By Eugene le Roux, FSAIRAC, and Eamonn Ryan
Are we training for knowledge or for usefulness?
Laboratory work, experimentation and direct interaction with tools and measurement instruments transform knowledge into tangible experience. Pch.vector | Freepik.com
Training and education have long been regarded as the twin engines of progress. Yet, a question increasingly shapes the conversation among educators, employers and policymakers: are we training for strategy or for usefulness?
In other words, are we preparing minds to think, or hands to do? Can we – and should we – divide training and education into categories based on purpose and practical value?
These articles (parts one and two) explore four distinct types of training that range from purely theoretical instruction to immersive, hands-on experience in the workplace. Understanding these categories may help bridge the persistent gap between education and employability.
Type 1: Theoretical training – knowledge without context
The first form of training exists purely within the classroom. Here, students engage only with theory – often at a high academic level. While intellectually rigorous, this method can be incomplete in preparing students for the demands of real-world application.
Type 1 training is the domain of textbooks, lectures and abstract reasoning, valuable for building conceptual understanding but often detached from the messy complexity of practice. Its strength lies in depth of theory, but its weakness lies in lack of completeness.
Graduates of such programmes often find themselves well-versed in principles but untested in practice, a gap that only time and experience can fill.
Type 2: Theory meets application – simulated practice
Type 2 training moves a step closer to reality. The classroom remains central, but learning is contextualised with examples, case studies and simulations.
Through videos, guided discussions and problem-solving exercises, students apply theoretical principles to hypothetical or semi-real situations. This model encourages analytical thinking and problem-solving, while still protecting students from the pressures of real-world consequences.
Type 2 is where ‘learning by doing’ begins to emerge – but within safe boundaries.
Type 3: Laboratory training – learning through experimentation
Type 3 training blends theory and hands-on engagement. Laboratory work, experimentation and direct interaction with tools and measurement instruments transform knowledge into tangible experience.
This is where students develop confidence in the validity of theory. They see physical proof of concepts in action and learn how to measure, test and refine. The classroom becomes a testing ground, not just a place of instruction.
Such training builds technical competence and nurtures curiosity – essential traits for engineers, technicians and applied scientists.
