Bridge Review: Pre-Semester Launchpad -> Orientation -> Semester 1 Mathematical and CS Foundations
Required Output Classification
| Required output | Classification | Public/private guidance |
|---|---|---|
| Incoming-dependency notes and bridge self-checks | Practice artifact | Keep as working notes unless rewritten into a reusable study guide. |
| Integration task response and forward-bridge plan | Checkpoint evidence | Store as private readiness evidence that shows why you are prepared for the next semester. |
| Any refined diagram, ADR, runbook excerpt, benchmark summary, or capstone thread pulled from the bridge review | Portfolio candidate | Polish and sanitize before publishing; keep raw bridge reasoning private if it exposes weak areas or coursework-only context. |
This review connects the current semester to the roadmap around it. Complete it after the cumulative review and before starting the next semester.
Incoming Dependencies
From Pre-Semester Launchpad, identify the skills that were required for this semester. For each one, write one example of where it appeared in real work.
Current Semester Spine
The ideas that should now be active:
- algorithm intuition
- CS vocabulary
- small programs
- clean-code habits
For each item, write:
- one definition in your own words
- one example from this semester's artifact
- one mistake or edge case that clarified the idea
Forward Bridge
Before entering Semester 1 Mathematical and CS Foundations, answer:
- What will the next semester assume you can do without warm-up?
- Which current artifact can become input for the next semester?
- Which weak area would create the most friction if ignored?
- What spaced-repetition cards or drills should stay active for four more weeks?
Integration Task
Write a one-page memo titled How Orientation changes the way I approach Semester 1 Mathematical and CS Foundations.
The memo must include:
- one concept carried forward
- one concrete artifact link or path
- one tradeoff you understand better now
- one question you expect the next semester to answer
Programming bridge evidence
Before proceeding, preserve your Programming Basics lab, transfer assessment and debugging note. Revisit the transfer task after seven days. If you cannot reproduce the logic, repair this prerequisite before adding algorithm complexity.
Mathematics bridge evidence
Attach the notation exit gate and confirm that Launchpad algebra repair is complete. Preserve one formula-to-code translation and one counterexample explanation; these are the first connections to Semester 01 proofs.
Workload and advancement contract
Use Workload and Progression for the complete hour allocation, prerequisite order, evidence reuse, score thresholds and repair rules. Its estimates do not establish learner-tested duration. All required gates apply together; conditional pass means repair remains, not permission to skip a gate.
Carry the learning system into Semester 01
Carry forward the learning-support packet: one calibrated learning cycle, a source audit, a revised explanation and a feasible capacity/recovery plan. In mathematics, reuse these to check proof understanding, identify assumptions, ask precise questions and replan difficult weeks. Do not repeat the Launchpad preparation modules or the orientation learning module; apply their routines inside the next semester's existing work.
Carry the technical toolkit forward
Keep the data/API/AI toolkit as small reproducible examples. Later systems work deepens byte/I/O boundaries; networking deepens actual transport behavior; API design deepens compatibility; ML and production AI deepen evaluation and control. These introductory labs prepare those topics rather than replacing them.