By Jack Tribolet

Throughout history, war has tested human ingenuity, often deciding the fate of empires, nations, and ideologies. Imagine looking out over an active battlefield, the air thick with tension and kinetic projectiles. Each choice could alter history, and you suddenly have a consequential decision to make with lives on the line. This is not only a hypothetical scenario but a possibility for which junior officers must be mentally prepared. While proficiency in Tactics, Techniques, and Procedures (TTPs) is essential, broadening their understanding of the warfighting domains is equally important. This broader understanding can be achieved by studying military theory in a challenging era where the history discipline is contracting.¹

Studying prominent military theorists before mid-level Professional Military Education would give junior officers a comprehensive understanding of the warfighting domains, enhancing their situational awareness and decision-making abilities. By studying theorists like Carl von Clausewitz, Alfred Thayer Mahan, and John Boyd before mid-level Professional Military Education (PME), junior officers can enhance their situational awareness and decision-making capabilities, increasing their lethality.

Dominant military theorists such as Clausewitz, Mahan, and Giulio Douhet provided perspective to their respective eras and domains of war, adding clarity and grammar to chaos. Others, such as Antoine Jomini, Julian Corbett, and Boyd, refined and built upon previous theorists, sometimes not amicably. For cadets, midshipmen, and junior officers, delving into the works of these great minds is not merely an academic exercise but an integral piece of their professional development. By studying military theory in officer accession programs, officers could gain additional tools to think critically and lead effectively, ensuring they are well-equipped to face the increasingly complex modern battlefield.

By understanding the evolution of warfare and the application of historical lessons to contemporary conflicts, officers can develop what the French call coup d’œil — “a glance that takes in a general view.”² Clausewitz defined coup d’œil as an “inward eye” enabling a “rapid and accurate decision” that would typically only be perceived “after a long study and reflection.”³ Coup d’œil requires trained observation and an exhaustive look at previous campaigns—strategy, tactics, decision points, technology, and truisms—all best encapsulated by military theory.

The great captains of military history, Caesar, Napoleon, Patton, and Mattis, have demonstrated the value of applied military theory. Each read history voraciously, Napoleon famously stating, “Peruse again and again the campaigns of Alexander, Hannibal, Caesar, Gustavus Adolphus, Turenne, Eugene, and Frederick. Model yourself upon them. This is the only means of becoming a great captain, and of acquiring the secret of the art of war. Your own genius will be enlightened and improved by this study, and you will learn to reject all maxims foreign to the principles of the great commanders.”⁴ Therefore, the early introduction of this practice has infinite potential for the training of junior officers.

Defining Military Theory

Some might question the necessity of studying military theory before attending PME. To answer this, we need to understand the role of theorists. Clausewitz explains, “The theory of any activity, even if it aimed at effective performance rather than comprehensive understanding, must discover the essential, timeless elements of this activity, and distinguish them from its temporary features.”⁵

In other words, theorists identify and describe enduring principles of warfare. These principles remain functional across time and space, providing a framework for understanding historical and modern conflicts.

Niccolo Machiavelli, who predated Clausewitz by three centuries, said, “In peace he (the warfighter) should addict himself more to its exercise than in war; this he can do in two ways, the one by action, the other by study.”⁶ Machiavelli’s discourse recodified the ancient Roman way of citizen war and reintroduced the Roman practice of applied history. His treatise was placed on the first papal Index of Prohibited Books in 1559 for his effort.⁷ It is ironic that perhaps the premier military theorist, Clausewitz, had suspicions of applied theory, warning, “Theory can never lead to complete understanding, which is an impossibility, but it can strengthen and refine judgment.”⁸ He believed theory should “guide him [the warfighter] to self-education” and hazarded against it accompanying “him on the field of battle.”⁹

Despite Clausewitz’s warnings, studying theorists affords officers essential battlefield grammar: friction, center of gravity, lines of communication, strategic versus tactical bombing, and many more vital employable descriptive terms. Clarity in writing equates to clarity in thought. Many senior leaders use these terms colloquially, sometimes confusing an untrained audience, which prompted their quick introduction into the midshipman’s repertoire at the University of Southern California Naval ROTC unit so that they could decipher “Colonelese.”

Ultimately, studying military theory links the past and present in the officer’s mind, developing an internal timeline for the continuum of conflict and facilitating the identification of timeless principles from precedents. Clausewitz’s emphasis on enduring principles and Machiavelli’s advocacy for continuous study highlights the timeless relevance of military theory in developing critical thinking and decision-making skills.

Historical Context and the Evolution of Warfare

Individual theorists define their age, but more importantly, correspond to their chosen domain of war. Battlespace environments or military domains, defined by physical characteristics, require “unique doctrines, organizations, and equipment for military forces to effectively control and exploit in the conduct of military operations.”¹⁰ Consequently, theorist grammar produces the archetypes of their respective warfighting domain, defining the realm and rules for operation.

Prominent theorists can be assigned to domains as follows:

Land Domain

Clausewitz and Jomini, who fought against and with one another in the Napoleonic Wars, endeavored to describe the fundamental nature of war but ultimately became the golden standard for land-centric campaigns. Jomini spent most of his literary career struggling against Clausewitz’s ghost, calling his logic “frequently defective.” However, he provided a valuable counterbalance to Clausewitz’s theories.¹¹

In the scrum of theorists, Clausewitz has emerged as the champion, peerlessly describing war as a “continuation of policy with the addition of other means.”¹² However, while Jomini’s attempt to entirely “sciencefy” war failed, his concepts of interior lines and the application of force are integral to land domain comprehension.¹³

Sun Tzu, who predates Clausewitz and Jomini by two thousand years, remains shrouded in mystery as the author’s existence and when he wrote his treatise fall under scrutiny. However, Sun Tzu provides insight into Chinese war grammar and way of thought, which is valuable in light of the inevitable Taiwan Crisis. His use of creative naturalistic dialectical metaphors to tether common sense principles to practices is absent in Western literature. Using dialectical oppositional pairs to capture a concept challenges the Western military mind and provides insight into the pacing threat.¹⁴

Other prominent land theorists include Flavius Vegetius Renatus, Miyamoto Musashi, Gustavus Adolphus, Raimondo Mentecuccoli, Maurice Marshal de Saxe, Frederick the Great, Napoleon Bonaparte, Henry Lloyd, Helmuth von Moltke, B.H. Liddell Hart, and Heinz Guderian—an all-star lineup of some of history’s finest commanders.

Maritime Domain

Mahan and Corbett clashed on naval warfare in the age of the ever-enlarging capital ship, taking opposing views on employing fleets. Mahan advocated for decisive fleet-on-fleet battles involving capital ships, believing such engagements would determine naval supremacy. In contrast, Corbett viewed maritime power as a means to support land operations, emphasizing the importance of controlling sea lines of communication to ensure the movement and supply of land forces. These differing perspectives continue to influence modern naval strategy, as seen in the strategic deployment of carrier strike groups and the protection of critical maritime routes.

Other prominent maritime theories/theorists include La Jeune École, John and Philip Colomb, Herbert Richmond, and Hyman G. Rickover. However, due to the nature of maritime combat, naval theorists are as much technologists as strategists.

Air and Space Domains

Douhet, John Boyd, and John Warden arose in the 20^th century with the advent of air power and had the difficult task of describing a rapidly shifting air domain. Douhet recognized the game-shifting application of air power in WWI and addressed the future of strategic bombing campaigns, which would shape Allied strategy in WWII. Boyd and Warden penned their concept of Strategic Paralysis in the aftermath of the precise bombing campaign of the Gulf War. Unsurprisingly, Boyd and Warden recognized the value of striking critical command and control centers; however, despite this leap in targeting capabilities, the priority of tactical versus strategic bombing remains in question, and both are seen in the current Ukraine War.¹⁵

Other prominent air theorists include Hugh Trenchard, William Mitchell, Thomas C. Schelling, and Robert J. Aumann. Unlike other domains, air power exists on an exponential technological curve, representing a formidable challenge for an air theorist to stay ahead of innovation.

Cyber and Informational Domains

Newest to the fight, these domains remain up for grabs for a future military theorist. The recently published Marine Corps Warfighting Publication 8-10 made a significant leap forward in informational doctrine, recognizing the new dimension of social media and access to information witnessed in the current Ukraine and Israeli Wars. Marine Corps Warfighting Publication 8-10 must become required reading for all military members, regardless of position or rank, as it concisely captures a new aspect of modern warfare.

In culmination, the warfighting domains encapsulate the entirety of warfare, each with unique doctrines, responsible organizations, and history. Participants in these domains must endeavor to comprehend their battlefield and dissect their associated theorists to gain situational awareness to develop a refined intuition.

Strategic and Tactical Proficiency

Unlike standard military history, theorists exist in the realm of application, deducing principles from precedents. Mahan cautioned against mistaking precedent with principle, “a precedent is different from and less valuable than a principle. The former may be originally faulty or may cease to apply through change of circumstances; the latter has its root in the essential nature of things, and, however various its application as conditions change, remains a standard to which action must conform to attain success.”¹⁶

Principles of war guide the development and refinement of TTPs. For example, understanding the “economy of force” principle can help officers allocate resources more effectively during operations.¹⁷ By grasping the theoretical foundations of their TTPs, officers can enhance their tactical proficiency and make more informed decisions in the heat of battle. TTPs ultimately reflect the handed-down knowledge from competent predecessors, thus representing an ever-changing chain of lessons learned.

For example, at the Battle of Midway, Lieutenant Commander Wade McClusky intuitively understood the Mahanian principle of a decisive naval battle enabled by his superior coup d’œil. Dangerously low on fuel, he continued the search for the Imperial Japanese Navy (IJN) carriers, putting his squadron into fuel extremis, knowing that he had to break his TTPs for the chance of decisive victory. McClusky’s actions at Midway demonstrate the practical application of Mahanian principles, underscoring the value of understanding military theory for effective decision-making. The IJN were strict adherents to Mahanian theory, and they forced Midway to become a decisive battle, just not in the manner they expected.¹⁸

Leadership and Decision-Making

Dominant battlefield methodology develops directly from technological innovation, and the rate of change increases the complexity of battlefield TTPs. Consequently, TTPs serve as a lagging indicator of technological progress. Increased complexity has downstream effects; as Clausewitz would say, “Everything in war is very simple, but the simplest thing is difficult.”¹⁹ The increased situational awareness gained by studying timeless military principles gives officers the required perspective in a fluctuating scenario to make critical decisions. “Just as water retains no constant shape, so in warfare there are no constant conditions.”²⁰

When becoming an aircraft commander, pilots are expected to learn their systems in and out—limits, emergency procedures, and TTPs—which become second nature through study. The end state of this learning profile enables the aircraft commander to understand when and how to break procedures as McClusky did. This analogy applies to learning domain warfare—by understanding the domain paradigm—junior officers have the foundational knowledge to understand the cause and effect of sometimes necessary TTP rule-breaking in warfare decision-making.

Beyond domain comprehension, some theorists provide critical insight into the decision-making process. Boyd’s OODA Loop (Observe, Orient, Decide, Act) exemplifies how theoretical frameworks can enhance rapid decision-making, a crucial skill for junior officers in dynamic combat situations. For instance, during aerial combat, pilots who quickly observe the enemy’s actions, orient themselves to the situation, decide on the best course of action, and act swiftly are more likely to succeed. When internalized and practiced, this process can significantly enhance an officer’s ability to make rapid and effective decisions under pressure.

Case Studies and Practical Applications

Theory provides the realm of possibility, the domain’s boundaries, enabling a scenario-driven decision point. One example of a scenario-driven event is the Decision Forcing Cases (DFC) model used in the United States Marine Corps. DFCs represent a valuable tool for training cadets, midshipmen, and young officers. These scenarios encourage situational learning and critical thinking and facilitate stress through time restrictions and real-time instructor feedback.

However, instruction must include a deep dive into historical campaigns to maximize scenario-based theory learning and understand possibility boundaries. For example, an in-depth look at Napoleon’s conquest of Europe includes grand strategies such as logistical considerations and pairs them with tactical decision-making. Where do you apply force, and how?

Furthermore, what were the consequences of critical decisions made in the historical context? In 1812, Napoleon’s intuition failed him due to a lack of temperance. His Russian campaign provides a clear example of the importance of strategic decision-making. Initially aiming for a quick victory, Napoleon pressed on past his initial objectives, leading his troops deeper into Russia with Moscow in sight. This decision resulted in severe logistical challenges as supply lines stretched beyond their limits. The harsh winter compounded these issues, ultimately leading to an apocalyptic retreat where only 100,000 men of the 612,000 that crossed the border returned.²¹ Analyzing this campaign helps officers understand the critical balance between ambition and logistical feasibility in military strategy and should provide a warning to pair objectives with temperance.

A deep understanding of the continuum of change in war enables officers to identify truisms and trends, which expands their ability to anticipate further evolution—”Victory smiles upon those who anticipate the changes in the character of war.”²² The current conflict in Ukraine has spotlighted the real-time evolution of drone warfare. Consequently, future drone theorists and AI integration arbiters are likely already in the service or will soon be joining. These fundamental changes to warfare outline a ripe opportunity to deliver the grammar of these technologies into doctrine, thus necessitating these future service doctrine-writing members to have a firm grasp on previous theories as they initiate the testing phase.

Conclusion: Preparing Junior Officers for Modern Warfare

Integrating military theory into early education—officer ascension programs, and training would equip junior officers with essential principles for effective leadership and decision-making— coup d’œil. Officer Candidacy School, ROTC, and the academies must strive to add the study of theorists to curriculums inside and outside the classroom. Furthermore, this instruction must continue into active units, which could be as simple as guided discussion groups led by unit commanders. Military theory provides a framework for understanding historical and contemporary conflicts by distilling complex concepts into coherent truisms. Effective decision-making lies at the heart of officership, and studying military theory refines and strengthens this critical skill. As the adage goes, “He who desires peace should prepare for war.”²³

By incorporating military theorists into their early education, junior officers and officer candidates engage with the primary sources of war, which better prepares them to lead confidently in the challenges of modern warfare.

Lieutenant Jack Tribolet is Assistant Professor of Naval Science at the University of Southern California ROTC and is the course coordinator for Seapower and Maritime Affairs. He is a naval aviator.

References

¹ Bret Devereaux, “The History Crisis Is a National Security Problem, Foreign Policy, March 10, 2024. https://foreignpolicy.com/2024/03/10/the-history-crisis-is-a-national-security-problem/

² Oxford English Dictionary, s.v. “coup d’oeil,” accessed July 8, 2024, https://www.oed.com/

³ Carl von Clausewitz, On War, trans. Michael E. Howard and Peter Paret (Princeton, NJ: Princeton University Press, 1989), 102.

⁴ Kevin Kinley, “Thumbing through the Napoleonic Wars: The Words of Napoleon and Others Who May Have Influenced His Methods,” The Napoleon Series, Accessed July 17, 2024. https://www.napoleon-series.org/research/napoleon/c_quotes.html

⁵ Clausewitz, On War, 11.

⁶ Niccolo Machiavelli, The Prince, trans. W.K. Marriott, (New York: NY, Fall River Press, 2017), 62.

⁷ John Lewis Gaddis, On Grand Strategy (Westminister: UK, Penguin Books, 2018) 110.

⁸ Clausewitz, On War, 193.

⁹ Clausewitz, On War, 4.

¹⁰ Michael P. Kreuzer, “Cyberspace is an Analogy, Not a Domain: Rethinking Domains and Layers of Warfare for the Information Age,” The Strategy Bridge, July 8, 2021. https://thestrategybridge.org/the-bridge/2021/7/8/cyberspace-is-an-analogy-not-a-domain-rethinking-domains-and-layers-of-warfare-for-the-information-age

¹¹ Baron De Jomini, The Art of War (Radford, VA: Wilder Publications, 2008) 127.

¹² James Holmes, “Everything You Know About Clausewitz Is Wrong,” The Diplomat, November 12, 2012. https://thediplomat.com/2014/11/everything-you-know-about-clausewitz-is-wrong/

¹³ Jomini, The Art of War, 77.

¹⁴ Gaddis, On Grand Strategy, 66.

¹⁵ David S. Fadok, John Boyd and John Warden: Air Power’s Quest for Strategic Paralysis (Maxwell Air Force Base, AL: Air University, 1995) 13, 23.

¹⁶ Alfred Thayer Mahan, The Influence of Sea Power upon History (Boston: Little Brown, 1902), 7.

¹⁷ Paul Murdock, “The Principles of War on the Network-Centric Battlefield: Mass and Economy of Force,” Parameters 32, no. 1 (May 2002): 86.

¹⁸ Jonathan Parshall and Anthony Tully, Shattered Sword: The Untold Story of the Battle of Midway (Dulles, VA: Potomac Books, 2005), 215-216.

¹⁹ Clausewitz, On War, 119.

²⁰ Sun Tzu, The Art of War, trans. Lionel Giles, (New York: NY, Fall River Press, 2015) 69.

²¹ T. Editors of Encyclopaedia Britannica, “French invasion of Russia,” Encyclopedia Britannica, July 11, 2024. https://www.britannica.com/event/French-invasion-of-Russia.

²² Giulio Douhet, The Command of The Air, trans. Dino Ferari (Eastford, CT: Martino Fine Books, 2020), 30.

²³ John Clarke, “De Rei Militari by Flavius Vegetius Renatus” in Roots of Strategy: The 5 Greatest Military Classics of All Time, edited by Thomas R. Phillips, (Mechanicsburg, PA: Stackpole Books, 1985), 124.

Featured Image: Painting “Rescue of the crew of Achille during the Battle of Trafalgar,” by Richard Brydges Beechey, 1884. (Via Wikimedia Commons)

By Philip Garrow, Ed.D.

From major universities to community colleges, the COVID-19 pandemic necessitated innovative thinking and flexible changes at American institutions of higher learning. In the span of two weeks, the United States Naval Academy (USNA) went from never before offering a remote course to shifting its entire undergraduate curriculum online. To accomplish this, it can be surmised that USNA’s most senior leaders employed adaptive leadership techniques to accomplish its primary mission of safely graduating and commissioning midshipmen on schedule. The rapid pivot to an online learning environment reflected the positive aspects of adaptive leadership theory, especially with respect to defining an institutional vision and incorporating feedback from faculty. Yet other actions exposed some of adaptive leadership’s dangers, such as administrators’ tendencies to favor policy uniformity at the expense of instructor autonomy as well as the proclivity to rush decisions in the face of time constraints. In the end, USNA’s transition to remote instruction is best characterized as a missed opportunity to reexamine minimum professional competency levels (i.e., “commissioning standards”) for military service. Although USNA leadership successfully harnessed adaptive leadership to meet its graduation objectives, it failed to see the pandemic response as a larger chance to assess, evaluate, and revise commissioning requirements and faculty practices.

Adaptive leadership ¹ is a relatively new subject in leadership theory; in Dinh et al.’s 2013 review of 752 articles published in ten widely-cited academic journals, adaptive leadership was only explored in five pieces.² While Nelson and Squires contend that adaptive leadership was originally developed for commercial applications,³ Heifetz and Linsky outlined its uses in the realm of education.⁴ A more concise framing from Campbell-Evans et al.⁵ summarized Heifetz et al.’s 2009 book on adaptive leadership by asserting the term explains the skills and strategies necessary to address gnarly situations, immediate problems, and changing conditions.⁶

With its wide-ranging impacts across all industries and professions, the 2020 COVID-19 pandemic represented a challenge of the highest order.⁷ Contending with it on “the Yard” (USNA’s informal nickname for its campus) fell primarily to USNA’s Superintendent and Provost. The Superintendent is a generally a three-star, active duty Navy Vice Admiral whose positional responsibilities are similar to those of a university president.⁸ The Provost, meanwhile, oversees curriculum design and delivery for the entire campus as well as personnel issues such as faculty hiring, review, and promotion.⁹ From March to August 2020, both released a series of emails notifying USNA personnel of institutional virus response efforts and remote learning support options. The plan as promulgated kept the institution on track to meet its annual timelines but did not offer a chance to reflect on which aspects of the traditional commissioning path were truly necessary.

USNA leaders displayed adaptive leadership by promulgating a cautious, flexible model for remote classes by clearly articulating an organizational vision.¹⁰ In light of rising COVID-19 cases nation-wide, in early March 2020 the Provost sent a pandemic-related email to faculty, simply passing along information on international travel.¹¹ The day after, approximately 4,500 midshipmen left the campus on what they expected to be a week-long spring break. A few days later, the Provost sent another email, asking faculty to brainstorm strategies for shifting courses to online formats (such as Zoom or GoogleMeet) and to push those ideas up through their department leadership.¹² Also, acting on information received firsthand from Maryland’s governor, the Superintendent announced that students would remain off campus for an additional two weeks.¹³ The decision was intended to give the faculty time to adjust their lesson plans for remote learning, which was employed for the rest of the semester and the summer term that followed.

One Provost email update acknowledged the challenges presented by a world-wide virus and admitted to looking to models from other institutions across the country.¹⁴ This made the decision-making process transparent and “user-centric”¹⁵ by soliciting faculty feedback – an improvement-science approach to adaptive leadership. The Provost exhibited a clear belief that unforeseen challenges required unprecedented solutions. But all emails were in service of a simple goal defined by the Superintendent: safely completing the semester (from a public health perspective) and getting midshipmen commissioned on time.¹⁶ As campus operations were streamlined, there did not seem to be much organized reflection about how minimal commissioning standards had long been defined and perpetuated. With Physical Fitness Assessments paused Fleet-wide for the second cycle of 2020, how defensible were the traditional USNA higher-than-the-Fleet standards for running, swimming, and the like?

Despite the laudable efforts outlined above to meet Fleet manning requirements safely, two drawbacks of the adaptive model emerged in USNA’s transition to online learning: the process became less user-centric and more directive over time, and last-minute changes in the name of improvement resulted in unnecessary staff and student burdens. Both the spring and summer 2020 terms were executed with students residing off-campus and completing only online coursework. Although the Provost solicited and acted on faculty feedback initially, as evidenced by his decision to shift school hours to the right in consideration of students living in the Pacific Standard Time zone,¹⁷ requests for suggestions from staff dwindled as the weeks wore on. Faculty autonomy with respect to attire¹⁸ or meeting synchronously or asynchronously¹⁹ were increasingly restricted by prescriptive directions. Rather than ask why the institution did things the way it traditionally had, the focus was on returning to pre-COVID standards and practices as soon as possible.

Educational systems are prone to return to previous methods and ways of operating,²⁰ while leaders often face great temptation to issue unilateral solutions when achieving group consensus proves difficult.²¹ The ever-increasing volume of additional written instructions – in the form of USNA Academic Dean Notices – demonstrated that the adaptive flexibility of the early weeks of the pandemic gave way to the institution’s natural inclination to codify and standardize. The transparency of the thought process behind the early emails mutated into less forthcoming initiatives, such as a process for students to share course concerns with Associate Deans directly while bypassing the faculty and the chairs of academic departments.²²

The extended nature of the pandemic eventually encouraged a tendency to think about how to return to old ways of doing things in the new environment, rather than stimulate improvement-science driven initiatives to ask what procedures deserved to be permanently eliminated.²³ After expending considerable funds to outfit classrooms with remote learning tools like OWL camera and microphone devices, faculty were forbidden post-pandemic to use such devices rather than arrange for in-person substitutes. The insistence on returning to pre-COVID business-as-usual denied faculty the chance to refine and hone remote teaching skills they acquired during the crisis. At the very least, a better adaptive leadership approach would suggest faculty be given autonomy to decide when an in-person sub versus a remote session best suits their needs. The administration’s quiet shift from adaptive leadership to a more directive style caused problems that might otherwise have been avoided.

Another problem with adaptation and flexibility is that it can prove too tempting to continue to tinker with changes past the point where further adjustments are no longer optimal. After weeks of changes, a plan was made to teach remotely for the first two weeks of class and then divide students into “blue/gold” sections in order to decrease class sizes by half and facilitate six feet of separation between student desks.²⁴ A week later, that plan was heavily modified such that only the first two days of class were mandated as remote and departments were under increased pressure to find teaching spaces large enough to accommodate regular class-sizes.²⁵ Worse, student assignments to course sections were constantly in flux, with some First Year Composition English courses experiencing a full 50% change in assigned students as late as the afternoon before the first day of class.²⁶ Such adjustments meant that some students were making two or three return trips to the campus bookstore in order to ensure they possessed the correct text for the instructor they were assigned.²⁷ Curiously, most texts on adaptive leadership do not warn that flexibility can be carried too far. By failing to recognize the point at which further changes, even in the interest of optimization, were likely to cause unnecessary frustration and stress, USNA administrators placed too great a premium on top-down adaptation at the expense of efficiency and common sense.

The COVID-19 pandemic is the sort of gnarly, “multifaceted”²⁸ problem that adaptive leadership is well poised to resolve. Yet USNA leadership delivered a mixed result, properly emphasizing shared goals and stakeholder buy-in during the initial response stages but succumbing to centralized and directive solutions as time progressed. The chance to question what elements of commissioning were truly required was overlooked and the opportunity to afford faculty greater voice in post-pandemic teaching options was missed. While it is important not to judge too harshly in light of the pandemic’s complexity, it is clear in retrospect that a summer stand down to reflect on the process and jointly reevaluate the options for the fall semester would have been well-advised, as would a similar reflective session at the conclusion of the COVID-19 crisis. USNA is a model of adaptive leadership; sometimes it just does not know when to stop adapting.

Lieutenant Commander Philip Garrow, USN, is a career Surface Warfare Officer and has completed guided missile cruiser, frigate, littoral combat ship, and destroyer squadron afloat tours. He holds a B.A. from Tulane University, M.A. degrees from Salve Regina University, the U.S. Naval War College, and the University of Maryland: College Park, and a doctorate in Entrepreneurial Leadership in Education from Johns Hopkins University. He currently serves as an Assistant Professor of English at the United States Naval Academy.

All views expressed and comments provided in this article are my own thoughts and opinions based on my professional and academic experience and expertise. They do not constitute (nor should be construed as reflecting) DOD, DON, or USNA official policy or endorsement.

Endnotes

¹ Ali Baltaci and Ali Balci, “Complexity Leadership: A Theoretical Perspective,” International Journal of Educational Leadership and Management 5, no. 1 (2017): 30-58, doi: 10.17583/ijelm. 2017.2435; Glenda Campbell-Evans, Jan Gray, and Bridget Legett, “Adaptive Leadership in School Boards in Australia: An Emergent Model,” School Leadership & Management, 34, no. 5 (2014): 538-552, doi: 10.1080/13632434.2014.938038; Tenneisha Nelson and Vicki Squires, “Addressing Complex Challenges through Adaptive Leadership: A Promising Approach to Collaborative Problem Solving,” Journal of Leadership Education 16, no. 4 (2017): 111-123, doi: 1012806/V16/I4/T2.

² Jessica E. Dinh, Robert G. Lord, William L. Gardner, Jeremy D. Meuser, Robert C. Linden, and Jinyu Hu, “Leadership Theory and Research in the New Millennium: Current Theoretical Trends and Changing Perspectives,” The Leadership Quarterly 25, (2014): 36-62, doi:10.1016/j.leaqua.2013.11.005.

³ Nelson and Squires, “Addressing Complex.”

⁴ Ronald Heifetz and Marty Linsky, “When Leadership Spells Danger,” Educational Leadership 61, no. 7 (April 2004): 33-37, https://www.wisconsinrticenter.org/wp-content/uploads/2019/04/6.3-When-Leadership-Spells-Danger.pdf.

⁵ Campbell-Evans et al., “Adaptive Leadership.”

⁶ Ronald A. Heifetz, Alexander Grashow, and Marty Kinskey, The Practice of Adaptive Leadership: Tools and Tactics for Changing Your Organization and the World, (Boston, MA: Harvard Business Press, 2009), 251.

⁷ Charles A. Goldman and Rita T. Karam, “College in America could be changed forever,” CNN, July 7, 2020, https://www.cnn.com/2020/07/07/perspectives/higher-education-pandemic/index.html; Annie Grayer, “Administrators prepared for Covid-19 to change life on campus, but students partied anyway,” CNN, August 21, 2020, https://www.cnn.com/2020/08/21/us/ university-college-covid-19-partying-quarantine-pandemic/index.html.

⁸ United States Naval Academy 2015 Faculty Handbook, 2015, https://www.usna.edu/ Academics/Faculty-Information/Faculty%20Handbook/ 15%20Faculty%20Handbook.pdf.

⁹ United States Naval Academy 2015 Faculty Handbook.

¹⁰ David J. O’Connell, Karl Hickerson, and Arun Pilluta, “Organizational Visioning: An Integrative Review,” Group & Organization Management 36, (2011), 103, doi: 10.1177/1059601110390999.

¹¹ Andrew T. Phillips, personal communication, March 5, 2020.

¹² Phillips, personal communication, March 11, 2020.

¹³ Sean S. Buck, personal communication, March 12, 2020.

¹⁴ Phillips, personal communication, March 11, 2020.

¹⁵ Anthony S. Bryk, Louis M. Gomez, Alicia Grunow, and Paul G. LeMahieu, Learning to Improve: How America’s Schools can Get Better at Getting Better, (Cambridge, MA: Harvard Education Press, 2015).

¹⁶ Sean S. Buck, personal communication, March 12, 2020.

¹⁷ Andrew T. Phillips, personal communication, March 20, 2020.

¹⁸ Andrew T. Phillips, personal communication, May 22, 2020.

¹⁹ Sharon Hazelton, personal communication, May 9, 2020; Jennifer Waters, personal communication, June 1, 2020.

²⁰ Nelson and Squires, “Addressing Complex.”

²¹ Heifetz and Linsky, “When Leadership.”

²² Michelle Allen-Emerson, personal communication, April 20, 2020.

²³ Bryk et al., Learning to Improve.

²⁴ Samara Firebaugh, personal communication, August 4, 2020.

²⁵ Samara Firebaugh, personal communication, August 11, 2020.

²⁶ Philip Garrow, personal communication, August 18, 2020.

²⁷ Temple Cone, personal communication, August 19, 2020.

²⁸ Campbell-Evans et al., “Adaptive Leadership,” 542.

Featured Image: The U.S. Naval Academy holds the fourth, socially-distanced swearing-in event for the Class of 2020 on May 18, 2020. (U.S. Navy photo by Stacy Godfrey)

Assembled and edited by notetakers Professor Mie Augier and Maj Gen (Ret.) William F. Mullen, USMC

When General Alfred Gray articulated his vision for education (which resulted in, among other things, the establishment of Marine Corps University), he noted the importance of the topics central to educating agile minds – thinking and judgment rather than knowledge – as well as the process of learning: cultivating judgment through active learning approaches.¹ Recent leaders have also noticed the importance of active learning approaches, and tried to nurture traits and skills that can help develop agile minds (and perhaps also agile organizations). The Commandant’s Planning Guidance, for instance, noted that while many of our schools are based in the industrial age model of “lecture, memorize facts, regurgitate facts”, we need instead an approach focused on “active, student centered learning.” As a result, greater emphasis needs to be placed on skills and attitudes such as critical and creative thinking, holistic problem solving, and lifelong learning – all of which are key aspects of education in the post industrial/cognitive age.

The discussion below features composite answers from five students who were part of a Naval Postgraduate School (NPS) elective course on Maneuver Warfare for the Mind: The Art and Science of Interdisciplinary Learning for warfighters.² They share their thoughts on some topics relating to learning, the role of active learning, and their suggestions for improving how we educate learning leaders for the future. Their answers have been edited and condensed for this format.

Q: What were your experiences with active learning approaches and why do you find them useful?

A: One example from when I was in a squadron was that once a month we would read an article and talk about it. But we did not – as we have in this class – connect it much to our lives in our organizations. That [difference] is something I will bring back from this class. When I find an article that is relevant for my sailors to read, we will discuss how it connects to their job and organization.³ Learning with cases – or using examples as cases – also tends to cultivate more thinking and engagement than lectures, as it captures real world organizational dynamics relevant to warfighters. Importantly, examples or cases have ambiguity and ill-structured problems so learning is focused on the process of thinking and learning, not (just) the answers to the problems. Active learning approaches also usually invite students to think together and work in groups and teams, which engages not only cognitive but also social, emotional, and affective skills. 

Talking about active learning in class is not enough. There are examples of using the right words, but doing it through textbooks and PowerPoints risks reducing education to simply transferring information to be memorized. It is not that PowerPoint has no place in active learning approaches – to illustrate a question, a puzzle, or a paradox for example can be a great lead into a discussion to help develop a questioning attitude central to learning – but too much informational content on a slide can easily narrow creative and critical thinking (e.g. ‘is this what the teacher wants us to know/think’?), or efforts to memorize what is on the slides.

Memorization is not learning. Discussing the material, having smaller group discussions, and sometimes coming up with ideas to teach others, combined with some of the active learning approaches in the learning pyramid is true learning. Wargaming and force-on-force exercises are also active ways to learn, especially if they are unscripted. 

In addition to the course’s delivery style, having it open to both resident and distance students makes the learning environment broader and more interdisciplinary. This speaks to the importance of enabling hybrid classes. There’s a richness to having students from different curricula and schools on campus as well as and outside of campus. 

Q: What difficulties or barriers to active learning have you experienced?

A: We read an article by Herbert Simon about learning occurring in students’ minds.⁴ This means also there is a different role for teachers. Students are the focus, but everything is still guided based on the readings and the questions posed by the instructors. Some of the best classes we had within the course were those that had almost self-generated momentum that arose out of the readings and initial questions.⁵ Doing that successfully can be hard to achieve if both students and teachers are new to active learning approaches. 

I have found some instructors have been very deliberate in bringing this approach into some of the courses, but most do not discuss, or ‘count’, the learning process as part of the learning being discussed and communicated. I think there is a lot of value in the process of discussion, in working together, and in bringing together different viewpoints. It helps achieve the kind of learning we talked about in Boyd’s conceptual spiral with the generation of novelty and synthesis being very important.⁶ That is very different from the memorization approach, and it encourages us to value thinking, reflection, and reframing as part of the learning process and as a way to develop new ideas. 

Mortimer Adler in his classic work on education (Reforming Education) mentions how the doctrinal approach to learning (present in industrial age approaches) indoctrinates knowledge and information (with no room for failures or errors). Textbooks that are often written from disciplinary silos reinforce this, creating a barrier to interdisciplinary learning and understanding. The alternative approach – the one more suitable for cultivating thinking and interdisciplinary learning skills – is dialectical; teaching students how to think through engagement and thinking through difficult and contradictory ideas and information. It also cultivates broader problem-solving skills instead of just those focused on a particular issue.

Teachers are not ‘instructors’ in the sense of transferring information or simply teaching a tool through which one can view (some part of) the world; but are themselves learners and interact in the discovery process of identifying, framing and reframing problems, thinking through hypotheses, etc. This is more difficult on both sides. Students have to get used to not having textbooks, checklists and rubrics for everything. And teachers have to be much more adaptive in their planning and execution and be able to lead discussions through problems and dialogue, not through power points. But both sides can really learn. In our domains (warfighters and warfighter organizations), an emphasis on two way street learning also helps ensure an interdisciplinary mindset and a focus on problems and issues relevant to warfighters and warfighter organizations.

Q: Were there any particular readings, or ideas, or themes, that you have felt have helped you as a learner?

A: Something that came to my mind was the discussion we had about a growth mindset and active learning as well as the neuroscience behind it, and what it means and why it is relevant for us. Underlying the growth mindset approach is the belief that we can always grow and improve as thinkers and learners. The importance of engaging in problem solving activities in class and the fact that this approach engages different pathways in the brain than when memorizing was very interesting. The need for a growth mindset in warfighters was demonstrated also. That discussion changed my outlook on a lot of things. It has also been found to have a positive effect on performance and motivation, thus helping to build intrinsic motivation essential to lifelong learning.⁷

I really enjoyed the scenario planning and counterfactuals discussions, those were different dimensions of learning, or complementary dimensions, to the discussions about the dynamics and mechanisms of individual and organizational level learning. When you add the aspect of learning from the future, and you use creative thinking to imagine those futures, you also learn to see history through counterfactuals, and how fiction can and cannot be used – that stuck with me (see e.g. Fiction | Center for International Maritime Security). Also, when we are trying to understand particular periods – e.g., the U.S. Marine Corps in the 1980s – the counterfactual thinking is interesting, that’s what I’m carrying with me. 

There was also a sense of learning from different mediums. We read books and articles (as well as a book about how to read books); but we also had podcasts and even the military reform testimony on C-SPAN that was useful in content and approach. That discussion showed that while we may think of that movement, the military reform movement, as one perspective, it really was a collection of individuals who shared some ideas but nevertheless were able to advance a movement, as Boyd mentioned. It was interesting to hear how some learn best from reading, some from audio books, some more visually, and we got ideas for how to increase our own learning skills. 

In his “Invitation to the Pain of Learning” Adler discusses how we read and learn, which brought to me the importance of the questions we have in our minds when we read things, and how we bring particular articles and ideas together with other readings – which is synthesizing in Boyd’s terminology. That helps us build interdisciplinary understanding and range. Also, the importance of questions, and a questioning mindset – asking ourselves, what great questions did we ask? — is something we can bring in more too, and is much needed for warfighter and warfighter organizations today. For example, as we seek to understand competitors (in the great power competition context), we have to question whether we really understand them well and seek to learn more about how they think (not just observe what they do). 

Q: Have you had any moments outside of class where you have found this type of learning useful for you?

A: The first weeks, when we first started, I was in an integrated planning team and I was using concepts from this course to make changes for my team. So my job actually has tracked well with the course. I am not sure my ideas will be implemented, as organizations tend to resist change, but it resonated with me.

Another experience that I connected to this course was during a week of assessment, physical, oral interviews, evaluations – some challenging and some routine. The oral interviews were focused – what directly translated for me was the usefulness of reflection, self assessment, mentoring, giving and receiving mentoring, and being a lifelong learner. Those themes were very useful for me since the interviews focused on evaluating if people are really mentoring. 

There’s a timing issue too that turned out to make our discussions particularly relevant. What did we learn from Afghanistan? With all the talk about us being learning organizations and learning cultures, should we think about what that means after 20 years there? What does it mean for me? For our organizations? For how we talk and see ourselves as a learning organization? As a learning nation? Many of the mechanisms and dynamics of learning are applicable to us as individuals, organizations, and as a nation. They play out differently in different contexts but examining the fundamental mechanisms in difference contexts we live through is important. 

Even if Afghanistan is a failure, we can learn from it if we understand what happened; what went wrong; and reflect on our experiences.⁸ Learning from failure is not easy and involves overcoming individual and organizational barriers to seeing mistakes as mistakes in the first place; and to learn from them through reflection. Organizational leadership scholars have argued that willingness to talk about failures and mistakes and encouraging open discussion and questions is a useful first step. Cultivating a questioning attitude and ability to reflect are important steps towards being able to learn.

I also think this is a unique point in time not just in terms of the strategic environment, but organizationally too. In particular, the USMC is going through a massive shift with new guidance, new organizational documents (e.g. 2021 Force Design Annual Update; Talent Management 2030; MCDP 7; MCDP 1-4), etc. – is it really a learning organization? Does it have what it takes to adapt? This course also helped me understand why we are doing some of the things we are doing now.

The topic of learning is not just important for understanding how we learn as individuals so we can improve, but also organizationally. How do we build better learning organizations, better learning cultures?

Q: Do you have any suggestions you have to help us and our leaders move more fully beyond industrial age approaches? 

I almost think a class like this should be mandatory at NPS because there is so much of what we talk about – mentoring people, being a good leader, etc. – but we do not talk about the why’s or the learning processes behind things. We say things are important, but we don’t go into details of why. So I feel like discussing learning and applying it has been important in my professional development beyond and in addition to the particular learnings. 

We aren’t really told about the electives; some even have preloaded matrices. So maybe we can get better in making sure students are aware of the elective space they have and maybe make sure the descriptions relate to how the course is useful for us in our organizations. 

Where I am, our curriculum is a lot more flexible and we probably have more electives, but I have friends in some of the other curricula where in most— if not all— classes, they are given all the information, all the homework, very traditional, and then a test in the end – where students are mostly in receive mode. 

That also indicates the complementarity of approaches. In some domains with well-structured problems, that style of learning might work.⁹ Traditional learning also helps you baseline a lot of learning so it might be efficient to bring people through the system. But memorization is not learning– so it might be efficient, but not effective.

Instructors need to embrace active learning, too, and be able to teach it in the context of relevant problems, not just theories. We also need to hire the right teachers — you have to make sure they are comfortable teaching in active learning environments. Course designs are important too. Courses have to be developed by people who know how to use active learning in their fields. 

It also goes back to the fixed vs. grown mindset piece. Teachers need to be lifelong learners, too. Active learning is a two-way street. A growth mindset and lifelong learning implies that learning is continuous and valued both inside and outside our schools and educational institutions, in both students and teachers.

Along those lines, one thing, at least from a Naval Special Warfare perspective, is that there seems to be a deeper, maybe even ‘paradigmatic’ change happening. People used to go to educational institutions and they would almost be ‘checked out’ – people didn’t have to report anywhere; they could just play golf – they had a lot of downtime and there wasn’t really an intellectual emphasis. People would write a thesis that no one read, etc. 

That has shifted, at least in my community, so now the guys coming to NPS are given guidance about projects and direction towards operational impact. Before, people would come back after education and folks would say ‘I thought you got out’. But now, while at NPS, they are in continual communication with people in their community. So that makes the change more comprehensive in a way; with the learning mechanisms between the communities and the students adding to building learning organizations and learning cultures – that also helps build the intrinsic motivation we have talked about.

I see a culture-wide paradigm shift in attitudes towards learning and education. As the remaining industrial age proponents move out and retire, that could be really important. 

Q: Some of the discussions and readings we had were about mistakes and failures and the centrality of those in organizational adaptation. How do we learn to get better in allowing failures so we can learn from them?

A: The growth mindset piece really struck out to me. Task setbacks are necessary parts of the learning process. Without failures, we are unlikely to grow and learn. I am learning that lesson from my last command where we were not given the opportunity to fail. I got my job and got good at it and we were supposed to rotate but didn’t get to rotate since someone left. But I’m here as a junior officer and I am supposed to get opportunities to learn but there was no mentoring, no room for failure, so I know now the importance of giving others freedom, guidelines, and support, to fail.

I think we have to put people in positions where they know they will be allowed to fail – so incentivizing failures, and making it part of the process, even part of our classes, if necessary for learning. We had a discussion about how to build in failures in our organizations. We can build them into our courses and learning environments, too.

Closing thoughts

While active learning approaches are not new, the need to enable military professionals to think on their feet and have the mental agility to adjust to changing circumstances has never been more imperative. Technology is changing at the rapid rate and becoming both less expensive and more widely proliferated. Our potential opponents are already acting in areas referred to as the “gray zones” to get what they want without having to resort to armed conflict. In the event of armed conflict, those same potential opponents will not fight the way we would like them to, or that we have been training to for many years. They understand our strengths and weaknesses perhaps better than we do and will seek to fight as asymmetrically as possible. This is not something that is new either, but we seem to have more challenges adapting to the fight we are in when we do not encounter the type of fight we are prepared to engage in. This trend cannot continue, and it can only be overcome by educating thinking, continuously learning leaders who have the ability to interpret what is happening in front of them and make the necessary adjustments to fight appropriately in short order. 

Kevin “KP” Peaslee is a Contracting Officer (64P) in the United States Air Force. KP has 18 years of military experience ranging from Security Forces, Inspector General, and Acquisitions. Additionally, KP has a Master’s in Strategic Purchasing, a Master’s in Homeland Security, a Bachelor’s in Business Administration, and an Associate’s in Criminal Justice.

LT Benjamin P. Traylor, USN, is an Aerospace Maintenance Duty Officer, currently MMCO at VUP-19. Served as MCO/QAO for VAQ-133, IM 4/2 Division Officer on CVN-72. He has an MBA/Material logistics from NPS and a BS from Western Michigan University. 

LCDR Morgan O’Neill has been serving within Naval Special Warfare since 1996 and continues to find new things to learn along every step of the way.

Major Leo Spaeder (USMC) currently serves as MAGTF Planner at Headquarters Marine Corps.

Major Matthew Tweedy, USMC, is an infantry officer who recently graduated from the Naval Postgraduate School.

The notetakers from the conversation were Professor Mie Augier and Maj Gen (Ret) William F. Mullen.

Endnotes

¹ A discussion of some of the elements is here: Maneuver Warfare for the Mind, Educating for thinking and judgment (nps.edu). A key historical document is Gen Gray’s memo, “Training and Education”, October 10, 1988, located in the Alfred M. Gray Collection, Box list Part 2, Box 6, Folder 12, Center for Marine Corps History, Quantico, Virginia.

² The course (GB 4012) seeks to integrate key ideas in the interdisciplinary areas of the art and science of learning; concepts, mechanisms for individual and organizational learning, as well as learning from the past and the future, all with an eye towards applying these concepts to developing warfighters, warfighting organizations, and warfighting leaders. The discussion was typed by the note takes and edited for overlaps & readability. 

³ Making connections and building analogies between concepts, readings, and own life and organizations are themselves activities that can build greater cognitive flexibility.

⁴ Herbert A. Simon, “Problem Solving and Education”. In D.T. Tuma and F. Reif, Issues in Teaching and Research. Hillsdale, NJ: Lawrence Erlhaum Associates, 1980. 

⁵ This insight is central to the approach to teaching judgment sometimes referred to as “discussion leadership” (see C.R. Christensen, D. Garvin and Ann Sweet, “Education for Judgment: The Artistry of Discussion Leadership”. Harvard Business School Press)

⁶ A good article about Boyd’s conceptual spiral is available here: “John Boyd, Conceptual Spiral, and the meaning of life.”

⁷ Ng, Betsy, “The Neuroscience of Growth Mindset and Intrinsic Motivation,” Brain Sciences 8, no. 2 (Jan. 2018). 

⁸ An example of a reflective paper integrating recent events with literature with education is Reflection on Failure By Major Matthew Tweedy, USMC (themaneuverist.org). 

⁹ Recent research has pointed out that active learning approaches are advantageous not only to teach ‘soft’ skills and behavioral science approaches; but also STEM topics (see, e.g. Freeman, Eddy, MC Donough, Smith, et al (2014): Archive Learning increases student performance in science, engineering, and mathematics. Proceedings of the National Academy of Science. 

Featured Image: Students at NPS (Photo via Naval Postgraduate School)

By Will Cavin

The Cryptologic Warfare Officer (CWO) community, like many other naval warfare communities, has a narrowly-defined career path for officers to successfully complete the requisite milestones to assume command. Unlike flight school for naval aviators or nuclear power school for submariners, cryptologic warfare officers receive a rudimentary overview of the broad cryptologic field before they begin their initial tour at a Navy Information Operations Command (NIOC) collocated with a National Security Agency (NSA) site. Junior cryptologic warfare officers’ poor exposure to the incredibly broad field of cryptology and their limited insight into how signals intelligence supports the U.S. Navy fails to prepare them to serve in any meaningful role while completing their initial assignment at an NSA site. 

U.S. Navy cryptologic leaders need to send new ensigns to the fleet for their initial tour of duty to gain a broad understanding of the blue-water U.S. Navy, learn how signals intelligence (SIGINT) and electronic warfare are employed by naval units, and to ensure young officers develop a baseline knowledge to best leverage their operational experience in future support to NSA national missions. 

Importance of Early Exposure to the Maritime Navy

Historically, the CWO community believed that the Navy was best served by sending its new junior officers to work national missions at NSA sites to develop a broad understanding of cryptologic disciplines while gaining awareness of cutting-edge technologies that these junior officers could then bring to deployed forces in a follow-on “tactical” tour. However, signals intelligence, electronic warfare, and cyber operations have become increasingly specialized, making it more difficult for young officers to develop needed expertise in these three unique fields of study.

Without prior working experience in cryptology, new officers find themselves relegated to narrow-in-scope positions that often lack the technical challenges that Navy leaders hope will create subject matter expertise in their officer corps. Furthermore, without any actual experience with maritime forces, young cryptologists fail to recognize national mission capabilities or tool sets that could best be leveraged to support the Navy. 

This poor talent management is not a problem isolated to the cryptologic community. Talent management challenges span the Department of Defense due to ineffective evaluation systems used to measure performance and the poor placement of personnel to best maximize its talent. The cryptologic officer corps is uniquely positioned to make minor changes to greatly enhance its junior officers.

Navy Information Forces (NAVIFOR), the Type Commander for all of Navy cryptology, should adjust the traditional career pipeline for new CWOs by sending them to support deployable tactical naval units for their initial assignment. By serving a tour of duty directly supporting naval surface, subsurface, or air units, cryptologists would gain an understanding of how operational naval elements work and their different intelligence needs. 

Broad exposure to deployed forces provides fledgling CWOs with a unique perspective to carry to their follow-on assignment at an NSA site. Support for military operations, a primary mission set for the Intelligence Community, needs junior military officers that through tangible experience from prior assignments have the authority to explain both the intelligence needs and platform limitations of deployed military units. Having prior tactical experience provides CWOs a platform to inform their civilian intelligence analyst counterparts in how the national SIGINT apparatus can best support carrier strike groups, F/A-18 squadrons, and fast attack submarines.

The current CWO pipeline is a missed opportunity to support the warfighter because it strips first tour naval cryptologists of their most potentially valuable contribution to NSA’s joint environment, which is an ability to communicate the needs of deployed forces. 

Developing SIGINT and Electronic Warfare Expertise from Tactical Assignments

Thirty years ago, CWO leadership at NSA sites had the latitude to expose junior officers to a variety of national missions providing valuable hands-on experience for new officers to quickly develop a solid baseline in the cryptologic skillset. However in today’s construct, first-tour CWOs are expected to learn the theory of cryptology while supporting a single highly-specialized national mission. This silo of exposure limits the learning opportunities for young ensigns, and due to their lack of experience, young cryptologists are placed in largely administrative roles with little authority to support mission or to learn the complexities of cryptology. Thus, CWOs would benefit greatly from learning the basics of SIGINT and electronic warfare while attached to naval units in their initial assignment.

Through direct oversight of cryptologic elements attached to different naval units, CWOs would quickly learn the collection capabilities and limitations of various platforms. This early exposure would ensure that CWOs develop expertise and understand the warfighter’s perspective before working at an NSA field site alongside civilian intelligence analysts who spend their entire career working in national-level missions. Additionally, while completing tactical assignments these junior officers would develop much-needed experience in explaining the capabilities and importance of their mission set to the unrestricted line officers that their intelligence supports. 

In response to potential concerns of a young officer’s ability to assume responsibility for a cryptologic element with little to no experience, Navy senior enlisted personnel in the cryptologic element would provide the mentorship and guidance to young officers still learning the SIGINT and electronic warfare capabilities of their systems. This is much akin to the surface navy, which places new ensigns over divisions of sailors responsible for systems that are foreign to the young officer. Thus, young ensigns would complete a rich tour providing operational units with tactical cryptologic support while developing their own expertise through hands-on real-world application and overseeing the work of their sailors. These experiences would position them to successfully add value to NSA national mission sets with the ability to understand the capabilities and limitations of tactical naval units.

Tactical Cryptologic Competency Creates the Informed Leaders that NSA Needs

Finally, officers that complete an initial tactical assignment will have gained expertise needed to recognize NSA tool sets and emerging capabilities that can directly benefit tactical platforms. Under the current structure, new cryptologists lack the maritime experience to know which national capabilities can benefit deployed units. By altering the career progression path, officers will have the experience to know the limitations and needs of various naval platforms. In an era where over half of naval officers will separate from active-duty before completing eight years of service, the Navy must ensure it does not waste an entire tour of duty “developing” their junior officers. By reordering the career progression path and providing a clear understanding of the goals for each tour of duty, the cryptologic officer corps can best prepare its junior officers to not simply complete their expected responsibilities, but charge them to work alongside intelligence analysts to actively improve national support to deployed naval forces.

The current cryptologic warfare officer pipeline represents an outdated model in which senior officers had the flexibility to expose their new ensigns to diverse mission sets and applications of SIGINT during their initial tour, ensuring they developed a wide understanding of cryptology. In the increasingly specialized modern intelligence environment, NAVIFOR must adjust its career progression pipeline to ensure its young officers can provide better support to deployed forces. By exposing cryptologic warfare officers to the maritime navy as well as the practical application of SIGINT, they are better prepared to effectively assume leadership roles at NSA or other national SIGINT efforts. An additional outcome of this recommendation is that as CWOs continue in their career, the reorganization of the tactical assignment frees junior officers to specialize in one of the cryptologic disciplines, a growing need in today’s increasingly technical world. 

Lieutenant Will Cavin is a Cryptologic Warfare Officer in Washington, DC. He has completed assignments at the National Security Agency in Ft. Meade and served as an EP-3E Special Evaluator in Bahrain. He is passionate about the mental health of servicemembers and served as a Suicide Prevention Advocate. He graduated with merit from the United States Naval Academy.

References 

Combest, L. (1996). IC21: The intelligence community in the 21st century. Permanent Select Committee on Intelligence, 1–421. Retrieved from https://www.hsdl.org/?view&did=439040

Karpf, B. (2019). Train navy officers for cyber lethality. Proceedings, 145(2). Retrieved from https://www.usni.org/magazines/proceedings/2019/february/train-navy-officers-cyber-lethality

Kuzma, R., Shaw, I., Danelly, Z., & Calcagno, D. (2018). Good will hunting: The strategic threat of poor talent management. War on the Rocks. Retrieved from https://warontherocks.com/2018/12/good-will-hunting-the-strategic-threat-of-poor-talent-management/

Schultz, B. (2020, May 31). Coaching trees (NSGA kunia 2002-2004). Station Hypo. Retrieved from https://stationhypo.com/2020/05/31/coaching-trees-nsga-kunia-2002-2004-guest-post/#more-13907

Snodgrass, G. (2014). Keep a weather eye on the horizon: A navy officer retention study. Naval War College Review, 67(4), 64–90. Retrieved from https://digital-commons.usnwc.edu/cgi/viewcontent.cgi?article=1352&context=nwc-review

Talbot, A. (2020). Truth #3: Division officers must learn to “see the future.” Proceedings, 146(5). Retrieved from https://www.usni.org/magazines/ proceedings/2020/may/truth-3-division-officers-must-learn-see-future

Featured image:  An EP-3E Airborne Reconnaissance Integrated Electronic System (ARIES) II, assigned to the “World Watchers” of Fleet Air Reconnaissance Squadron 1 (VQ-1), transits over the East China Sea. (U.S. Navy photo )