Training Needs Analysis (TNA)

The Training Needs Analysis is the beginning of a training design process. It provides insights into the trainees, their starting point and the intended end goal. NLR uses a competency based training approach to ensure the professional is prepared for a multitude of nominal and adverse situations. A competency contains skills, knowledge and attitudes that are necessary to exercise one’s profession in the operational context.

A completed TNA will contain:

Operational needs (core task / missions)

Any training to be developed ultimately needs to prepare for the operational job. A professional needs to perform tasks in a variety of contexts. Certain factors or a combinations of factors may create more demanding contexts than ‘standard operations’. Through workshops with subject matter experts, NLR finds out the operational needs of a specific function which are described by core tasks and missions.

Necessary competencies and skills

The necessary competencies and skills are analysed based on the core task of the profession. This guarantees a relationship with the necessary knowledge and attitudes that are required for task performance. The result is a task -oriented competency profile. The profile describes what is expected in the operational job. This is described with competencies, proficiency indicators and supporting knowledge, skills and attitudes.

Trainee’s starting point

A training session is often targeted to train a certain group of trainees. The current proficiency levels of the trainees are analysed regarding the competency framework. It is important to assess what variances are present in the group of trainees regarding previous training or operational experiences. The starting point of trainees is investigated by workshops with subject matter experts, such as instructors and operational workforce.

Training gap

The training gap is uncovered based on the competency framework and the starting point of the trainees. The training ultimately aims to bridge this training gap. The training gap is described by the difference in the starting and required proficiencies of competencies and the overall training goal. The differences are defined during workshops with subject matter experts.


Use cases

Multi-Ship Multi-Type Helicopter Simulation Training Capability
Training and Simulation

11 April 2022

R&D case: Multi-Ship Multi-Type helicopter simulation training

Acquisition and Deployment Support. The challenge The RNLAF is currently acquiring and deploying a unique multi-ship multi-type (MSMT) helicopter simulation training capability to support the fight, tactical and whole-task mission training of CH-47F and AH-64E crews at all operational levels. The MSMT capability will incorporate a large number of high-end simulation training devices, a tactical […]
Chinook helicopter
Training and Simulation

12 January 2022

R&D case: Redesign of helicopter training

A common, modernised approach for platform qualification training The challenge The Defence Helicopter Command of the Royal Netherlands Airforce expressed a need for a common, modernised approach for qualification training on all of their platforms. The solution The project produced actual MQT for AH-64 and CH-47 crews. Additionally, user requirements, a system concept and a […]
Replacement of initial training capacity
Training and Simulation

05 April 2022

R&D case: Flexible and scalable future training

The challenge The PC-7 training aircraft of the Royal Netherlands Air Force (RNLAF) needs to be replaced. A Training Needs Analysis (TNA) and Training Media Analysis (TMA) were therefore done, aiming to provide a solution for the replacement of the entire initial training capacity. This training capacity needs to be flexible and scalable to meet […]
Competency-based maintenance training
Training and Simulation

23 September 2022

R&D case: Competency-based maintenance training

Development of maintenance training as a result of changed regulations The challenge The development of the European Military Aviation Regulations (EMAR) resulted in changes in the Dutch military aviation regulations. The content and levels of the maintenance type training for the F-16, AH-64D, CH-47D/F and the NH-90NFH therefore needed to be updated. Moreover, the training […]
Formulation of training and simulation vision including a roadmap for implementation.
Training and Simulation

24 August 2022

R&D case: Swiss Armed Forces simulator portfolio rationalisation

Formulation of training and simulation vision including a roadmap for implementation The challenge Many nations are facing the question of what to do with their end-of-life simulators and how to ensure their replacements will be more (cost-) effective, efficient, and future-ready. The Swiss Armed Forces are investigating possible options for developing a new portfolio of […]