Spartan College Aviation Mechanic Programs

Spartan College of Aeronautics and Technology has been training aviation professionals for over 95 years and operates campuses in Tulsa, Los Angeles, Denver, and Inland Empire. The school offers associates degrees and diploma programs for aspiring aviation mechanics.

Quick Facts

  • Length: 15 Months to 24 Months
  • Cost: $52,000 to $64,000
  • Location: CO:Denver, OK: Tulsa, CA: Los Angeles & Inland Empire
  • Website: https://www.spartan.edu/

Associate Degree Programs

Aviation Maintenance Technology (AMT) – AAS

Spartan College’s AAS in Aviation Maintenance Technology program provides comprehensive aircraft maintenance training plus general education courses for enhanced intellectual proficiency.

Curriculum

Students study aircraft electrical systems, hydraulics, landing gear, instrumentation, reciprocating engines, and turbine engine systems through a blend of classroom theory and hands-on lab work. The curriculum follows FAA Part 147 requirements, preparing graduates for the FAA Mechanic’s Certificate tests with both Airframe and Powerplant Ratings.

Coursework includes:

  • GEN1001LEC – Basic Electricity Lecture
    This course introduces the fundamentals of electricity and its application to aircraft systems. Topics include magnetism, direct and alternating current circuits, electrical schematics, and the use of multimeters. Students also learn basic troubleshooting techniques and how to interpret and apply aircraft wiring diagrams.
  • GEN1001LAB – Basic Electricity Lab
    In this hands-on lab, students apply concepts from the Basic Electricity lecture. Activities include building and analyzing circuits, using multimeters, and measuring resistance, voltage, and capacitance. The course reinforces schematic reading and practical applications of aircraft electrical systems.
  • GEN1002LEC – Aviation Science Lecture
    Students explore aviation materials, tools, and processes. Topics include servicing batteries, reading wiring diagrams, non-destructive testing, precision measurement, fluid lines, corrosion control, and drawing aircraft components. The course builds foundational knowledge of aircraft science and maintenance.
  • GEN1002LAB – Aviation Science Lab
    This lab reinforces lecture topics through hands-on activities. Students use tools and test equipment, fabricate fluid lines, and perform corrosion inspections. They also create drawings of aircraft parts and conduct practical exercises in material handling and non-destructive testing.
  • GEN1003LEC – Aviation Maintenance Practices Lecture
    This course covers aircraft maintenance documentation, including technical writing, maintenance forms, and recordkeeping. Students study FAA regulations, ground servicing procedures, and aircraft weight and balance. Human factors and mechanic privileges are also reviewed.
  • GEN1003LAB – Aviation Maintenance Practices Lab
    Students complete lab exercises in aircraft documentation and servicing procedures. They weigh aircraft, calculate balance, and perform inspections. Lab work supports understanding of human factors, FAA rules, and maintenance records.
  • AFP1001LEC – Electrical and Fire Protection Systems Lecture
    Students study electrical system operation, schematics, and troubleshooting for airframe and powerplant systems. The course also covers fire protection, detection, and extinguishing systems used in aircraft.
  • AFP1001LAB – Electrical and Fire Protection Systems Lab
    This lab includes inspection, repair, and troubleshooting of electrical and fire protection systems. Students apply theory through practical exercises using schematics and simulate aircraft fire response systems.
  • ARF2001LEC – Metallic Structures Lecture
    Students examine aircraft sheet metal structures and fastening methods. The course provides the theoretical background needed for hands-on metalwork in aviation maintenance.
  • ARF2001LAB – Metallic Structures Lab
    Students perform lab projects involving cutting, bending, and fastening sheet metal. The lab develops core skills required for working with aircraft metallic structures.
  • ARF2002LEC – Non-Metallic Structures Lecture
    This course introduces composite materials such as fiberglass and Kevlar, as well as wood, fabric, and Plexiglass. It also includes instruction on aircraft finishes.
  • ARF2002LAB – Non-Metallic Structures Lab
    In the lab, students fabricate and inspect composite, wood, and fabric structures. They apply protective coatings and develop hands-on proficiency with non-metallic materials.
  • ARF2003LEC – Hydraulics and Landing Gear Systems Lecture
    Students study hydraulic and pneumatic systems and landing gear components. The course includes theory on brakes, wheels, retraction systems, and warning systems.
  • ARF2003LAB – Hydraulics and Landing Gear Systems Lab
    This lab provides hands-on practice with hydraulic and pneumatic systems. Students inspect, maintain, and repair gear components and related aircraft systems.
  • ARF2004LEC – Comm/Nav and Instrument Systems Lecture
    This course examines aircraft communication, navigation, and instrumentation systems. Students learn how these systems operate and how to maintain them.
  • ARF2004LAB – Comm/Nav and Instrument Systems Lab
    In this lab, students perform operations and maintenance on avionics and instrumentation systems. Activities reinforce lecture material with real-world applications.
  • ARF2005LEC – Airframe Systems Lecture
    Students study aircraft climate systems, ice and rain protection, and fuel systems. Basic welding and system troubleshooting are also introduced.
  • ARF2005LAB – Airframe Systems Lab
    The lab focuses on maintaining climate, fuel, and anti-icing systems. Students also gain welding practice relevant to aircraft maintenance.
  • ARF2006LEC – Flight Controls and Airframe Inspections Lecture
    This course covers aircraft rigging, rotary wing theory, and structural inspections. Students also prepare for the FAA Airframe Certification.
  • ARF2006LAB – Flight Controls and Airframe Inspections Lab
    Students perform rigging and inspection tasks on fixed-wing and rotary aircraft. The lab includes FAA exam preparation and practical exercises.
  • PPT2001LEC – Reciprocating Engines Lecture
    Students study internal components and theory of reciprocating engines. The course prepares students to describe how these engines operate.
  • PPT2001LAB – Reciprocating Engines Lab
    In this lab, students disassemble, inspect, and reassemble reciprocating engines. Measurements and engine timing are key tasks.
  • PPT2002LEC – Reciprocating Engine Systems Lecture
    Topics include engine lubrication, induction, cooling, exhaust, and instrumentation systems. Students learn system functions and removal procedures.
  • PPT2002LAB – Reciprocating Engine Systems Lab
    Students troubleshoot and repair engine systems, and perform engine removal and installation. Lab tasks reinforce lecture content.
  • PPT2003LEC – Fuel Metering and Propellers Lecture
    This course explores propeller operation and reciprocating engine fuel metering systems, including carburetors and injection systems.
  • PPT2003LAB – Fuel Metering and Propellers Lab
    Students service and troubleshoot propeller systems and metering devices. Lab projects include inspection and repairs.
  • PPT2004LEC – Engine Inspection and Operation Lecture
    Students learn ignition systems, engine ground operation, and magneto timing. Engine inspection procedures are also covered.
  • PPT2004LAB – Engine Inspection and Operation Lab
    Lab work includes magneto servicing, engine troubleshooting, and conformity inspections. Students perform timed engine operations.
  • PPT2005LEC – Turbine Engine Fundamentals Lecture
    This course studies jet engine theory, focusing on engine sections and auxiliary power units. Students learn the operation of turbojet, turboprop, and turbofan engines.
  • PPT2005LAB – Turbine Engine Fundamentals Lab
    Students inspect turbine engine components and auxiliary units. Lab work includes system maintenance and troubleshooting.
  • PPT2006LEC – Turbine Engine Systems Lecture
    Topics include lubrication, ignition, fuel metering, and starting systems. Students also study engine removal and FAA exam prep.
  • PPT2006LAB – Turbine Engine Systems Lab
    Students perform inspections and repairs on turbine engine systems. The course includes review activities for FAA certification readiness.

The program includes seven general education courses, and graduates can continue to Spartan’s Bachelor of Science in Technology Management program.

Full curriculum information here: https://www.spartan.edu/wp-content/uploads/2024/04/2024-Spartan-Catalog-Broomfield-V1.pdf

Online + Campus

A hybrid option taking 25 months (12 months online, 9 months on-ground, 4 months general education) is available for working professionals or international students.

Aviation Maintenance Technology (AMT) – AOS

The Los Angeles campus offers an Associate of Occupational Studies in Aviation Maintenance Technology that can be completed in less than 2 years. Students train in a 100,000 sq. ft. facility with equipment including Cessna aircraft, turbine engines, and specialized training simulators.

Curriculum

This program combines technical aircraft maintenance skills with general education courses, following the same FAA Part 147 requirements as the Tulsa program.

Coursework includes:

  • AF 111 – Metallic Structures This course teaches students the fundamentals of aircraft structures, focusing on sheet metal repair using proper tools and techniques. Students learn to layout, form, and bend aluminum materials essential for structural maintenance. The course combines theory with hands-on practice to prepare students for real-world applications.
  • AF 112 – Non-Metallic Structures Students study the application and repair of aircraft finishes, wooden structures, fabric, and composite materials. The course also covers ice and rain control systems to complete a broad overview of non-metallic components. Both theoretical and lab-based instruction are provided.
  • AF 113 – Hydraulic and Pneumatic Systems This course introduces students to servicing, troubleshooting, and repairing hydraulic and pneumatic systems. It includes inspection and repair of landing gear and electrical systems, providing foundational skills required for maintaining aircraft functionality.
  • AF 114 – Aircraft Systems Students learn to operate, inspect, and troubleshoot systems including oxygen, pressurization, heating and air conditioning, position and warning, as well as communication and navigation. Emphasis is placed on understanding integrated aircraft systems.
  • AF 115 – Aircraft Flight Control and Fuel Systems This course covers welding inspections, flight control system rigging, and the theory behind aerodynamics. Additional topics include aircraft fuel and fire protection systems, preparing students for detailed system maintenance.
  • AOS 100– College Algebra Students apply algebraic concepts to business-related problems in statistics, accounting, and finance. The course emphasizes problem-solving skills necessary for technical and business fields.
  • AOS 110 – Intermediate Algebra This course reviews fundamental mathematics and introduces geometry, trigonometry, and algebraic techniques used in technical careers. Students solve equations and apply concepts like logarithms and complex numbers.
  • AOS 200 – College English Students develop written communication skills for business and professional settings. The course covers grammar, sentence structure, and composition techniques to ensure clarity in writing.
  • AOS 210 – College Writing This course explores essay composition, audience analysis, thesis development, and source documentation. Students learn to write coherent essays using various rhetorical strategies and engage in a multi-step writing process.
  • AOS 300 – Sociology An introduction to core sociological concepts, including the development of the field, major theories, and key social topics such as gender, deviance, and race. The course builds a foundation for understanding social structures.
  • AOS 400 – Earth Science Covers Earth’s systems including geology, atmosphere, and energy cycles. Students engage in labs, research projects, and problem-solving activities using the scientific method.
  • GN 101 – Aviation Science This general education course combines math and science with aviation-specific content. Topics include basic physics, fluid dynamics, and the use of maintenance records and publications.
  • GN 102 – Electrical Theory Students study magnetism and electricity fundamentals, circuit analysis, and power calculations. Aircraft materials and their applications are also covered.
  • GN 103 – Aviation Maintenance Procedures Focuses on interpreting blueprints, hydraulic line fabrication, servicing procedures, corrosion control, and FAA mechanic privileges. Non-destructive testing techniques are also introduced.
  • IR 130 (A) – Inspection and Review Students conduct airframe and powerplant inspections, perform engine changes, and manage documentation using FAA guidelines. The course concludes with a comprehensive review and testing.
  • PP121 – Reciprocating Engines This course introduces engine designs and operations, focusing on disassembly, inspection, and repair of radial and opposed engines using approved procedures.
  • PP122 – Powerplant Systems Covers inspection and repair of powerplant systems such as ignition, fire protection, starting systems, and electrical instruments. Practical applications are emphasized.
  • PP123 – Turbine Engine Theory and Operation Students learn the construction, maintenance, and troubleshooting of gas turbine engines. Emphasis is placed on exhaust systems and proper reassembly practices.
  • PP124 – Propellers and Exhaust Systems Focuses on the function, maintenance, and repair of propellers, engine exhaust systems, and cooling mechanisms.
  • PP125 – Fuel Metering and Lubrication Systems Students inspect and repair simple and complex fuel metering systems and study induction and lubrication systems used in aircraft.
  • ARF 2213 – Airframe Module 13 Teaches basic techniques for sheet metal repair including layout and forming using FAA-compliant methods.
  • ARF 2223 – Airframe Module 14 Focuses on repairing honeycomb and laminated structures, fabric coverings, and transparent acrylics. Includes inspection and repair techniques.
  • ARF 2233 – Airframe Module 15 Students study gas welding, paint application, and flight control rigging for fixed-wing and rotary-wing aircraft.
  • ARF 2243 – Airframe Module 16 Covers hydraulic and pneumatic systems with emphasis on seal selection, fluid identification, and landing gear system troubleshooting.
  • ARF 2253 – Airframe Module 17 Explores pressurization, oxygen, heating, anti-ice, and fuel systems, including their operation, inspection, and troubleshooting.
  • ARF 2263 – Airframe Module 18 Examines ice control, fuel, communication, and navigation systems in modern aircraft.
  • ARF 2273 – Airframe Module 20 Focuses on performing airworthiness inspections using FAA records and includes a familiarization module on a large transport aircraft.
  • GEN 1113 – General Module 1 Introduces aircraft aerodynamics, drawings, ground operations, and maintenance safety procedures. Includes applied math and basic hand tool use.
  • GEN 1123 – General Module 2 Explores physics concepts and aircraft weight and balance. Students learn fluid dynamics and fabricate aircraft fluid lines.
  • GEN 1133 – General Module 3 Covers basic electricity, including circuit analysis, power calculations, and instrument use for troubleshooting.
  • GEN 1143 – General Module 4 Focuses on batteries, circuit diagrams, and non-destructive testing. Students gain skills in using precision measurement tools.
  • GEN 1153 – General and Powerplant Module 5 Emphasizes maintenance documentation, corrosion control, and troubleshooting electrical circuits using multimeters.
  • PPT 2113 – Airframe and Powerplant Module 6 Students learn generator maintenance and fire system repairs, applying multimeter diagnostics to aircraft electrical systems.
  • PPT 2123 – Powerplant Module 7 Teaches engine disassembly, inspection, and reassembly using FAA standards. Includes study of internal engine systems.
  • PPT 2133 – Powerplant Module 8 Focuses on engine overhaul procedures and cooling and exhaust system repairs.
  • PPT 2143 – Powerplant Module 9 Students study and service engine fuel systems and metering devices through hands-on practice.
  • PPT 2153 – Powerplant Module 10 Covers ignition systems, including magnetos and spark plugs. Also includes propeller maintenance and system testing.
  • PPT 2163 – Powerplant Module 11 Introduces jet propulsion theory. Students perform turbine engine disassembly, reassembly, and maintenance procedures.
  • PPT 2173 – Powerplant Module 12 Students inspect turbine engines and study systems such as lubrication, ignition, and APU operation.
  • PPT 2183 – Powerplant Module 19 Focuses on engine instrument systems and applies all prior training to troubleshoot and document engine performance issues.

Full course descriptions are available here: https://www.spartan.edu/wp-content/uploads/2023/03/2023-V2-Spartan-Catalog-California.pdf#page=70

Evening Classes

Classes are scheduled Monday through Thursday from 6:00pm to 10:00pm, making it accessible for working students.

Aviation Electronics Technology (AET) – AAS

This specialized 15-month program at the Tulsa campus focuses on aircraft navigation and communication systems. The program responds to increasing demand for technicians skilled in the manufacturing, maintenance, repair, and installation of traditional and emerging aerospace electronics systems.

Curriculum

Students learn to test avionics systems, build electronic trainers, and assemble and program their own drones. The curriculum includes courses in DC electronics, digital electronics, aerospace soldering, avionics communication systems, and unmanned aircraft systems.

Courses include:

  • ELT1001LEC – DC Fundamentals Lecture
    This course introduces basic direct current (DC) electronics, including voltage, current, resistance, and Ohm’s law. Students explore the properties of conductors, semiconductors, and insulators, and analyze resistor behavior in series, parallel, and complex circuits. The course also covers magnetism, transducers, switch types, multimeter use, and schematic reading. Introductory soldering concepts are introduced to prepare students for practical electronics work.
  • ELT1001LAB – DC Fundamentals Lab
    This lab complements the DC Fundamentals lecture by applying concepts through hands-on circuit analysis. Students use digital multimeters, study resistor configurations, and build circuits using DC components. The course emphasizes safety and soldering techniques and culminates in a benchmark lab to assess circuit understanding and skills.
  • ELT1002LEC – AC Theory and Control Devices Lecture
    Students study alternating current (AC) fundamentals, including voltage, current, reactance, and impedance. Course topics include inductors, capacitors, filters, and AC circuit behavior. Diodes and power supplies are introduced, along with continued schematic interpretation. Upon completion, students understand AC component functions and their behavior in various circuit configurations.
  • ELT1002LAB – AC Theory and Control Devices Lab
    In this lab, students build and test AC circuits, apply multimeter and oscilloscope techniques, and study inductors, capacitors, and filters. Hands-on projects reinforce AC theory and emphasize safety procedures. A benchmark lab is conducted to evaluate knowledge of AC component functions and troubleshooting skills.
  • ELT1003LEC – Amplifiers and Power Control Devices Lecture
    This course covers transistor theory, amplifier design, and power control devices. Students learn about transistor types (BJT, FET, UJT, IGBT), amplifier classes, gain calculations, and oscillator circuits. The course emphasizes circuit troubleshooting and operational amplifier applications.
  • ELT1003LAB – Amplifiers and Power Control Devices Lab
    Students work with transistor-based circuits and amplifiers in this lab. Activities include circuit construction, testing, and troubleshooting using standard test equipment. The course ends with a benchmark lab to confirm understanding of transistor operations and amplifier behavior.
  • ELT1004LEC – Digital and Microcontroller Technology Lecture
    Students study digital electronics, including number systems, logic gates, flip-flops, counters, and shift registers. The course introduces microcontroller theory, data buses, encoders, decoders, and their role in digital systems. Students gain foundational knowledge in interpreting digital logic and troubleshooting circuits.
  • ELT1004LAB – Digital and Microcontroller Technology Lab
    Lab projects focus on building digital logic circuits, such as clocks with numeric displays. Students apply microcontroller concepts and perform circuit troubleshooting. A benchmark lab is included to assess understanding of digital logic systems and hardware applications.
  • ELT1005LEC – Industrial Controls and Robotics Lecture
    This course covers industrial electronics including switches, relays, sensors, and thyristors. Topics also include residential and industrial wiring, motor and generator theory, and PLCs. Students learn to read schematics and understand automation concepts in manufacturing systems.
  • ELT1005LAB – Industrial Controls and Robotics Lab
    In this lab, students apply industrial wiring practices and work with various components including sensors and PLCs. Activities focus on circuit installation, troubleshooting, and interpretation of industrial schematics. Safety around high voltage is emphasized, and a benchmark lab concludes the course.
  • AVN2001LEC – Aerospace Soldering and Inspection Lecture
    This course trains students in advanced soldering techniques aligned with IPC standards J-STD-001F and IPC-A-610. Students study inspection criteria and quality assurance in electronic assemblies. Successful completion leads to IPC certification in soldering and assembly acceptability.
  • AVN2001LAB – Aerospace Soldering and Inspection Lab
    Students perform precision soldering tasks and inspections according to IPC certification standards. The lab develops skills in surface-mount and high-reliability soldering with a focus on industry best practices. Certification is granted upon meeting IPC requirements.
  • AVN2002LEC – Aerospace Wiring Lecture
    This course introduces aircraft wiring concepts including diagram interpretation, connector types, installation techniques, and regulatory documentation. Students study FAA EWIS best practices, antenna systems, and IPC standards for cable assemblies, leading to industry certification.
  • AVN2002LAB – Aerospace Wiring Lab
    Students fabricate NASA-quality wiring harnesses and apply EWIS best practices. Lab work includes reading diagrams, using crimpers, and installing avionics systems. The course prepares students for IPC certification in wire harness assembly and inspection.
  • AVN2003LEC – Avionics Communication Systems Lecture
    This course covers communication theory, focusing on AM/FM modulation and aircraft systems such as VHF, HF, and satellite com. Students learn signal processing, equipment use, and communication troubleshooting using tools like spectrum analyzers.
  • AVN2003LAB – Avionics Communication Systems Lab
    In this lab, students practice troubleshooting and testing aircraft communication systems. Projects involve using signal analysis tools and simulating repairs on VHF, HF, and satellite communication systems. A benchmark lab measures applied knowledge and skills.
  • AVN2004LEC – Navigation and Instrumentation Lecture
    Students study VOR, GPS, ILS, gyros, and other navigation systems. Instruction includes avionics data buses and analog flight deck instruments. Troubleshooting and theory are emphasized to prepare students for real-world avionics work.
  • AVN2004LAB – Navigation and Instrumentation Lab
    Lab work includes identifying and repairing faults in navigation systems using schematics and industry-standard tools. Students troubleshoot instruments and practice component-level diagnostics, leading up to a benchmark lab to assess readiness.
  • AVN2005LEC – Radar and Pulse Systems Lecture
    This course introduces microwave theory and aircraft radar systems such as transponders, TCAS, ADS-B, and radar altimeters. Students learn the theory, usage, and troubleshooting techniques of these systems with a focus on safety and operational reliability.
  • AVN2005LAB – Radar and Pulse Systems Lab
    Students apply microwave theory to practical radar systems through diagnostics and repair exercises. Lab sessions include work with transponders, TAWS, and weather radar. A benchmark lab helps confirm students’ readiness in radar system operations.
  • AVN2006LEC – Systems Integration Lecture
    Students explore how aircraft systems—such as navigation, autopilot, and communication—work together. Topics include data distribution, EFIS displays, and sensor integration. Students study how system synergy improves aircraft operation and reliability.
  • AVN2006LAB – Systems Integration Lab
    Hands-on projects focus on the interaction of avionics subsystems and flight control technologies. Students test integration using simulations and equipment to understand how systems deliver coordinated data to the cockpit.
  • AVN2007LEC – Unmanned Aerial Systems and Robotics Lecture
    This course covers the operation, regulation, and maintenance of unmanned aerial systems (UAS) and robotic technologies. Students study C3 systems, flight dynamics, and FAA Part 107 preparation for remote pilot certification.
  • AVN2007LAB – Unmanned Aerial Systems and Robotics Lab
    Students assemble, operate, and maintain small UAS, applying prior knowledge to troubleshooting and safe flight practices. The lab includes system testing and prepares students for the FAA Part 107 exam through hands-on application.

More curriculum details available here: https://www.spartan.edu/wp-content/uploads/2024/04/2024-Spartan-Catalog-Broomfield-V1.pdf#page=61

Unlike the AMT programs, AET is not directly tied to specific FAA certifications but prepares students for careers in avionics and electronics.

Diploma Programs

Aviation Maintenance Technology (AMT) – Diploma

The AMT Diploma program focuses exclusively on the technical skills required to service, repair, and overhaul aircraft components.

Difference Between Associate Program & Diploma

Students complete the same technical courses as the associate degree program but with only two general education courses. The program is FAA Part 147 approved, qualifying graduates to take the FAA tests for Mechanic’s Certificate with both Airframe and Powerplant Ratings.

Campus + Online Option

A hybrid option is available, taking 21 months (12 months online, 9 months on-ground), ideal for working professionals or international students.

Airframe & Powerplant (A&P) – Diploma

The Airframe & Powerplant Diploma program is focused on technical skills without the additional general education courses. This program follows FAA Part 147 requirements and prepares students for the same certification tests as the associate degree program.

Students can choose between day shift (Monday-Friday, 7:30am-1:45pm) or evening shift (Monday-Friday, 5:30pm-11:45pm) options to accommodate different schedules.

Accreditation

The school is accredited by the Accrediting Commission of Career Schools and Colleges (ACCSC) and is designated as a PSI FAA testing center.

School Partners

Spartan College of Aeronautics and Technology has established strategic partnerships with several major aviation and aerospace companies to provide career-oriented training opportunities. These partnerships include scholarship opportunities for employees of these companies and their family members who qualify and apply.

Delta Air Lines

  • Offers scholarships to Delta employees and their families
  • Provides access to all Spartan College programs across four U.S. campus locations
  • Partnership aims to address the industry’s predicted shortage of qualified pilots and technicians

Southwest Airlines

  • Provides scholarship opportunities for Southwest Airlines employees and their families
  • Enables access to career-oriented training in aviation fields
  • Programs available at all four Spartan College campus locations nationwide

United Airlines

  • Offers scholarships to United employees and their families
  • Partnership designed to help address the aviation industry’s workforce needs
  • Gives United employees and their families access to Spartan’s comprehensive aviation training programs

AVEX

  • Scholarships available to AVEX employees and their families
  • Provides access to Spartan’s aviation training programs across all campus locations
  • Partnership emphasizes professional development in aviation maintenance and technical fields

Ball Aerospace

  • Offers scholarships to Ball Aerospace employees and their families
  • Focuses on providing specialized technical training relevant to aerospace industry needs
  • Partnership allows access to all Spartan College programs at its four U.S. campus locations

Partnership Benefits

All partnerships offer similar advantages:

  • Scholarship opportunities for qualified employees and family members
  • Access to Spartan’s full range of aviation training programs
  • Programs available across all four Spartan College campus locations
  • Career-oriented training addressing the projected shortage of qualified aviation professionals
  • Access to specialized training facilities and equipment at Spartan’s various campuses

These corporate partnerships highlight Spartan College’s deep connections within the aviation and aerospace industries and demonstrate the institution’s commitment to addressing workforce needs in these sectors.