PC Build: Engineering a Stable High-Performance System

From part selection to thermal and stability validation, this project documents a complete PC build lifecycle with an engineering mindset.

Why This Project Stands Out

This is not just "I built a PC". This repository captures decisions, validation steps, and performance outcomes like a real technical workflow.

Core strengths shown in this project:

• Structured troubleshooting under constraints
• Hardware and firmware integration
• Thermal and stability verification
• Clear, professional technical documentation

Project Goals

• Build a reliable daily-use and high-load workstation
• Validate system stability with repeatable tests
• Optimize thermals, noise profile, and performance
• Keep full documentation for future upgrades and debugging

Repository Structure

• README.md: Project overview and highlights
• BUILD_LOG.md: Build timeline, decisions, and changes
• BENCHMARKS.md: Performance and stability test records
• CHECKLIST.md: Pre-build and post-build quality checks
• ROADMAP.md: Planned improvements and next steps

Build Scope

• Component selection and compatibility checks
• BIOS and firmware baseline setup
• Driver and system configuration
• Stability and thermal stress testing
• Tuning and noise/performance balancing

Current System Snapshot

• CPU: AMD Ryzen 5 7600X (6C/12T)
• Motherboard: Gigabyte B850 EAGLE WIFI6E
• RAM: 32 GB DDR5 (2 x 16 GB TeamGroup UD5-7200, SK Hynix ICs)
• GPU: AMD Radeon RX 9060 XT 8 GB (Gigabyte)
• Primary Storage: Crucial P3 Plus 2 TB NVMe (CT2000P3PSSD8)
• Secondary Storage: WD 1.5 TB SATA HDD (WDC WD15EARS-00MVWB0)

For measured values, see BENCHMARKS.md.

Validation Approach

I use a repeatable test cycle:

1. Apply one change at a time
2. Run benchmark and stress suite
3. Record temperatures, clocks, and behavior
4. Compare against baseline
5. Keep only changes that improve stability and real-world usability

Current Highlights

• Full build lifecycle documented
• Stability process defined and repeatable
• Idle baseline metrics captured and documented

Professional Impact

This project demonstrates practical skills useful in IT and Informatik roles:

• Systems thinking
• Root cause analysis
• Technical writing quality
• Reliable execution and iteration

Current Status

Active and improving. Ongoing updates will include benchmark entries, tuning revisions, and upgrade path documentation.