graphics | Handles multiple displays, 4K video and light gaming. A card would be money spent on capability that goes unused. |
| Storage | 1 TB NVMe SSD | The component that most affects how the machine feels. One fast drive rather than a small one plus a mechanical drive. |
| Power supply | 450 to 550 W 80 PLUS Bronze or Gold | Modest requirements without a card. The higher figure leaves room to add one later. |
| Case | Compact Micro-ATX case | Space matters in shared accommodation. Nothing here needs a large case. |
| CPU cooler | Included with the processor | Entirely adequate for a 65 W processor doing this kind of work. |
Room to grow
The 550 W supply and a case with reasonable clearance mean a graphics card can be added later without replacing anything, which turns this into a capable gaming machine for the cost of one component.
That is the reason for specifying the supply above what this configuration needs. It costs a small amount now and saves a full replacement later.
Spend the savings on a backup
Losing coursework is worse than any performance problem. An external drive and an automatic backup, or a cloud service, costs a fraction of any component here.
This is the most useful thing in this guide.
How this build was put together
Every component here was selected to serve the stated purpose at the stated budget, and the complete list was run through our compatibility engine before publication: socket, memory generation and slot count, case clearance for the card and cooler, power connectors and supply capacity.
We have not benchmarked these parts ourselves. The reasoning is based on published specifications, standards documentation, and practical experience assembling machines. Where performance figures matter to your decision, publications that run controlled tests are the right source. Our methodology page sets out how we work in full.
Want to change something? Open this configuration in the PC Builder, substitute parts, and it will re-check compatibility and power as you go.