The Reserve Components of The Future (USAR & ARNG)
财务管理代写 As mentioned in the introduction, validation is a crucial component of readiness improvement. Army National Guard Brigade teams have
The Reserve Components Needed to Improve Readiness Through Validation, Training, and SRP.
Introduction 财务管理代写
The readiness and performance of the United States Army's reserve components of the future will be an important aspect of its defense capability in the coming decades. These components are the United States Army Reserve (USAR) and the United States National Guard (ARNG). While the past has seen these reserve components deployed on several occasions, their performance has not been as effective as they could be. Research and development observations reveal that a lot needs to be done to make the reserve components more efficient when deployed, and more capable when inactive.
Existing research and performance analysis identifies several areas where the reserve components of the future may improve. In order to increase their efficiency and effectiveness (Gates, 2009). Military, defense, and security scholars agree on these potential areas, including validation, training, and soldier readiness processing (SRP). This paper intends to investigate and identify the contributions these three areas will contribute to achieving this objective, by demonstrating how the reserve components need to improve readiness through validation, training, and SRP. 财务管理代写
Validation / Lead heading.
Use of Combined Armed Training Brigades (CATBs)
As mentioned in the introduction, validation is a crucial component of readiness improvement. Army National Guard Brigade teams have provisions in place that offer them opportunities to train with and against each other in order to promote readiness. These activities are part of a larger initiative by the US Army reserve components to improve their validation in the face of increased operational readiness (Doyle & Peterson, 2005). During these exercises. The individual brigades exercise military tactics that test their operational readiness, communications training, inter-brigade cooperation. And support systems for overall reserve component effectiveness.
While these exercises have been ongoing in the United States. Reductions in the budget allocated to reserve component training and validation initiatives. In favor of the more active arms of the defense, such as the Air Force, limit their effectiveness (Prescott et al., 2014). One approach that can improve the United States Army’s reserve components’ validation performance is to increase the CATBs used. By doing so, one bolsters inter-brigade performance, cooperation, and efficacy. Additionally, during such exercises, checking for loopholes in training and improvement of the relationship between individual brigades. As well as their personnel, is essential (Cornum, Matthews, & Seligman, 2011). Such close relationships are critical for a solid reserve component given its job description. 财务管理代写
Apart from checking and improving inter-brigade performance. CATBs that include the US Army’s reserve component also improve pre-mobilization readiness. This wing of the armed components of the US Army is important given its support function to the active components. The current geopolitical climate is such that the United States finds itself in a constant state of alertness. Which makes a combat-ready reserve component crucial to ensure the United States is fully and capably defended (Prescott et al., 2014). Therefore, the reserve components may require more CATs to promote not only their training and cooperation. But also improve their battle readiness in terms of pre-mobilization capabilities. The Department of Defense may consider facilitating more of these exercises to improve their validation.
Use of Multi-Functional Training Brigades (MFTBs) 财务管理代写
A crucial component of validation is the use of multi-functional training brigades. The Army National Guard and Reserve Brigades have in place teams that offer functional support to multi-functional brigade teams, in terms of medical and engineering expertise. The First Army MFTBs operate using a set of two brigade engineer battalions and three brigade support battalions. Similarly, the reserve components operate in such a manner during training and validation. In order to augment the active components’ operation in a key and lock fashion.
Validation exercises for these MFTBs consist of exercises and drills in a singular or multi-brigade manner.
These exercises are meant to cultivate optimized levels of cooperation, and develop symbiotic relationships between individual battalions involved in the operationalization of the reserve component. However, the current levels of engagement have severely eroded these components of the reserve component’s readiness, which is an important aspect of its validation. More training exercises need to be carried out between various groups in the context of operational readiness, better familiarity with modern military equipment, and better validation performance. 财务管理代写
Consequently, the DOD must facilitate operational and financial environments that enable the reserve components to engage in more MFTBs. These exercises not only enhance the US Army reserve components’ cooperation with each other. But also how they auger with the active component in training and actual combat. Additionally, these exercises enable the reserve personnel involved in engineering and support functions. Such as medical personnel, to familiarize themselves with the latest military methods, techniques, and equipment (Prescott et al., 2014). These reasons marry into a better validation score for the reserve components in these times of increased alertness and engagement by the United States Army.
Sustainable Readiness Models (SRMs)
Sustainable Readiness Models (SRMs) are also important during validation. They complement the US Army’s combat readiness and validation process by creating and maintaining strategic partnerships between active and reserve components. These partnerships have been demonstrated to augment the reserve components’ validation performance. By providing them with the coordination skills and facilities necessary to improve their combat readiness.
One feature of SRMs that could contribute to the readiness of future reserve components, is continued sustainability measures. That introduce reserve personnel to increasingly modern warfare methods and equipment. Using reserve components sized in appropriate combat brigade numbers. And paired with active component brigades in training, the process imparts the up-to-date skills necessary for the development of the dynamic reserve components of the future (Prescott et al., 2014). Skills acquired include those pertinent to fire suppression, communication, medical and rescue performance enhancement, and anti-terrorist training. 财务管理代写
Due to the modern threat of counter-insurgency that the active components of the United States army faces, SRMs must be augmented to face the same in order to optimize the reserve components of the future. Research by many think-tanks has demonstrated that insurgents and terrorists will increase their focus on the United States, meaning one must prepare the reserve components for such threats. Therefore, SRMs designed to partner active components trained specifically on counter-terrorism and counter-insurgency, with reserve components, will contribute towards this critical objective.
III. Training / Main Idea 财务管理代写
A: Increased Training on Maintenance and Use of Military Equipment
Online
Online training is increasingly taking over as a method of imparting skills and exercising them among many advanced defense forces. The United States Army is no different, as demonstrated by the rapid design and adoption of online training and exercise programs, designated for use by both active and reserve forces. Reserve components of the future will benefit from special online examinations that investigate their psychological profiles, as well as general military skills knowledge.
Such programs could also adopt modern augmented reality (AI) technology, as well as virtual reality (VR) methods, to impart skills that traditionally involved on-field activity (Griffith & West, 2013). Such methods will train reserve components on modern threats in chemical and biological warfare, as well as counter-terrorism, counter-insurgency, and cyber-warfare in relative safety, and at less cost.
Schooling 财务管理代写
Although the use of online methods of training and skills acquisition is on the rise, these useful resources can never replace face to face schooling. Just like active components in the US Army, reserve components require extensive schooling from induction and through service life. Future reserve components will require subtle changes to their educational background to enrich their skill set, from the high school through to university level.
Therefore, the basic minimum entry requirement into either the National Guard or Army Reserve should be changed, according to the intended designation of the personnel. One example would be students talented in information technology might receive training orientated towards systems design and cyber-warfare.
Schooling offered to the reserve component of the US Army has remained largely stagnant, as the country continues to buckle to pressure to reduce the defense budget. Therefore, most reserve components acquire training and schooling that is no longer relevant to the rapidly changing environment of combat and defense. However, reserve components of the future could benefit from the addition of specialized training in skills that are becoming increasingly relevant. 财务管理代写
These include domestic terrorism, diversity, and equality in the reserve component and armed forces in general, modern methods of chemical and biological warfare, as well as the deployment of modern equipment.
Equipment 财务管理代写
The active component of the US Army enjoys using of the some of the most advanced modern military equipment on the planet. However, the reserve component’s training in the same skills remains both below par and outdated (Griffith & West, 2013). Such short-sightedness may cause rifts in the ability of both components to coordinate in the event of actual combat, due to a skills and knowledge mismatch. One daunting example was the lack of intimate knowledge of the Abrams M1A1 tank and Bradley Fighting Vehicle among reserve components during Operation Desert Storm.
One must introduce the reserve components of the future to all modern military equipment, from both the perspective of use and maintenance. In order to ensure that a component’s performance is comparable to the performance of those in active service, the DOD must facilitate programs that ensure such personnel are introduced to and trained in the use of this equipment.
B: Better Use of the Limited Training Time Allocated for the Reserve Components
The amount of training time that active components of the US Army enjoy is not comparable to that provided for reserve components. Although military strategy in all advanced militaries the world over prioritizes training the active components, the current ignorance of the training needs of the reserve components may be injurious to the US defense strategy. 财务管理代写
For reserve components of the future to be on a par with their active counterparts in terms of combat training and readiness, the training times need revision. Although the available time is limited, a revision of the same to add more reserve component training may optimize their performance and skills (Griffith & West, 2013). Additionally, it will improve their knowledge of combat strategies as they change, and increase familiarity with new military gear and threats.
C: More Strategic Training Coordination Between Active Components and Reserve Ones, Locally and With Allies. 财务管理代写
One of the most useful avenues for improvement in terms of training, combat readiness, and validation for both active and reserve components of any army, is collaborative training exercises between allies. The US Army has held long-standing collaborative exercises with allies, such as the United Kingdom, involving its active components. However, this methodology has retarded the growth and development of its reserve components.
In order for reserve components of the future to be able to respond more effectively to active and dormant threats. The US DOD must increase collaborative exercises with allies, and include more reserve component participation (Griffith & West, 2013). Such a strategy would not only expose these future reserve components to potential allies and threats of the future. But it would also enhance their training, combat readiness, skill set, and familiarity with their equipment. And that of allies or potential enemies. 财务管理代写
IV: SRP
(SRP) is an important aspect of any military unit; be it active or reserve. SRP investigates and establishes the readiness of military personnel using their existing physical and medical data in order to ascertain their readiness for training. Validation, and even deployment (Pyne et al., 2016). The United States has long relied on the performance triad (sleep, activity, and nutrition) to cultivate overall health in its personnel. However, information is crucial for the triad’s effectiveness (Reivich, Seligman & McBride, 2011).
The contribution of SRP to reserve components of the future in the US Army cannot be over-emphasized. Existing methods of gathering medical and dental records, as well as analyzing them for risk and compromise. Will contribute greatly to the performance and readiness of such components. Any military’s ability to not only train capable soldiers. But deploy them in their fittest form, relies a lot on its ability to collect, analyze, and manage such information.
A: Medical 财务管理代写
Medical records are critical to the formation, maintenance. And performance of any armed forces. These records include general physical information pertaining to personnel, and are regularly updated. They are important in selection criteria design and deployment decisions. Because soldiers need to be in the best condition.
Medical records will contribute to higher quality personnel in the reserve components of the future. Through improved and more accurate information collection methods, better health information management. And more prejudicial analysis and storage (Ruble, Silverman, Harrell & Ringenberg, 2005). Using specialized worn technology, modern methods of collecting and monitoring medical information in military personnel has ensured that conditions and diseases are detected earlier, and are better managed (Pyne et al., 2016).
The use of digital health information management systems also ensures . That each reserve component’s information is always available to deserving parties. And is updated when necessary and as required. Additionally, analyzing such information contributes to military strategy by identifying trends and changes. That may compromise both active and reserve components’ performance. Indeed, cloud computing and discrete storage technology have enhanced the storage of such important information. 财务管理代写
These features of medical records will contribute to the increased potential and actual performance of reserve components of the future, through efficiency, effectiveness, and better storage. They will also offer more information based on modern data analytics. Making for a better reserve command of the future. Additionally, better management of this health information will contribute to better health policies for families of these reserve components. Which is an important contributor to morale.
B: Dental
Dental records have formed an important pillar of military records since the First World War. These records participate in the creation of military strategy at various levels, that include personnel identification. And identification of underlying health and operational issues that may compromise military personnel performance.
From the perspective of reserve components of the future, dental records will, of course, form an integral identification and concealment feature. Dental records in X-Ray form or the panographic mode come second only to DNA analysis in identification processes, after severe and destructive trauma that destroys tissues, including fingerprints (Pyne et al., 2016). Therefore, reserve components must handle dental records strategically. Given their importance in both active, semi-active, and reserve components of the military. 财务管理代写
Dental records also contribute to the process of identifying underlying health risks that may compromise training, deployment, or performance in both active and reserve components. Reserve components of the future will benefit from advances in diagnostic methods involving dentistry to identify diseases and conditions in their earliest stages of development. Additionally, advances in dental surgery involving technological implants intended for strategic or operational purposes may benefit from dental records. Provided they are both accurate and specific.
C: Records 财务管理代写
Records in the military form an important aspect of personnel management, compensation processes, and training designation. Such records usually touch on past performance, assessor validation of the personnel. And other important aspects such as injuries, criminal activity, or special abilities.
Reserve components of the future may benefit from such records, because accurate descriptions of the personnel create a better picture from which to train the soldier (Odierno, 2012). Therefore, records will be integral to the identification of reserve personnel with special abilities, those unfit for service or training, and criminal tendencies associated with abuse and harassment (Pyne et al., 2016). Records also create better compensation frameworks that will boost the future reserve components’ morale and improve their dedication to the cause. 财务管理代写
IV: Conclusion
The United States Army’s reserve component consists of the United States Army Reserve and the United States National Guard. An assessment of these components’ performance based on field observations and scholastic research, points towards some shortfalls that could compromise their future deployment.
However, further research has demonstrated that the reserve components of the future will improve due to enhanced validation processes, a better training methodology, and optimized SRP. Validation optimization processes must include more biased CATBs, MFTBs, and SRMs. In order to expose the personnel to modern combat methods and equipment, while creating sustainability through strategic partnerships both locally and abroad. Training will involve exposing reserve components of the future to modern equipment through increased training on its use and maintenance.
It will also create avenues to utilize the limited training time designated for multiple components more effectively. And create more collaborative training opportunities with foreign allies. From the perspective of dental, medical, and general records, the reserve components of the future will benefit from advanced information collection methods, such as worn technology, digital health information management systems, modern computerized data analytics, and discrete or cloud computing-based storage.
While these initiatives auger perfectly with the hypothetical standpoint that the reserve components need to improve readiness through validation, training, and SRP; further research, observation, and study of the US Army’s reserve components. Should continue to monitor and enhance their utilization, as a crucial part of the United States defense structure.
References 财务管理代写
Cornum, R., Matthews, M. D., & Seligman, M. E. (2011). Comprehensive soldier fitness:
Building resilience in a challenging institutional context. American Psychologist, 66(1), 4-9
Doyle, M. E., & Peterson, K. A. (2005). Re-entry and reintegration: Returning home after
combat. Psychiatric Quarterly, 76(4), 361-370.
Gates, R. M. (2009). A balanced strategy: Reprogramming the Pentagon for a new age. Foreign
Affairs, 28-40.
Griffith, J., & West, C. (2013). Master resilience training and its relationship to individual well-being and stress buffering among army national guard soldiers. The Journal of Behavioral Health Services & Research, 40(2), 140-155. Retrieved from: doi:10.1007/s11414-013-9320-8
Odierno, R. T. (2012). The US Army in a Time of Transition: Building a Flexible Force. Foreign
Affairs, 7-11.
Prescott, M. R., Tamburrino, M., Calabrese, J. R., Liberzon, I., Slembarski, R., Shirley, E., … Galea, S. (2014). Validation of lay-administered mental health assessments in a large army national guard cohort. International Journal of Methods in Psychiatric Research, 23(1), 109-119. Retrieved from: doi:10.1002/mpr.1416
Pyne, J. M., Constans, J. I., Wiederhold, M. D., Gibson, D. P., Kimbrell, T., Kramer, T. L., … McCune, T. R. (2016). Heart rate variability: Pre-deployment predictor of post-deployment PTSD symptoms. Biological Psychology, 121, 91-98. Retrieved from: doi:10.1016/j.biopsycho.2016.10.008
Reivich, K. J., Seligman, M. E., & McBride, S. (2011). Master resilience training in the US
Army. American Psychologist, 66(1), 25-34.
Ruble, P., Silverman, M., Harrell, J., & Ringenberg, L. (2005). Medical and physical readiness of
the US Army Reserve for Noble Eagle/Enduring Freedom/Iraqi Freedom: Recommendations for future mobilizations. Military medicine, 170(6), 443-450.
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