Learn How Concepts Become Products
At Scala Surgical, learning is hands-on, involved, and grounded in real manufacturing.
Our education programme is designed for students who want to understand how ideas become physical products — from first concept, through design and validation, and finally into manufacturing.
This is not classroom-based learning. It is real-world exposure to surgical instruments, sterilisation workflows, modular tray systems, and manufacturing decision-making — supported by close mentorship and continuous feedback.
Our approach is inspired by Montessori principles: observe first, design with intent, learn through doing, and refine through reflection.
How You Will Learn With Us
STEP 1 — Observe & Understand
Start with the problem, not the software
- Learn how surgical instruments are used
- Understand CSSD and theatre workflows
- Observe how baskets are loaded, handled, and cleaned
- Learn why instruments are shaped the way they are
We begin with observation, because good design starts with understanding.
STEP 2 — Define the Design Intent
What problem are we actually solving?
- Identify functional requirements
- Understand access, support, drainage, and handling
- Separate “must work” from “nice to have”
No CAD yet. Just thinking.
STEP 3 — Choose the Right Design Method
Not every problem needs 3D
- Simple support and positioning → 2D layout + measurements
- Complex geometry or tight tolerances → 3D modelling
- High communication or understanding risk → Add animation
Good designers choose the right tool, not the fanciest one.
STEP 4 — Design & Model
Create with purpose
- Produce accurate 2D layouts
or - Build 3D models when justified
- Measure instruments at critical support points
- Design with silicone behaviour and tooling realities in mind
STEP 5 — Visualise & Validate
Reduce misunderstanding before manufacturing
- Use animations, exploded views, or walkthroughs
- Confirm understanding with engineers
- Ask for intent to be explained back
- Refine digitally before cutting metal
STEP 6 — Manufacture & Test
From concept to physical reality
- Tooling is created
- Silicone moulds are produced
- Instruments are physically tested
- Real-world handling is evaluated
STEP 7 — Reflect, Improve & Deliver
Learning doesn’t stop at “it works”
- Gather feedback
- Refine designs
- Understand cost, time, and trade-offs
- Deliver a working solution
Our training follows a Maria Montessori-inspired approach: observe first, design with intent, validate through doing, and refine through real manufacturing.
Where this learning is applied
Students on this programme are not trained in isolation.
Where appropriate, learning is applied to real-world projects — including bespoke surgical baskets, modular silicone inserts, and instrument layouts used in live hospital environments.
This allows students to understand not just how to design, but why design decisions matter in manufacturing, handling, sterilisation, and workflow.
To see how this thinking is applied in practice, view our approach to Bespoke Surgical Baskets →
Frequently asked questions
This programme is for students who are curious, thoughtful, and interested in how real products are designed and manufactured. You do not need prior experience in surgical instruments.
Basic familiarity with design tools is helpful, but not essential. More important is your willingness to observe, ask questions, and think critically. You will learn when to use 2D, 3D, or animation — and when not to.
No. English is often a second language in manufacturing environments. What matters is clear communication: confirming understanding, asking questions, and refining intent through discussion, models, and prototypes.
No. This is real-world, hands-on learning. You will be involved in live projects, real design decisions, and real manufacturing processes.
Most placements teach isolated tasks. This programme teaches the full journey — from concept to delivery — including design judgement, tooling awareness, communication, and cost considerations.
Yes. At the appropriate stage, you will be exposed to how designs are converted into tooling and production, learning directly from manufacturing engineers.
Yes. Training is involved, guided, and iterative. You will receive regular feedback and support throughout the programme.
Where appropriate, learning is applied to real-world projects. See Where this learning is applied above for examples.
Use this application form and tell us why you are interested in learning how products are designed, validated, and manufactured in the real world.