Understanding How It All Goes Together
Bring the hardware stack together: gather needs, balance compatibility, plan a full PC, validate the build, and complete guided BuildCores practice and an independent specification-and-planning simulation.
- Modules
- 6
- Progress
- Not started
- Assessments
- 11
- Estimated Hours
- 6
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Module 1
Module 1: System Thinking
Move from individual parts to whole-system behavior.
1.1 A PC as a set of promises
Understand the computer as a group of parts making promises to each other.
Quick Check: whole-system thinking
Check system-level compatibility reasoning.
1.2 Requirements before recommendations
Turn user needs into build constraints before choosing parts.
Practice: Requirements triage
Auto-graded checks that turn needs into constraints.
Module 2
Module 2: Compatibility Matrix
Check sockets, memory, slots, power, case, and cooling together.
2.1 Build a compatibility matrix
Use a simple matrix to catch conflicts before ordering parts.
Quick Check: compatibility matrix
Check cross-component compatibility habits.
2.2 Fit, airflow, and serviceability
Plan a build that can be cooled, wired, cleaned, and repaired.
Practice: Compatibility conflicts
Auto-graded checks about matrix-based build planning.
Module 3
Module 3: Balancing Performance and Reliability
Choose parts that solve the workload without creating avoidable risk.
3.1 Bottlenecks, headroom, and tradeoffs
Understand where to spend and where to preserve support margin.
Quick Check: balancing a build
Check bottleneck, headroom, and tradeoff judgment.
3.2 Reliability, noise, and support plans
Design for stable daily use, not just benchmark screenshots.
Practice: Tradeoff decisions
Auto-graded checks about reliability and budget tradeoffs.
Module 4
Module 4: Build Sequencing and Validation
Plan assembly order, test points, and handoff evidence.
4.1 Assembly order and first POST
Build in a sequence that makes failures easier to isolate.
Quick Check: assembly sequence
Check build sequencing and first-POST validation.
4.2 Validation and handoff
Prove the system meets requirements before calling it complete.
Practice: Validation plan
Auto-graded checks about proving a build works.
Module 5
Module 5: Capstone PC Design Project
Practice a creator-gaming example, then justify an independent design against a separate brief.
5.1 Capstone scenario: Maya needs a creator-gaming PC
Compare a guided creator-gaming example with the independent study-and-coding design brief.
Guided practice: Maya's creator-gaming PC
Practice a constrained example using BuildCores records. These fixed choices prepare you for the independent design simulation.
Independent capstone: Design a $900 study and coding PC
Justify a complete compatible system using your own supported choices. Multiple valid specification plans can meet the rubric.
Module 6
Course Review
Review integration thinking and complete the final quiz.
Course review: what to remember
Review the main ideas from Understanding How It All Goes Together before taking the final quiz.
Final Quiz: Understanding How It All Goes Together
Show that you can explain the course ideas clearly and make safe, practical choices.