calcmogul/controls-engineering-in-frc

Description and use

**Brief Summary (2‑3 sentences)**
*calcmogul/controls‑engineering‑in‑frc* is the open‑source source repository for the textbook “Controls Engineering in the FIRST Robotics Competition.” It provides LaTeX‑based material that teaches robotics teams how to design, model, and tune control systems, and it can be used as a living reference when building or refining FRC robot code.

**Value**
The project eliminates the need to manually assemble scattered notes, examples, and theory into a cohesive curriculum, giving teams a single, well‑structured source that can be version‑controlled and extended. By keeping the content in LaTeX, the material can be regenerated into PDFs, slides, or web pages automatically, ensuring that updates propagate consistently across all documentation and training assets.

**Practical Adoption Path**

| Step | Action | Reason |
|------|--------|--------|
| 1. **Review & Fork** | Clone the repo and skim the README, src/ and examples/ directories. | Confirms that the content aligns with your team’s skill level and competition timeline. |
| 2. **Validate Build** | Run latexmk (or your preferred LaTeX toolchain) to generate the PDF. Resolve any missing packages. | Guarantees that the build environment is reproducible for future updates. |
| 3. **Customize** | Add team‑specific case studies, modify examples to match your robot hardware, and adjust the syllabus to fit your season schedule. | Tailors the generic textbook to your concrete workflow, reducing manual “translation” effort later. |
| 4. **Integrate with Training Pipeline** | Hook the LaTeX build into your CI/CD system (e.g., GitHub Actions) so the PDF is regenerated on every push. | Provides a repeatable, automated flow that replaces manual PDF creation. |
| 5. **Deploy** | Publish the generated PDF to your team’s documentation site, shared drive, or print copies for in‑shop sessions. | Makes the resource instantly accessible to students, mentors, and new members. |

**Production Readiness**

• **Maturity:** Medium – the repository is actively maintained (last update 2026‑06‑28) and enjoys a solid community signal (344 ★, 27 forks).
• **Suitability:** Ideal for prototypes, internal training, or as a knowledge base for new FRC teams. Before using it in a mission‑critical environment (e.g., as the sole reference for control‑loop code generation), perform a dependency audit (LaTeX packages, custom macros) and verify that the generated material matches your robot’s hardware specifications.
• **Risks:** Integration details are sparse; the repository does not expose a ready‑made API or tooling beyond LaTeX sources, so you’ll need to allocate time for manual inspection and possible adaptation of the build process.

In short, *controls‑engineering‑in‑frc* offers a high‑value, low‑cost way to standardize and automate the delivery of control‑theory education for FRC teams, provided you invest the initial effort to validate the LaTeX build and tailor the content to your specific robot platform.

Use in a workflow

calcmogul/controls-engineering-in-frc helps remove repetitive manual operations from a workflow.

• remove manual work
• connect tools into repeatable flows
• schedule operational tasks

Limitations and review notes

Medium: useful for prototypes or internal workflows, with dependency and maintenance checks before production.