Skip to main content

Establishing a National Exercise and Evaluation Program

The Federal Response to Hurricane Katrina Lessons Learned recommended that the Department of Homeland Security establish a National Exercise and Evaluation Program. By extension, the NEEP designated the Homeland Security Exercise and Evaluation Program as a way to standardize exercise planning and execution across governmental levels and sectors. Not all nongovernmental organizations use HSEEP in full or even partially. However, communities, states, and various federal agencies are expected to adopt and employ its tenets. Certainly, it provides the standard that is employed in the National Exercise Program. The HSEEP provides a standardized methodology for planners to use in designing, developing, conducting, evaluating, and improving exercises and training.

The HSEEP also serves as an extensive resource, replete with useful tools, templates, and examples for building exercises and determining training needs, creating training events, and assessing the merits of all related activities. As you know or are learning, training and exercises are ideally integrated, not merely linked. What is the difference between these concepts of linked and integrated? Exercises that are linked to training may (or may not) draw directly or indirectly from training drills and events. Exercises that integrate training are considerably more dynamic, with training occurring as the exercise unfolds. This latter technique better develops critical thinking, problem-solving, leadership, and decision-making abilities as well.

The following illustration should clarify this benefit:

Comments

Popular posts from this blog

Reactions Accompanied by Thermodynamic Processes

A thermodynamic property elucidates considerable characteristics of a substance. The knowledge of these properties is necessary to the understanding of the thermodynamics. The quantity which is either a feature of a whole system or is a function of place that is constant and does not differ rapidly over microscopic distances, apart from possibly for unexpected changes at boundaries among phases of the system; illustrations are pressure, temperature, volume, surface tension, concentration, and viscosity. This is also termed as macroscopic property. In order to bring through a program of finding the modifications in the different thermodynamic functions which accompany reactions—like enthalpy, entropy, and free energy—it is frequently helpful to know such quantities separately for each of the materials entering into the reaction. For illustration, when the entropies are known independently for the reactants and products, then the entropy alter for the reaction is merely the d...

Earning And Investment Decisions By Financial Manager

The tasks of Financial Manager can usually be categorized into two:   Managerial Finance Functions:   Require skilful planning, control and execution of the financial behavior. It consists of noteworthy managerial finance tasks. These are as:   (a) Investment of Long-term asset-mix options:   Such decisions (also referred to as capital budgeting judgment) relates to the allotment of funds along with investment projects. They refer to the firm's option to commit current finances to the purchase of permanent assets in hope of future cash inflows from these projects. The investment applications are evaluated in terms of both risk and predictable arrival. (b) Financing decisions:   Financing decision means the decision on the sources of finances to invest on finance projects.  The finance manager ought to decide the proportion of justice and debt. The mix of debt & equity affect the firm's price of financing as well the financial risk....

Transformers - Segregating High Voltage Circuit

The substations have current and voltage transformers designed to segregate electrically the high voltage primary circuit from the low voltage secondary circuit and, consequently, offer a safe means of supply for signifying instruments, meters, relays and so on.   1) Current Transformer:   Current transformers are utilized in power installations for supplying the current circuits of indicating instruments (i.e., ammeter, watt-meter, and so forth), meters (i.e., energy meter, and so forth) and protective relays. Such transformers are designed to offer a standard secondary current output of 1 or 5 A, whenever rated current flows via the primary. The fundamental feature of CT is its transformation ratio, symbolized since a ratio of the rated primary to rated secondary current. Current transformers have two inherent errors, that is, the current ratio and phase displacement. Such two errors serve as a basis on which current transformers are categorized for accuracy. ...