Starfleet Academy Courses

== Legend ==
L: Indicates a lecture course
W: Workshop / Lab
S: Seminar
C: Cadet Cruise
==Faculty of Command==
===Department of Administration===
;ADMIN1100-L Starfleet Operations : Gives background information on the structure of Starfleet.
;ADMIN1200-L Chain of Command and General Protocol : Forms and ceremony of etiquette required for operation with the chain of command.
;ADMIN2100-L Starfleet Ships : Discusses how starships are administered by their commanding officers.Pre-requisites:ADMIN1100.
;ADMIN2200-L Starfleet Bases and Outposts : Discusses how starbases and outposts are administered by their commanding officers.Pre-requisites:ADMIN1100.
;ADMIN3100-L Deployment : An in depth look at how Starfleet's ships are moved around Federation space.Pre-requisites:Either ADMIN2100 or ADMIN2200. 
;ADMIN4100-S Personnel Management : A complete course on the logistics of personnel management on the Starfleet-wide discourse on personnel affairs.Pre-requisites:Either ADMIN2100 or ADMIN2200. 
===Department of Astrogation===
;ASTRG2100-LW Navigation of Starships, Sublight : How Federation and non-Federation starships can be maneuvered at sub-light speeds.
;ASTRG2200-LW Navigation of Starships, Warp : How Federation and non-Federation starships can be maneuvered at warp speeds.
;ASTRG3100-L Navigation of Starships, Transwarp : How Federation and non-Federation starships can be maneuvered past warp speeds, like with Quantum Slipstream Drive and Transwarp.Pre-requisites:Either ADMIN2100 or ADMIN. 
===Department of Diplomacy===
;DIPLO1100-L General Diplomacy : Introduction to contact with non-Federation species.
;DIPLO2100-L Negotiations : The course provides training in the art of negotiations.Pre-requisites:DIPLO1100.
;DIPLO2200-L First Contact : This course provides training in first contact procedures.Pre-requisites:DIPLO1100.
;DIPLO3100-L Hostile Species : Advanced training in tactics for dealing with hostile species.Pre-requisites:DIPLO2100.
;DIPLO3200-L Ceremonies : Advanced training in the ceremonial practices of various planets within the Federation and outside the Federation.Pre-requisites:DIPLO2200.
;DIPLO3500-L Non-Traditional Situations : This course provides advanced training on how to deal with non-traditional situations on a starship or starbase.Pre-requisites:DIPLO3200.
===Department of Intelligence===
;INTEL2100-L Espionage 1 : Introductory training in obtaining secret information from hostile government entities.
;INTEL2200-W SIGNIT Collection/Jamming : Training for the SIGNIT system, used for collecting information form enemy communications and jamming frequencies.
;INTEL3100-L Espionage 2 : Advanced training in obtaining secret information from hostile government entities.Pre-requisites:DIPLO2100.
;INTEL3200-L Crypto-analysis : Training on deciphering and analyzing enemy cryptographic codes.
;INTEL3300-L Propaganda : Training in the use and creation of propaganda.
;INTEL3350-W Infiltration and Covert Operations : Training in the art of infiltration and other covert operations.Pre-requisites:DIPLO3100.
;INTEL4100-L Advanced Analysis : Advanced course on the analysis of data collected from enemy sources, and the possible messages held within.
;INTEL4200-W Interrogation : Training for the nuances of suspect examination.
;INTEL5000-SX Expert Analysis : The highest level of training, individuals who take this class graduate often end up working for the Starfleet's Special Security Division.Pre-requisites:DIPLO4100 (with a final grade of 95% or above).
===Department of Law===
;LAW1000-L Federation Law, General : Basic course on Federation law.
;LAW1200-L Non-Federation Law : Introductory course on the law systems of some non-Federation species.Pre-requisites:LAW1000.
;LAW2100-L Constitution of the Federation : A course dedicated to the Constitution of the United Federation of Planets.Pre-requisites:LAW1000.
;LAW2200-L Administrative Law : A course dedicated to the discussion of administrative law in the Federation.Pre-requisites:LAW1000.
;LAW2300-L Contract Law : A course focusing on contractual binding of services within the Federation.Pre-requisites:LAW1000.
;LAW3100-L Environmental Law : A course focusing on laws concerning ecological and industrial conduct within the Federation.Pre-requisites: Any LAW at the 2000 level.
;LAW3200-L Federation Criminal Law : A course focusing specifically on trial and criminal law.Pre-requisites: Any LAW at the 2000 level.
;LAW3300-L Civil Law in the Federation : Course on Federation laws surrounding civil rights and law systems of employment, healthcare, and welfare.Pre-requisites: Any LAW at the 2000 level.
;LAW4000-L Federation Military Law : A course focusing on laws concerning military regulations, specifically those of Starfleet.
;LAW4100-S Interplanetary Law : Comparative seminar on the law systems of different major species.Pre-requisites: Any LAW at the 3000 level.
;LAW4200-HS International Law : Honors seminar on laws that are applied to multiple galactic entities. Focuses on Federation legal treaties with the Klingons, Romulans, and Cardassians.Pre-requisites: Any LAW at the 3000 level.
===Department of Piloting===
;PILT1000-W Runabouts and Shuttles : Complete overview of the procedures for piloting shuttles and runabouts at both sublight and warp speeds.
;PILOT2100-W Land Vehicles : Complete course in a variety of land-based vehicles.Pre-requisites: PILOT1000
;PILOT2200-W Work Vessels : Complete understanding of work vessel maneuvering and functionalityPre-requisites: PILOT1000
;PILOT3100-W Minor Ships : Advanced maneuvering for small-scale starships under 1 million tons.Pre-requisites: PILOT1000 and one (1) class in PILOT at the 2000 level.
;PILOT3200-W Major Ships : Advanced maneuvering for large-scale starships over 1 million tons.Pre-requisites: PILOT1000 and one (1) class in PILOT at the 2000 level.
;PILOT4000-W Non-Federation Ships : Overview of maneuvering for starships used by most Major species.Pre-requisites: One (1) class in PILOT at the 2000 level.
==Faculty of Engineering==
===Department of Introductory Engineering===
;ENG1100-L General Electronics : Introduction to electronic components in both Federation and non-Federation systems.
;ENG1200-L Colossal Failures in Engineering : A series of case studies regarding several major engineering disasters over the past centuries of space travel with particular focus on failures in management and effective communication.
;ENG2100-L Intermediate Electronics 1 : Continues where General Electronics left off by delving more in depth with electronics in Federation systems, and provides a practical application for the knowledge of Starfleet. This course covers computer systems, transporters, life support systems, and shields.
;ENG3100-L Intermediate Electronics 2 : Continues where Intermediate Electronics 1 left off by covering command functions, bio-neural components, and programming.
===Department of Propulsion Engineering===
;PENG2100-L Impulse Systems : A lecture on modern impulse systems using fusion power and helium plasma. Students study the development of impulse technology and its use over the centuries, as well as modern impulse drives and their use aboard Federation starships. Simulations provide students with direct experience in operating and maintaining impulse drive systems, including emergency operations. A paper on the development of impulse in Federation history is required.
;PENG2200-L Introduction to Warp Systems : A lecture on warp drive theory and development, from Zefram Cochrane to modern transwarp theories. Students study the design of warp drives, the formation of warp fields, and the potential effects of warp technology on normal space and subspace. Students experience developments in warp technology through a variety of simulations, including the original flight of the Phoenix and early Federation warp systems. A paper on the evolution and development of warp technology is required.
;PENG3200-L Advanced Warp Systems : An in-depth study of warp drive technology and theory, including the structure of subspace, the formation of warp fields, subspace distortions and how they affect warp drive, and transwarp theories. Students study the operation, maintenance, and construction of warp drive systems using both simulation and hands-on experience. The class visits the Utopia Planitia Yards on Mars to examine the latest developments in warp technology. Students are expected to write a term paper on new developments in warp technology and to pass simulations on warp systems operations, including safety procedures during a warp core breach.Pre-requisites:ENG2300 or ENG3100.
;PENG4100-S Transwarp Theories : A seminar on the theoretical limits of warp propulsion and various theories for the achievement of transwarp. Students examine theories on the achievement of transwarp velocity.
;PENG4200-S Alternative Faster-Than-Light Technologies : A seminar on alternative methods of achieving interstellar travel, such as the soliton wave, the graviton catapult, and the quantum slipstream drive.
===Department of Material Engineering===
;MENG2100-L Introduction to Material Engineering : An overview of material engineering history, theory, and practice. Systems of units; material balances and chemical reactions; gas laws; phase phenomena. Energy and material balances for systems with and without chemical reactions; design case studies. Emphasis on modern construction and building materials, including polyduranide and tritanium. Students study design and construction techniques, including the use of matter replication and molecular bonding. Hands-on work and simulations provide direct experience in structural design. Students design and construct working models as part of their study.Pre-requisites: ENG1100.
;MENG2200-L Mechanics : Introduction to static and particle dynamics and rigid body dynamics. Two-, three-, and four-dimensional force systems; the concept of static and dynamic equilibrium; rotational and translational kinetic energy of rigid bodies; friction momentum and impulse principles; analysis of structure; development of movement and shear diagrams; strength of materials; virtual work; work-energy relationships. Analysis of bending, torsion, axial load bearing; diagrams; stresses and strains; structural reinforcement through energy fields. Students perform experiments and hands-on work in simulation to provide direct experience.Pre-requisites: ENG2100.
;ENG2300-L Electromagnetics and Applications : A study into the principles and applications of electromagnetism. The history of electrodynamics is told, from the invention of the battery to QED covariation theory. Magnetic fields; electrical principles including voltage, current, resistivity, inductance, impedance; Classical electrodynamics vs. Quantum electrodynamics; Maxwell's equations; Lorentz Force and dipole moment; Laws of Coulomb, Ampère, Faraday, and Gauss; Elektron spin, Field equations of QED; Electroweak interaction and Photon-electron interaction. Practical work includes the production of power supplies and major electronic components. Students perform experiments and hands-on work to provide direct experiments.Pre-requisites: ENG2100.
;ENG2400-L