Learning Modules that build repeatable craft
This page explains how gohrvexa structures jewelry making education into clear modules. Each unit includes technique cues, inspection checkpoints, and a small practice focus—so progress is visible at the bench, not just in the final photo.
Each module lists the bench operations, the “inspection points” used to confirm quality (light-gap, scribe line alignment, scratch direction, seat bearing), and the typical failure modes it helps prevent. The goal is diagnostic clarity.
Module-by-module overview
Jewelry making improves fastest when each operation has a clear “done” condition. This curriculum is designed to keep that condition visible. You will learn to establish reference marks with layout dye, cut to a line with controlled sawing, and manage fit-up so solder flows through a joint instead of masking a gap. Setting is treated as seat geometry and controlled metal movement—bearing surfaces, relief, and contact patches—rather than force. Finishing is treated as a sequence, not a final rescue: refine geometry, progress abrasives, then polish with intent.
The module descriptions below include the words you will see throughout the course: shoulder, bearing, relief, quench, pickle, and raking light. That vocabulary matters because it gives you a way to diagnose problems quickly. Instead of guessing, you learn to identify a cause (for example, a light-gap in fit-up) and fix it before the next step locks the error in place.
Module 1: Design sketches and working dimensions
Learn how to move from a beautiful sketch to a buildable plan. You will create a working drawing with reference points, symmetry cues, and a simple measurement map that includes thickness, widths, and join locations.
- Proportion grids and center finding for repeatable layout
- Critical measurements that prevent mid-build redesign
- Marking strategy: pencil, scribe, punch, and when each matters
Module 2: Tools, setup, and safe handling
Build a bench setup that supports accuracy. You will cover bench pin positioning, saw frame tension, file selection, and how to store burrs and abrasives so they stay clean and predictable.
- Lighting, magnification, and posture basics for longer sessions
- PPE and ventilation notes for soldering and polishing
- Tool discipline that prevents contamination during finishing
Module 3: Sawing, filing, and fit-up
This is where accuracy begins. You will practice cutting to a scribe line, keeping the saw perpendicular, and using files to establish flat, square surfaces that meet cleanly without “rocking.”
- Fit-up inspection using light-gap checks before soldering
- Joint preparation that supports predictable solder flow
- Handling techniques that avoid rounding crisp geometry
Module 4: Soldering sequence and cleanup
Learn how to stage soldering operations so earlier joins stay intact. You will cover flux behavior, solder placement, heat sinks, and temperature reading by color so heating becomes controlled rather than anxious.
- Choosing solder grades for a multi-join sequence
- Quench and pickle routines, plus inspection after cleanup
- Removing excess solder without thinning critical areas
Module 5: Stone setting principles
Setting starts with geometry. You will learn bearing surfaces, relief, and how pressure should travel through metal. The module introduces bezel and prong concepts and explains burr choice with clear “stop points.”
- Cutting a seat with correct bearing and controlled depth
- Relief cuts that allow metal movement without dragging a stone
- Security checks under magnification and by tactile evaluation
Module 6: Finishing, polishing, and inspection
Finish is a process, not an emergency. You will learn abrasive progression, scratch management, and how to preserve edge lines. The key habit is inspection under raking light so waviness and flats are visible early.
- Pre-polish geometry: refine before you chase shine
- A grit ladder that reduces steps while staying controlled
- Final inspection routine for wear points and setting security
How modules connect
The course intentionally repeats a few checks across different operations. For example, a clean fit-up matters for soldering and also for finishing, because gaps and misalignment create extra cleanup that can thin edges. The same is true in setting: seat geometry relies on the earlier layout discipline. When a module feels “easy,” it is usually because the previous one was done carefully.
If you want the full picture of what you will be able to do after completing these modules, the Skills page summarises the outcomes in a practical, tool-aware way.
What a “module” means in practice
A module is not a theme; it is a set of bench actions with a target result you can verify. The course encourages short cycles: perform a small operation, rinse and inspect, then correct before continuing. That is why the module structure matters. Instead of a long video that looks impressive but is hard to reproduce, each unit is built around controlled repetitions.
Expect plain, useful language: where to put a scribe line, how a shoulder should meet a bearing, what “clean” means before you heat, and how to spot an uneven surface under raking light. Progress tends to show up as fewer rescues and more predictable assembly. Results vary by materials, tool quality, and practice time, but the checks stay the same.
Fit-up checks that made solder seams easier to hide
Problem: Joints looked acceptable before heating, but seams “telegraphed” after polishing. Approach: The learner adopted a consistent routine: layout dye, file to the line, then confirm contact with a light-gap check before flux. Outcome: Solder flowed through the joint more cleanly and cleanup time dropped by roughly 30 minutes per piece because less excess had to be removed.
Seat geometry that reduced stone scuffing during closure
Problem: Bezel closure pulled unevenly and left small scuffs near the girdle. Approach: The learner rebuilt the seat with a clearer bearing surface and added relief so metal could move without dragging. Outcome: Closure became smoother, and the final edge line read more even under magnification.
Learner feedback highlights
“The module structure kept me honest. I stopped skipping inspection. Once I used raking light after each cleanup, I saw exactly where my filing drifted, and I could correct it before polishing rounded everything.”
“I appreciated the repeated vocabulary around bearing and relief. It made the setting module feel logical. When something didn’t sit, I could identify whether the issue was the seat depth or the contact patch.”
“The finishing module changed my habits. I learned to refine geometry first, then follow an abrasive progression instead of trying to polish out deep marks. My edges stayed crisp and the surface read cleaner.”
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Educational disclaimer
Educational training only. gohrvexa provides instruction in jewelry making and craftsmanship and is not affiliated with jewelry brands or retailers. Content is for learning and general guidance; it is not a substitute for professional supervision in a workshop environment.
Jewelry making involves tools, heat, chemicals, and sharp components. Always follow relevant safety guidance, use appropriate protective equipment, and work within your competence level. Results vary by materials, tools, and practice time.