FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
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Engineer Support to the Brigade Combat Team<br />
1-44. An emergency or immediate requirement for infantry may not require reorganization as engineers are<br />
simply committed to the fight, to fight as engineers, and understanding their limitations. Reorganization<br />
occurs when time allows, moving unneeded engineer elements and equipment from the battlefield and<br />
augmenting the engineer structure with additional capabilities. A commander normally considers<br />
reorganizing when forecasting a shortage of infantry before a future operation or phase of an operation.<br />
The commander makes a decision after weighing METT-TC factors and determining an acceptable risk<br />
level. Reorganizing engineer units as infantry requires resources, time, and training.<br />
General Engineering<br />
1-45. Support to movement and maneuver includes the support of tasks exceeding the capability of the<br />
combat engineering force and more extensive upgrades or new construction of LOCs (see <strong>FM</strong> 3-34.400).<br />
General engineering support is typically applied through the sustainment warfighting function, but may<br />
include many of the following tasks that also crossover to support movement and maneuver:<br />
� Construct and maintain combat roads and trails exceeding the capability of combat engineering<br />
assets.<br />
� Provide forward aviation combat engineering (FACE) exceeding the capabilities of combat<br />
engineering assets, to include the repair of paved, asphalt, and concrete runways and airfields.<br />
� Install assets that prevent foreign object damage (FOD) to rotary-wing aircraft.<br />
� Construct tactical and LOC bridging.<br />
Intelligence<br />
Fires<br />
1-46. The warfighting function is the related tasks and systems that facilitate the understanding of the OE,<br />
enemy, terrain, and civil considerations. Commanders make decisions and direct actions based on their<br />
situational understanding (SU). They keep their SU current by continuously assessing the situation and<br />
stating the information they need in the commander’s critical information requirements (CCIR). The<br />
required information is obtained through various detection methods and systematic observation,<br />
reconnaissance, and surveillance. (See chapter 3 for engineer support to ISR operations.)<br />
1-47. Engineer capabilities can be employed during key activities in the operations process to add to the<br />
commander’s SU. Engineers play a major role in the intelligence preparation of the battlefield (IPB)<br />
process by anticipating and providing terrain analysis products of likely contingency areas. Geospatial<br />
support assists in describing the effects of the OE on enemy and friendly capabilities and broad COAs.<br />
1-48. Engineer reconnaissance (see chapter 3) can provide data that contributes to answering the CCIR.<br />
Most tactical engineer reconnaissance capabilities enable the collection of technical information in support<br />
of the combat engineering function. Reconnaissance in support of M/CM/S operations is conducted<br />
primarily by ERTs comprised of combat engineers and focuses on the collection of tactical and technical<br />
information to support the BCT freedom of maneuver and protection of friendly forces and facilities. <strong>FM</strong><br />
3-34.170 provides a detailed discussion of reconnaissance support for the five areas of mobility operations,<br />
obstacle integration and turnover in countermobility operations, fighting and other protective positions, and<br />
other tactical operations in the BCT.<br />
1-49. The fires warfighting function is the related tasks and systems that provide collective and<br />
coordinated use of <strong>Army</strong> indirect fires, joint fires, and C2 warfare through the targeting process. It includes<br />
tasks associated with integrating and synchronizing the effects of these types of fires with the effects of<br />
other warfighting functions. Lethal and nonlethal fires (including C2 warfare) are integrated in to the<br />
concept of operations during planning and targeting, based on the targeting guidance. Engineer operations<br />
contribute significant combat power (lethal and nonlethal) to all elements of full spectrum operations.<br />
(Engineer participation in the targeting process for the use of lethal and nonlethal fires is discussed in<br />
chapter 5.)<br />
11 February 2009 <strong>FM</strong> 3-<strong>34.22</strong> 1-11