The modern battlefield is no longer defined merely by tanks, aircraft, and the visible machinery of war. Increasingly, it is defined by laboratories, algorithms, engineering workshops, and the silent competition of scientific minds. In this evolving landscape, the narrative attributed to Bahman Kargar—that nearly ninety-five percent of Iran’s military consists of scientists and engineers—should not be read literally as a statistical claim. Rather, it should be understood as a strategic thesis, a form of ideological and psychological signaling that reflects a deeper doctrine guiding the defense posture of the Islamic Revolutionary Guard Corps and the wider Iranian security establishment.
At first glance, the statement appears exaggerated, perhaps even implausible. No modern military in the world is composed overwhelmingly of scientists. Armies require infantry, logistics personnel, technicians, pilots, and countless forms of support infrastructure. Yet the rhetorical claim carries a deeper message. It is an attempt to redefine the concept of military strength. Instead of emphasizing the traditional metrics of power—troop numbers, aircraft carriers, armored divisions—the Iranian narrative shifts attention toward intellectual capital, technological adaptation, and ideological resilience.
This reframing is not accidental. It emerges from the strategic circumstances within which the Iran has existed for more than four decades. Since the 1979 revolution, the Islamic Republic has faced sustained political pressure, economic sanctions, and technological restrictions from Western powers led primarily by the United States. Denied easy access to global arms markets and advanced defense technologies, Iran has been forced to rely heavily on domestic innovation. Necessity, in this case, has functioned as the mother of military invention.
Under such conditions, scientific expertise becomes a strategic resource comparable to oil or territory. Engineers design indigenous missile systems. Physicists contribute to aerospace research. Computer scientists develop cyber capabilities. Universities become indirect contributors to national defense infrastructure. Over time, this ecosystem produces a military culture in which technological expertise is highly valued and publicly celebrated.
Thus when Iranian officials speak of a military composed of scientists, they are projecting an image of a state whose survival depends on intellectual production rather than external procurement. The message is directed simultaneously at domestic audiences and foreign adversaries. To the domestic population, it reinforces national pride in scientific achievement despite sanctions. To external observers, it signals that Iran’s military capacity cannot easily be dismantled through conventional bombing campaigns because the real engine of its defense lies in dispersed knowledge networks.
Another dimension of the thesis concerns the concept of asymmetry. Modern military history repeatedly demonstrates that smaller or less technologically advanced states rarely attempt to defeat great powers through symmetrical confrontation. Instead, they develop strategies that offset the advantages of their adversaries. Iran’s doctrine falls squarely within this tradition of asymmetric warfare.
While the United States invests hundreds of billions of dollars annually into aircraft carriers, stealth fighters, and global force projection, Iran has concentrated on weapons systems that are relatively inexpensive yet strategically disruptive. Ballistic missiles, cruise missiles, and unmanned aerial vehicles have become central pillars of Iranian deterrence strategy. Such systems do not require parity with Western air forces. Their effectiveness lies in numbers, dispersal, and unpredictability.
The narrative of underground missile cities frequently referenced by Iranian officials reflects this same logic. Over the past decade, Tehran has periodically released footage of subterranean facilities believed to house launch platforms and missile stockpiles. These installations are intended to mitigate the overwhelming air superiority enjoyed by Western militaries. By placing critical infrastructure deep beneath mountains or reinforced bunkers, Iran seeks to ensure that even a sustained aerial campaign would struggle to eliminate its retaliatory capabilities.
In strategic terms, this approach transforms vulnerability into endurance. A country that cannot match the technological sophistication of its adversaries instead makes itself difficult to defeat quickly. The objective is not necessarily to win a decisive battlefield victory but to impose sufficient cost and uncertainty that potential attackers reconsider the wisdom of war.
Closely linked to this technological narrative is the ideological dimension highlighted in the rhetoric of martyrdom. The Iranian political tradition frequently draws upon historical memories associated with the martyrdom of Husayn ibn Ali during the Battle of Karbala. In Shia historical consciousness, Karbala symbolizes resistance against overwhelming injustice and the moral triumph of sacrifice.
By invoking the concept of martyrdom in military discourse, Iranian leaders frame national defense not merely as a strategic necessity but as a sacred duty. The suggestion that thousands stand ready to replace any fallen fighters is therefore less a demographic calculation than an ideological declaration. It communicates that Iranian society is prepared for prolonged struggle if required.
Such rhetoric also serves an important psychological purpose in deterrence theory. Military power does not rely solely on weapons. It also depends on the perceived willingness of a society to endure hardship. If an adversary believes that a population lacks the resolve to sustain casualties or economic disruption, coercive strategies become more attractive. Conversely, a narrative emphasizing patience, sacrifice, and collective endurance complicates such calculations.
However, while the Iranian narrative contains elements grounded in strategic reality, it also incorporates clear exaggerations. Claims of continuous missile production synchronized with launch cycles, or of an almost limitless pool of scientifically trained fighters, belong more to the domain of political messaging than empirical analysis. Every military system, regardless of ideology, faces practical constraints—financial limitations, technological bottlenecks, logistical challenges, and human resource requirements.
The defense budget of the United States, administered through the United States Department of Defense, exceeds eight hundred billion dollars annually. This enormous expenditure sustains a global network of bases, fleets, satellites, and advanced research institutions. Iran’s defense budget is only a fraction of that figure. Even with significant innovation, Tehran cannot replicate the full spectrum of American military capabilities.
Nevertheless, modern conflicts reveal that overwhelming financial superiority does not automatically translate into decisive victory. Historical experiences such as the Vietnam War, the Iraq War, and the War in Afghanistan (2001–2021) illustrate the difficulties great powers face when confronting determined adversaries employing unconventional strategies. The central lesson of these conflicts is that endurance, local knowledge, and ideological commitment can complicate the application of superior technology.
Iran’s strategic doctrine appears shaped by careful observation of these precedents. The country does not aspire to defeat global powers through conventional battlefield dominance. Instead, it seeks to create a deterrent environment in which the costs of confrontation become unpredictable and potentially unacceptable.
From this perspective, the rhetoric of a “scientist military” functions as a symbolic representation of a broader transformation in warfare itself. In the twenty-first century, the boundaries between civilian and military knowledge have become increasingly blurred. Universities contribute to cyber defense research. Private technology firms develop artificial intelligence applications with military implications. Scientific expertise has become as crucial to national security as traditional combat training.
Iran’s leadership therefore portrays its defense posture as an ecosystem where education, engineering, and ideology converge. The country’s numerous technical universities produce graduates who may eventually find themselves contributing to aerospace engineering, electronics manufacturing, or cybersecurity. Even if the percentage of scientists within the armed forces is far smaller than claimed, the broader culture of scientific mobilization remains significant.
For analysts observing from outside the region, the key insight is not the literal accuracy of the numbers but the strategic mindset they reveal. Iran seeks to demonstrate that sanctions and isolation have not weakened its capacity for innovation. On the contrary, the narrative suggests that external pressure has compelled the country to cultivate indigenous expertise.
The implications extend beyond Iran itself. In an era where technological knowledge is increasingly accessible, smaller states may find new ways to challenge traditional military hierarchies. Drone warfare, cyber operations, and precision missile technologies can be developed at costs far lower than those associated with aircraft carriers or fifth-generation fighter jets. The diffusion of scientific knowledge therefore has the potential to reshape global power dynamics.
Yet technological ingenuity alone does not guarantee strategic success. The long-term strength of any nation ultimately depends on economic stability, institutional resilience, and social cohesion. Iran continues to face serious challenges in these areas, including economic sanctions, inflationary pressures, and demographic shifts. These factors inevitably influence the sustainability of its defense posture.
Thus the thesis attributed to General Kargar should be interpreted as a window into the strategic psychology of the Iranian state rather than a literal blueprint of its military composition. It reflects a country that views itself as engaged in a prolonged contest of endurance with powerful adversaries. In that contest, scientific ingenuity, ideological commitment, and strategic patience are presented as the pillars of national survival.
The broader lesson for international observers is that warfare in the contemporary era cannot be understood solely through the lens of military hardware. Nations increasingly compete through knowledge systems, technological ecosystems, and narratives that shape public perception. The battle for strategic advantage often begins long before missiles are launched, in laboratories, classrooms, and the realm of ideas.
For policymakers and analysts alike, the challenge lies in distinguishing between propaganda and underlying capability. Exaggerated rhetoric may obscure genuine innovations, while dismissing such narratives entirely risks underestimating the adaptive capacity of states operating under pressure.
In the final analysis, the idea of a “scientist army” symbolizes a deeper transformation occurring in modern geopolitics. Power is no longer measured exclusively by the number of divisions a country can deploy but by the creativity and resilience of the minds that design its tools of defense.
The future of conflict will therefore belong not merely to those who possess the largest arsenals but to those who most effectively integrate knowledge, technology, and national purpose into a coherent strategic doctrine.
Closing Note — Centre for Contemporary Studies
The Centre for Contemporary Studies in Abuja continues to monitor evolving patterns of global security, particularly the growing intersection between scientific innovation and military strategy. As technological knowledge becomes widely distributed across nations, the traditional hierarchies of power may gradually shift. Understanding these dynamics is essential for policymakers seeking stability in an increasingly complex international system.
CCS – Foreign Affairs Desk
