Johnson College’s Aviation Technology program is a comprehensive 24-month associate degree offered by this private, technical college that has been preparing industry-ready graduates since 1912. With an 8:1 student-to-faculty ratio and experienced instructors bringing real industry expertise into the classroom, students receive personalized, hands-on training at the Wilkes-Barre/Scranton International Airport to master aircraft maintenance and successfully pass their FAA licensure examinations.
Quick Facts
- Length: 24 Months
- Cost: $44,100.
- Location: Scranton, PA
- Website: https://johnson.edu/divisions-of-study/transportation/aviation/
Aviation Technology Program
The Aviation Technology program prepares students as entry-level technicians with cutting-edge knowledge in aircraft diagnosis, repair procedures, preventive maintenance, and safety applications. Students gain extensive understanding of aircraft structures, systems, engines, finishes, materials, components, procedures, and operation through hands-on learning experiences conducted in an actual hangar at the Wilkes-Barre/Scranton International Airport.
Curriculum
This FAA-aligned curriculum provides students with the knowledge and skills outlined in the Federal Aviation Administration’s Mechanics Airman Certification Standard (ACS), preparing them to take the FAA licensure exam for general, airframe, and powerplant knowledge.
Coursework includes the following:
- AVT 101– Fundamentals of Electricity and Electronics – This foundational course covers essential electrical theory from static electricity to complex AC/DC circuit analysis using Ohm’s Law. Students explore power generation methods, battery maintenance, solid-state devices, and hands-on troubleshooting techniques. Laboratory components include circuit fabrication and testing with various electrical components meeting FAA certification standards.
- AVT 102- Electronics Lab – A hands-on laboratory course that applies theoretical concepts from AVT 101 through practical circuit construction and testing. Students gain experience with electrical measurement tools, component analysis, and systematic troubleshooting procedures while working with both DC and AC electrical systems in accordance with FAA requirements.
- AVT 104– Weight and Balance Lab – Students learn critical aircraft weight and balance calculations essential for flight safety. The course covers proper documentation procedures, mathematical computations, and record-keeping practices required for aircraft certification and operational compliance with federal aviation standards.
- AVT 105– Aircraft Materials, Hardware & Processes – An introduction to aerospace materials identification and selection, including various fastener types and hardware applications. Students explore maintenance processes, corrosion control methods, and fluid system components while learning industry-standard material handling and preservation techniques.
- AVT 106– Aircraft Materials Lab – This laboratory course provides hands-on experience with aircraft materials through practical identification exercises and fabrication techniques. Students work with fasteners, practice corrosion prevention methods, and apply material processing skills essential for aircraft maintenance and repair operations.
- AVT 107– Regulations, Inspection Techniques & Forms – Comprehensive coverage of aviation safety protocols including ground operations, hazardous materials handling, and emergency procedures. Students study federal regulations, maintenance documentation requirements, inspection methodologies, and human factors affecting aviation safety and compliance.
- AVT 108– Aircraft Regulations Lab – Practical application of safety procedures and regulatory compliance through hands-on exercises. Students perform aircraft servicing operations, practice emergency protocols, and demonstrate proper use of ground support equipment while following established safety guidelines and documentation procedures.
- AVT 110– Aircraft Physics and Math Lab – Focused instruction on mathematical and physics principles specific to aviation mechanics. Students solve real-world aviation problems using proper calculation methods and scientific principles, developing the analytical skills necessary for advanced aircraft systems troubleshooting and maintenance.
- AVT 211– Aircraft Metallic Structures – Detailed study of metal alloys, structural properties, and fabrication techniques used in aircraft construction. Students learn material characteristics, strength limitations, and structural design principles essential for understanding airframe integrity and repair methodologies.
- AVT 212– Aircraft Metallic Structures Lab – Hands-on training in sheet metal fabrication techniques including forming, welding, and riveting operations. Students develop practical skills in material selection, structural assembly, and quality control procedures used in professional aircraft maintenance and modification work.
- AVT 213 Aircraft Non-Metallic Structures – Comprehensive overview of composite materials, wood structures, and fabric applications in aircraft construction. Students explore the properties, applications, and limitations of fiberglass, thermoplastics, and traditional materials used in modern and vintage aircraft manufacturing.
- AVT 214– Aircraft Non-Metallic Structures Lab – Practical workshop experience with composite materials, wood working, and fabric repair techniques. Students learn proper handling, fabrication, and repair procedures for non-metallic aircraft components while following industry safety and quality standards.
- AVT 215– Aircraft Controls, Airframe Inspection and Systems – Study of flight control systems, inspection protocols, and aircraft operational systems including landing gear and hydraulics. The course covers rotorcraft fundamentals, system integration, and the critical inspection procedures required for aircraft airworthiness certification.
- AVT 216– Aircraft Controls, Airframe Inspection and Systems Lab – Hands-on experience with flight control rigging, system inspections, and component testing procedures. Students practice cable tensioning, control surface adjustments, and hydraulic system maintenance while developing skills in rotorcraft handling and ground operations.
- AVT 217– Airframe Environmental, Instrument lighting and Water Systems – Comprehensive study of aircraft environmental control systems, pressurization, air conditioning, and cabin comfort systems. Students learn about instrument lighting, communication equipment, navigation systems, and water/waste management systems essential for modern aircraft operations.
- AVT 218– Airframe Environmental, Instrument lighting and Water Systems Lab – Practical training in environmental system maintenance, troubleshooting, and repair procedures. Students work with pressurization equipment, air conditioning systems, and electronic instruments while developing skills in system diagnostics and component replacement techniques.
- AVT 219– Airframe Fuel, Electrical, Ice & Fire Control Systems – In-depth study of aircraft fuel systems, electrical power distribution, ice protection, and fire suppression systems. Students learn system components, operational theory, and maintenance procedures for critical aircraft safety and operational systems.
- AVT 220– Airframe Fuel, Electrical, Ice & Fire Control Systems Lab – Extensive hands-on training with fuel system components, electrical troubleshooting, and fire protection equipment. Students practice system maintenance, component testing, and emergency procedures while developing expertise in multiple critical aircraft systems.
- AVT 221– Aircraft Reciprocating Engines – Comprehensive study of piston engine operation, performance characteristics, and maintenance principles. Students learn engine theory, component functions, and diagnostic procedures essential for maintaining and troubleshooting traditional aircraft powerplants.
- AVT 222– Aircraft Reciprocating Engines Lab – Practical engine maintenance experience including disassembly, inspection, and reassembly procedures. Students develop hands-on skills in engine troubleshooting, component testing, and performance evaluation using industry-standard tools and techniques.
- AVT 223– Aircraft Turbine Engines – Detailed study of jet engine principles, turbine technology, and gas turbine operation. Students explore engine types, construction methods, performance parameters, and the advanced systems used in modern commercial and military aircraft propulsion.
- AVT 224– Airframe Turbine Engines Lab – Hands-on experience with turbine engine maintenance, inspection, and testing procedures. Students work with jet engine components, learn borescope inspection techniques, and practice the specialized procedures required for turbine engine maintenance and troubleshooting.
- AVT 225– Aircraft Engine, Fire Protection & Electrical Systems – Study of engine inspection requirements, instrument systems, and fire protection protocols. Students learn about engine monitoring equipment, electrical generation systems, and the critical safety systems that protect aircraft engines from fire hazards.
- AVT 226– Aircraft Engine, Fire Protection & Electrical Systems Lab – Practical training in engine inspection procedures, fire detection systems, and electrical system maintenance. Students practice using specialized inspection equipment and learn hands-on techniques for maintaining engine safety and monitoring systems.
- AVT 227- Aircraft Lubrication, Ignition & Starting, Induction & Fuel Systems – Comprehensive study of engine support systems including lubrication, ignition timing, starting procedures, and fuel delivery systems. Students learn about oil types, ignition components, fuel metering, and the cooling systems essential for reliable engine operation.
- AVT 228– Aircraft Lubrication, Ignition & Starting, Induction & Fuel Systems Lab – Hands-on training with engine support systems including oil system maintenance, ignition timing procedures, and fuel system troubleshooting. Students develop practical skills in system diagnostics, component replacement, and performance testing.
- AVT 229– Aircraft Engine Air, Exhaust & Reverser Systems – Focused study of turbine engine air management systems, exhaust configurations, and thrust reversal mechanisms. Students learn about bleed air systems, exhaust components, noise reduction equipment, and the complex air flow management in modern jet engines.
- AVT 230– Aircraft Engine Air, Exhaust & Reverser Systems Lab – Practical experience with turbine engine air systems and exhaust components. Students work with bleed air equipment, practice exhaust system maintenance, and learn the specialized procedures required for thrust reverser inspection and repair.
- AVT 231– Aircraft Propellers – Study of propeller design, operation principles, and maintenance requirements. Students learn about different propeller types, construction methods, performance characteristics, and the inspection procedures necessary for maintaining safe and efficient propeller operation.
- AVT 232– Aircraft Propellers Lab – Hands-on training with propeller maintenance, balancing, and repair procedures. Students practice propeller installation techniques, learn tracking and balancing procedures, and develop skills in troubleshooting common propeller performance issues.
More curriculum details available here: https://johnson.edu/divisions-of-study/transportation/aviation/#
Course Load and Credit Distribution
The program follows a structured progression from foundational electrical and materials knowledge in the first semester through advanced engine systems and specialized aircraft components in the final semester. Students take between 14–17 credits per semester, with the summer session requiring 7 credits, ensuring a manageable yet intensive learning pace that allows for thorough mastery of complex aviation maintenance concepts.
Program Duration and Structure
The 2 year Aviation Technology program requires a total of 76 credits to graduate and spans four academic semesters plus one summer session.
Based on the course layout provided, students who begin in the fall can complete the program in approximately 20 months (four semesters plus summer), while spring starters will require an additional semester, extending their timeline to roughly 24 months.
Engine and Systems Training
The program places significant focus on reciprocating and turbine engines. Topics include lubrication systems, ignition and starting systems, induction and fuel systems, air and exhaust systems, and propeller technology. Each theoretical course is paired with a lab component for real-world application.
Tuition and Fees
This estimated total cost for the program is $44,100.
For students beginning in 2025, the annual cost is $22,300 ($19,400 tuition + $1,500 technology fees + $1,400 program fees).
Additional fees include a $200 graduation fee and any optional intersession or summer courses at $250 per credit.
Covered Materials and Resources
The program fee covers consumables, small tools, service contracts, and professional memberships. These are essential components for hands-on aviation technology training and are factored into the total cost for transparency.
Tuition details are available here: https://johnson.edu/future-students/tuition-and-fees/
Hands-On Learning Environment
Students train at the Wilkes-Barre/Scranton International Airport in a functioning hangar, gaining exposure to real aircraft and aviation operations. This provides unmatched real-world experience and learning opportunities with current industry equipment and professionals.
Industry Partnerships
The program’s location inside an active airport allows students to engage directly with aviation professionals and observe actual maintenance operations. This hands-on partnership enhances both skill acquisition and job readiness.
Accreditation and Federal Funding
Johnson College has received a $423,754 Aviation Maintenance Technical Workers Workforce Development Grant from the FAA and a $307,706 Advanced Technological Education grant from the National Science Foundation. These funds support program expansion and equipment upgrades.
Accreditation Status
The program is pending approval by the Middle States Commission on Higher Education. This reflects Johnson College’s commitment to academic quality and institutional accountability.