Training design

Training design is a critical but often overlooked component of training system delivery. Patrick (1992) described the widespread but erroneous belief that, when training content has been identified (via TNA), it is then a straightforward process of giving 

Work Domain Analysis and Training Needs Analysis 

Priorities and values—Criteria for ensuring that purpose-related functions satisfy systems objectives 

Purpose-related functions— Functions that must be executed and coordinated 

Physical functions— Functionality afforded by physical objects 

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Duncan, K. D. (1974). Analytic Techniques in Training Design. In E. Edwards F. P. Lees (Eds.), The Human Operator in Process Control. Washington, DC. Taylor Francis. 

NOLR ini (1952) Collective, "Ordnance Explosive Train, Designers Handbook , NOLR (Naval Ordnance Laboratory. Report) 1111, USGovtPtgOff, Washington, DC (1952)... 

Ordnance Explosive Train Designers Handbook , NOLR 1111 (1952), p G1 2a) C.G. Dunkle, "Introduction to Theory of Detonation of Explosives , Lecture delivered at PicArsn on 13 Dec 1955, pp 1-14 (Definitions of detonation, detonation process and other terms) 3) Clark Hawley (1957), pp 293-95 ("Detonation , by W.H. Rtnkenbach) 370-71 (Explosives and Detonation, by M.A. Cook)... 

In order to understand clearer the function of elements in HE trains of fuzes, a description and sectional views of US Naval Base Fuze Mk21 are given. This information is derived from the comprehensive "Ordnance Explosive Train Designers Handbook",... 

Anon, Ordnance Explosive Train Designers Handbook , NOLR 1111... 

Refs 1) Anon, Ordnance Explosive Train Designers Handbook , Report NOLR 1111, NOL (April 1952) 2) E. James, Jr, Charge... 

See also Section 9 Physical Tests for Determining Explosive and Other Properties of Detonators, Primers, Igniters and Fuzes in Vol 4 of Encycl, pp D1078ff Refs l)Anon, "Ordnance Explosive Train Designers Handbook , NOLTR 1111(1952), Chapters 1 2 2) Anon, "Explosive Trains ,... 

M. A. Is la and J. Cerda. A general algorithmic approach to the optimal synthesis of energy-efficient distillation train designs. Chem. Eng. Comm., 54 353, 1987. 

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