Hands-on tutorials, real build logs, and structured courses across CAD, PCB design, antennas & RF, control systems, CAM, and CAE — written for makers who'd rather build than just read.
![Humonoid robot](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgJIYUSrsGW0Axymmz3jPy6nAzMj6GJwOChlHXW3LAydwJoGdSkU2EzGjIoGC5J1M8iDrGsTvqw3aQFmltfDsmEa7PWeGELT6jS1h2vc8WkhbIWJKpZh3HUXEdKeWoHO6DpvTzYuVNnIAleVpjysXo5TgoAtv6kDQtP6Iv646eoSuhpcpBOFanXMf5jtn8m/s1672/ChatGPT%20Image%20Jun%2017,%202026,%2012_33_53%20AM.png" style="margin-left: 1em; margin-right: 1em;)
Every tutorial and build on SciCamp is filed under one of these disciplines. Pick one to see everything we've published in it.
Parametric modeling, assemblies, and drafting workflows from sketch to manufacture.
Schematics, layout, stack-ups, and getting boards from design file to fabrication.
Antenna theory, matching networks, and practical RF design for wireless links.
Feedback loops, PID tuning, and firmware that keeps mechanical systems stable.
Toolpaths, feeds and speeds, and turning CAD models into machined parts.
FEA, simulation, and validating designs before they ever reach the shop floor.
Every tutorial and build on SciCamp is filed under one of these disciplines. Pick one to see everything we've published in it.
Parametric modeling, assemblies, and drafting workflows from sketch to manufacture.
Schematics, layout, stack-ups, and getting boards from design file to fabrication.
Antenna theory, matching networks, and practical RF design for wireless links.
Feedback loops, PID tuning, and firmware that keeps mechanical systems stable.
Toolpaths, feeds and speeds, and turning CAD models into machined parts.
FEA, simulation, and validating designs before they ever reach the shop floor.
Cheat sheets, calculators, and reference charts we keep open while we work — free to download.
Multi-part series that take you from first principles to a finished, working build.
Sketches, constraints, and assemblies — your first parametric model, start to finish.
Take a circuit from schematic capture through layout to manufacturer-ready files.
Transfer functions and Bode plots, translated into working embedded control code.
SciCamp started as a personal notebook of build logs and turned into a place for engineers, students, and hobbyists to learn by doing. We don't write theory for its own sake — every tutorial here exists because we built the thing first, hit the same problems you will, and wrote down how we solved them.
Replace this paragraph with your own story: how you got into engineering, what SciCamp is for, and who it's for. Keep the avatar above as a placeholder until you swap in a real photo.
Got a question about a build, a course, or want to collaborate? Send a message — we read every one.
![SciCamp logo](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjY27VpvI-dS0cAtJv-g0svyL_Z5SWP8h3dCMwKFQPI3beVPoSSPLCSluDcVgdx2gpKQVQ_L-JDczRjaRTO2v_B4Kuc4tjPD8xwBdLKRq2mrpXZBe3xxrIqAlbHP1LNYhgmWaDy2VUV-tHm49RKFJu1obZrkmDHS2C4wPyKtyYLTQNz2aQd_2k3R_HSR1hz/s320/Black%20White%20Bold%20Simple%20Initials%20Name%20Logo.png" imageanchor="1" style="margin-left: 1em; margin-right: 1em;)