SDI Course Descriptions

AGT 100: American Government – 3 Credit Hours

This course introduces students to the fundamentals of American government and politics, focusing on the historical evolution of government and policies, and the major institutions and processes. Course goals include developing an interest in and understanding of today’s government, policy development, and politics, as well as developing critical thinking and information literacy skills in the areas of government and politics. Topics include the Constitution; federalism; civil rights and liberties; the structure and processes of the three branches of government; political socialization; interest groups and public opinion; political parties and the election process; and basic U.S. social, economic, and foreign policy. Students will examine institutional structures and how they interact with each other to explain the processes of government and how the historical development of the United States has affected the contemporary political environment. Instruction includes an analysis of the formal and informal processes by which public policy is made; how individual actors impact the contemporary political environment; and application of informational literacy skills in the study of politics.

ENG 101: English Composition I – 3 Credit Hours

This course develops written communication skills with an emphasis on understanding the writing process, analyzing text, and practicing writing for personal and professional applications. Students will learn to implement the steps of the writing process; identify essay components; and write effective and grammatically correct paragraphs and essays. Instruction includes how to analyze the role of reading and writing in academic and professional careers; apply strategies to achieve clarity and effective style in writing; differentiate between writing patterns; identify sentence types and parts of speech; discriminate between proper and improper use of punctuation; and to implement correct spelling. The student will also examine and then apply strategies and guidelines for writing an effective research paper.

FTE 211: 1911 Advanced Armorer – 4 Credit Hours

This course presents a comprehensive overview of 1911-style firearms. Discussed in the lessons are the history, development, and practical applications of 1911-style firearms, including their parts, the function of each part, ammunition types and calibers, troubleshooting, maintenance, and repair. Also presented are sight options, considerations for building or buying your 1911-style firearm, tuning your 1911 for accuracy and reliability, customizing the 1911 with coatings and accessories. Students will be presented step-by step instructions that will be applied to the firearm supplied by the school.

Students must be 21 years of age to select the FTE 211 course.

FTE 217: Modern Sporting Rifle – 4 Credit Hours

This course presents an overview of the AR style platform in various configurations, including the AR 15, AR 10/LR .308, and AR 9/pistol caliber carbine. Discussed in the lessons are the history, design characteristics, operations, and platform-specific characteristics of these rifles. Students select a platform on which to demonstrate practical skills and abilities, including the measurement of critical dimensions, assembly and disassembly procedures, and the use of specialty tools. Malfunction diagnosis, operating characteristics, and application of gunsmithing techniques will also be demonstrated.

FTE 218: Pump Shotgun Armorer – 4 Credit Hours

This course presents an overview of the pump shotgun platform in various makes and models. Discussed in the lessons are the history, design characteristics, operations, and platform-specific characteristics of these firearms. Students receive a pump shotgun platform on which to demonstrate practical skills and abilities, including the measurement of critical dimensions, assembly and disassembly procedures, and the use of specialty tools. Malfunction diagnosis, operating characteristics, and application of gunsmithing techniques will also be demonstrated.

FTE 225: Developing a Business Plan – 4 Credit Hours

This course includes establishing a formal business plan for a firearms related business. Included are the various stages of researching and outlining a plan, consideration of marketing, financial, and other general business factors and presentation of a formal plan.

FTH 202: Revolvers – 4 Credit Hours

This course is a comprehensive exploration of the revolver. Students learn about the legal definition of a revolver, the mechanical design of the revolving action, and the history of this handgun platform. Common parts of their functions, troubleshooting methods and strategies, and customization techniques are all covered in this course.

FTH 212: Striker-Fired Pistols – 4 Credit Hours

This course covers striker-fired pistols in detail. Topics include parts and function, assembly and disassembly, and customizing for performance. Students will practice building a striker-fired pistol from a parts kit and stippling synthetic material used for pistol grips. Additionally, students will learn about researching firearms and firearms schematics to help them access valuable information before beginning work on a project.

FTH 223: Hammer-Fired Pistols – 4 Credit Hours

While core emphasis of this course is the hammer-fired pistol, also examined are concepts that generalize to most modern automatic handguns. Students explore pistol malfunctions and methods of preventing or repairing them, the parts and components of hammer-fired pistols, and methods of improving pistol operation and reliability. Students also learn how to research firearms components needed for repair and customization jobs. Students will perform critical measurements and perform various hands-on projects to enhance striker and hammer-fired pistol performance.

FTT 101: Mechanics in Firearms – 4 Credit Hours

This course is an introduction to firearms technology. During the course, the student will review firearms fundamentals, simple machine concepts, and various firearm operating systems. Students will apply concepts and fundamentals in practical applications to identify working systems of firearms.

FTT 102: Principles of Mechanics in Firearms – 4 Credit Hours

This course is an introduction to firearms technology. Students will review firearms fundamentals, simple machine concepts, and various firearm operating systems. Students will apply concepts and fundamentals in practical applications to identify working systems of firearms.

FTT 103: Principles of Ammunition and Basic Ballistics – 4 Credit Hours

This course introduces students to essential concepts related to ammunition and basic ballistics. Students will develop an understanding of the terminology about these topics and demonstrate an understanding of the various steps of ballistics, the material and environmental aspects that affect ballistics, cartridge design, various propellant types, mechanical steps completed within a firearm, and phenomena that occur as projectiles move through the air.

FTT 105: Firearms Laws, Rights, and Responsibilities – 4 Credit Hours

This course will provide students with a comprehensive understanding of firearm regulations, ATF (Bureau of Alcohol, Tobacco, Firearms and Explosives) laws, FFL (Federal Firearms License) dealer requirements, types of firearms, and the identification of firearm types. Students will gain the knowledge and skills necessary to navigate the complex world of firearms in the United States.

FTT 106: Hand and Specialty Tools in Gunsmithing – 4 Credit Hours

In this course, students will better understand the standard hand tools used in the gunsmithing trade. Through hands-on application, students will develop more profound skills in finesse and workmanship, how and when to use specific tools and equipment in this trade, and why specific tools are better for a particular job.

FTT 131: Maintenance and Troubleshooting of Firearms – 4 Credit Hours

In this course, students will learn foundational troubleshooting principles. Students will identify firearm failure types, components, responsibilities and perform gunsmith function checks. Students will explore popular operating systems, the cycle of operations, repairs, and operator and ammunition-induced malfunctions.

FTT 133: General Gunsmithing Modifications – 4 Credit Hours

This course introduced the student to the specifics of enhancing firearms for improved performance, ergonomics, and aesthetics. This course guides students through the process of discerning optimal modifications tailored to diverse firearm platforms and shooting disciplines. This course emphasizes both the safety considerations essential for any modification endeavor and the legal nuances surrounding firearm alterations. Prerequisite: FTT 102

FTT 213: Wood and Metalwork in Gunsmithing – 4 Credit Hours

This course provides a comprehensive, hands-on study of gunstock fitment and repair. Students will explore the selection of suitable wood species, the shaping of wood into functional and visually appealing designs, and the precise fitting of gunstocks to firearm actions. Emphasis is placed on customizing gunstocks to meet specific customer requirements. Through practical projects, students will refine their skills in inletting furniture, applying professional stock finishes, and executing intricate metalwork.

FTT 220: Firearm Business Principles – 4 Credit Hours

This course offers a comprehensive overview of the key components involved in establishing and managing a firearms-related business. Weekly topics guide students through setting business goals, selecting the appropriate business structure, developing marketing strategies, and addressing industry-specific operational challenges. Students will complete marketing and business evaluation projects, gaining practical knowledge and exploring career opportunities within the firearms industry.

MAC 110: Basic Power Tools and Machining Principles – 4 Credit Hours

This course is an introduction to machining and other repair concepts. The student will be introduced to small machines commonly used in the gunsmith profession. The student will also be introduced to basic shop/blueprint reading and the formulas and vocabulary to successfully utilize power tools and equipment. An introduction to milling machines, the metal turning lathe, polishing tools, and other firearms-specific machinery is discussed. The student will also be introduced to fixtures and work holding concepts to elevate the use of machinery in a shop environment. Prerequisite: FTT 106

MAC 150: Introduction to Manual Lathe – 4 Credit Hours

This course introduces students to the fundamental skills and techniques required for proficient lathe operations. Emphasizing shop safety and machine-specific protocols, the course covers the theory and practical application of precision machining, including tool preparation and work-holding methods. Through hands-on practice, students will perform essential lathe techniques such as facing, parting, turning, and threading. Prerequisite: MAC 110

*FTT 299: Firearms Technology Elective – 4 Credit Hours

*See individual descriptions of courses that students select from to fill this elective.

MAT 101: Mathematics for Technical Trades – 3 Credit Hours

This course applies math fundamentals to technical applications. Topics include a basic math review, geometric principles including angles, lines, and shapes, understanding basic algebraic concepts as applied to real-world problems, and trigonometric functions applied to angles and distances. Students will learn to solve mathematical problems; apply mathematical concepts to various technical and industry-based problems; and analyze mechanical problems using mathematical equations.

PSY 101: Introduction to Psychology – 3 Credit Hours

This course introduces human behavior. It includes the study of the theories and concepts of psychology including the scope of psychology, biological foundations and the brain, sensation, perception, motivation, personality, learning/memory, emotion, states of consciousness, personality theories, cognition, lifespan development, and applied psychology. In this course, students will examine the field of psychology in terms of history, key perspectives, issues, and current trends. Instruction will cover scientific and research methods; the anatomical structures and physiological functions related to psychology; sensation, perception, heredity, and genetics; consciousness, sleep, sleep disorders, and hypnosis as related to psychology; the underlying principles and basis of the psychology behind learning, memory, and experience; cognitive abilities and intelligence from a psychological perspective; the different phases and stages in human development; the different motivation theories; and the psychological basis of emotions. Moreover, students will examine sexuality and gender in relation to psychology; psychoanalytic approaches and humanistic theories to explain behaviors and traits in personalities; health psychology and approaches to health management; different mental disorders; psychotherapy, differing methods, and their effectiveness; the importance of thoughts; trends in social behavior; and the impact of social influences.

SCI 101: Intro to Physical Science – 3 Credit Hours

This course introduces students to the foundational ideas and concepts of physical science to gain a better understanding of the world. Topics covered include measurement, motion, force and motion, atomic and nuclear physics, elements of chemistry, work and energy, temperature and heat, and waves and optics. Direct application of some of these topics will be made to provide students with further context and real-world application.

SDI 101: Success in Distance Learning – 1 Credit Hour

This course is designed to equip SDI students with the essential skills and strategies needed to succeed in a distance learning environment. The primary purpose of the course is to empower students to navigate the challenges and leverage the opportunities presented by online education, specifically within the SDI virtual classroom. Included in this course are topics on business productivity applications, learning management system use, academic integrity, student support applications, and exposure to other distance learning resources.

SYS 201: UAS Systems Engineering Management – 4 Credit Hours

This course introduces students to systems thinking and concepts. Students learn what comprises a system and study systems engineering management principles used to develop new systems. The course examines case studies related to UAS ethical considerations to facilitate student understanding of and appreciation for public and private concerns with uncrewed aircraft systems. Prerequisite: UAS 101.

SYS 212: Project Management for UAS Engineering and Technology – 4 Credit Hours

The Project Management for UAS Engineering and Technology course explores project management theory and best practices that can be used in the uncrewed and autonomous aircraft systems industry. Students learn the elements required to develop general and technical projects. The course discusses the five phases of project management and how each phase is utilized in the official project plan. Prerequisite: UAS 101.

UAS 101: UAS Fundamentals – 4 Credit Hours

This first course in uncrewed aircraft systems introduces the history and evolution of the uncrewed aerial vehicle (UAV). The course provides a technical introduction to the subsystems of an uncrewed aerial system (UAS) to include the aircraft, payload, propulsion, navigation, wireless communications and control, autonomy, ground control station, and support systems/equipment. The topics of man-machine interface, system design, FAA regulations and UAS operations in the national airspace are also introduced. Students are introduced to how uncrewed aircraft systems are used in the commercial/civil, public service, and military sectors.

UAS 201: sUAS Sensors and Remote Sensing – 4 Credit Hours

This course provides a comprehensive exploration of remote sensing technologies and sUAS sensors. Students learn the principles, applications, and practical skills necessary to capture remotely sensed data using a small, uncrewed aircraft system (sUAS) and how to analyze that data. Students will learn about the different types of remote sensors used in the uncrewed industry and how these sensors operate. Students learn how to evaluate remote sensing scenarios and how to choose a suitable sensor for the mission. By the end of this course, students have a solid foundation in aerial sensors and remote sensing and are prepared to apply this knowledge in real-world scenarios. Prerequisite: UAS 101

UAS 202: UAS Aviation Management – 4 Credit Hours

This course provides the student with a comprehensive knowledge of a professional aviation organization model with special focus on the key pillars of safety, operations, maintenance, and culture in the context of the current regulations and specific requirements to operate an UAS in the national airspace for commercial use. UAS operations, operational risk management, aeronautical decision making, training, scheduling, standardization/evaluation (STANEVAL), maintenance, remote pilot in command responsibilities, and key federal regulations and guidance for flying commercially in the national airspace.

UAS 205: Introduction to Geographical Information Systems – 4 Credit Hours

This course will provide students with the necessary knowledge and skills to conduct flight operations using a UAV for Geographical Information System (GIS) data collection, post-processing, and analysis of the collected data using appropriate software tools. The student will complete the course to understand the full process for using UAVs as a tool for collecting and then post-processing the collected data.

UAS 213: sUAS Design, Build, and Fly – 4 Credit Hours

This course will introduce the students to building, assembling, powering, and configuring components of a small uncrewed aircraft system into an aircraft that will be capable of stable flight that students can use for this and future classes. This course will detail the assembly requirements of each component and subsystem. Once assembly is completed the aircraft will be powered on and sensors and autopilot configured as required to ensure stable flight. Students will gain additional skills such as soldering, hardware assembly, ground control station software basics, and telemetry setup. Prerequisite: UAS 101.

UAS 231: UAS Flight Test and Evaluation – 4 Credit Hours

This course provides an introduction into how Uncrewed Aircraft Systems (UAS) are flight tested and their performance is evaluated. This course provides students with the background and knowledge to understand the fundamental principles of flight test engineering. The topics covered include Introduction to Flight Test Engineering, Test and Evaluation Fundamentals, UAS Test Management, UAS Performance Testing, UAS Flying and Handling Qualities Testing, and UAS Systems Testing. Prerequisite: UAS 101.

UAS 234: sUAS Thermography Level 1 – 4 Credit Hours

This is an introductory thermography course with infrared and heat transfer science training. This course is focused on how aerial inspections and thermal scans using sUAS infrared cameras can support several industries to be safer, more efficient, and more effective. The course provides students with the theory and science of infrared radiation and how infrared measurements are used to determine thermal patterns. The course covers the theoretical background, knowledge, and skills to properly capture, tune, and interpret thermal images collected from an sUAS platform and infrared sensor. Students learn to select the proper camera and lens combinations for their application’s needs. Students are provided with a handheld infrared camera to conduct practical assignments and experiments that reinforce the concepts learned during the course. This infrared camera is theirs to keep and use after the course. After successfully completing this course, students have the knowledge, skill, and ability to enter the workforce as entry-level and/or apprentice thermographers.

UAS 250: FAA sUAS Professional Remote Pilot – 4 Credit Hours

This course provides students with a comprehensive education in the knowledge areas covered by the Remote Pilot sUAS Airman Certification standards. Students learn to fly drones and develop safe flying skills in a state-of-the-art drone flight simulator and hands on application. The course presents instruction on the components of a modern multi-rotor drone, fundamentals of flight, navigation, communication, sensors, human factors, and risk management. The course includes a comprehensive overview of the U.S. National Air Traffic Control System using 3D animations and describes how it affects remote pilots and drone operations. This course provides comprehensive review of subjects included in the FAA Remote Pilot sUAS Airman Certification Exam. After completing the course, the student may seek to attempt the FAA exam which is administered at an FAA exam center. Prerequisite: UAS 101.

UET 102: Fundamentals of Electronics – 4 Credit Hours

This course introduces students to the basic electronics knowledge that they will need to understand for Uncrewed Aircraft Systems (UAS). This is an introductory course with hands-on elements and simulation of electronic circuits used in robotics. Topics include Ohm’s Law and theorems used in electrical circuits for batteries, switches, wiring, resistors, capacitors, inductors, semiconductors, and an introduction to microcontrollers. Students will also be conducting circuit builds with the Arduino microcontroller as a practical portion of the class. Prerequisite: UAS 101