The study of weapons systems and technology and their impact on military operations.
Types of weapons: Understanding the various types of weapons, including firearms, bombs, missiles, and other explosives, and their intended uses.
Military technology: Learning about the latest military technology and how it has evolved over time, including drones, robots, and cyber warfare.
Ballistics: Study of the science of projectile motion, including bullet trajectory, speed, and impact.
Tactical and strategic considerations: Understanding the considerations that go into deciding which weapons to use in which situations, including tactics, strategy, and strategic planning.
Combat engineering: Study of techniques used to build and maintain infrastructure during combat operations, such as bridges, tunnels, and roads.
Weapon safety: Study of safety precautions used with weapons, including handling techniques, storage, and safety systems.
Military history: Learning about the history of military tactics, strategies, and operations, and how they have evolved over time.
Intelligence gathering: Understanding the techniques used to gather intelligence on enemy forces, including surveillance, reconnaissance, and cyber espionage.
Military logistics: Understanding the various processes involved in supply chain management, including transportation, warehousing, and inventory management.
Chemical, biological, and nuclear warfare: The study of techniques used in chemical, biological, and nuclear warfare, including detection, mitigation, and defense.
National security policy: Understanding the policies and practices that various governments and organizations use to ensure national security.
International security: Understanding the various factors that contribute to international security, including diplomacy, military power, and economic interdependence.
Geopolitics: Understanding the role that geography plays in military strategy, including strategic chokepoints, topography, and natural resources.
Military ethics: Understanding the ethical considerations involved with the use of weapons and military force, including rules of engagement, international law, and moral principles.
Psychology of warfare: Understanding the psychological factors that contribute to military success, including motivation, leadership, and group dynamics.
Firearms: Guns designed to discharge projectiles using combustible materials such as gunpowder. Examples include rifles, handguns, shotguns, and machine guns.
Bombs: Explosive devices designed to cause destruction or damage. Examples include nuclear bombs, conventional bombs, and cluster bombs.
Missiles: Self-propelled projectiles that are guided by a computer or a pilot at a remote location. Examples include ballistic missiles, cruise missiles, and anti-tank missiles.
Tanks: Armored vehicles designed for use on the battlefield. They are heavily armored and have powerful guns and cannon for offensive and defensive capabilities.
Fighters and attack aircraft: Military planes designed for aerial combat or ground attack. Examples include fighter jets, bombers, and remotely piloted aircraft (drones).
Naval vessels: Military ships designed for combat or military transport. Examples include battleships, aircraft carriers, and submarines.
Cyberwarfare technology: The use of technology to conduct attacks on computer systems or networks. Examples include malware, viruses, and denial-of-service attacks.
Chemical, biological, radiological, and nuclear (CBRN) technology: The use or manipulation of chemical, biological, radiological, or nuclear substances for military purposes.
Electronic warfare systems: Systems designed to interfere with or disrupt communication, navigation, or surveillance systems. Examples include jamming and spoofing technology.
Intelligence, surveillance, and reconnaissance (ISR) technology: The use of technology to gather and analyze information on the battlefield. Examples include unmanned aerial vehicles, intelligence satellites, and ground-based sensors.