Bachelor of Science in Applied Aviation Technology

Program Overview

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The Applied Aviation Technology program at the University of Dubuque prepares students for careers in the aviation industry, with a focus on unmanned aerial systems (UAS) and Advanced Air Mobility (AAM). The program combines hands-on flight experiences, technical coursework, and industry connections to provide a comprehensive foundation for students pursuing careers as UAS pilots, data analysts, technicians, and managers. The program is accredited by the Aviation Accreditation Board International (AABI) and features modern facilities, active industry engagement, and faculty with real-world experience.

Program Outline

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Applied Aviation Technology

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Degree Overview:

The information provided in the context seems to focus on aviation in general. We can glean some insights about the program through information about similar programs, and some general information related to aviation technology.

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Objectives:

• The University of Dubuque's aviation program focuses on management and building a foundation for further graduate-level study in the aviation industry.
• Their program utilizes actual and simulated hands-on flight experiences of UAV/UAS and small aircraft systems.
• They offer challenging internships that give students a chance to experience the aviation industry, helping them determine career paths and sometimes leading to employment opportunities.

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Program Description:

• The Aviation program at the University of Dubuque is part of the Department of Aviation, which also offers a flight program.
• The program covers both the technical and administrative aspects of aviation including the study of aerospace technology, regulations, the industry, social implications, operational components of unmanned aerial systems (UAS) and Advanced Air Mobility (AAM) .
• The program likely follows a semester or quarter system.
• Relevant courses for the Applied Aviation Technology program could include:
• Introduction to Unmanned Aerial Systems (UAS)
• UAS Flight Operations and Regulations
• UAS Maintenance and Repair
• Introduction to Aviation Law
• Aviation Management and Safety
• Advanced Air Mobility Concepts
• UAV/UAS Design and Development
• Aerial Photography and Videography
• Data Analysis and Interpretation for UAS
• Project Management for Aviation Professionals
• Ethics and Society in Aviation
• Examinations: To assess theoretical knowledge on various aviation-related subjects.
• Assignments and projects: To evaluate practical skills and application of knowledge in real-world scenarios, such as designing and operating UAS, data analysis, and project management simulations.
• Presentations: To gauge communication skills and problem-solving abilities while presenting findings and solutions.
• Practical flight tests: To assess proficiency in operating and maneuvering unmanned aircraft.

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Assessment criteria:

The program might use the following aspects to evaluate student performance:

• Accuracy and thoroughness of technical knowledge: Demonstrating a deep understanding of aviation principles, regulations, and technological advancements.
• Practical skills: Demonstrating proficiency in operating UAS, data analysis, and project management tasks.
• Problem-solving abilities: Analyzing and proposing solutions to aviation-related challenges.
• Communication skills: Effectively presenting complex information and ideas both verbally and in written form.
• Teamwork and collaboration: Working effectively in teams to achieve common goals.

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Teaching:

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Teaching methods:

The University of Dubuque appears to focus on several teaching methods mentioned in the context for the aviation program:

• Hands-on learning: Emphasizing practical exercises, simulations, projects, and flight experience.
• Interactive learning: Encouraging active participation through discussions, group work, and case studies.
• Technology integration: Utilizing advanced technology and software platforms relevant to the aviation industry.
• Real-world case studies: Examining real-world scenarios and challenges faced in the aviation industry

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Unique approaches:

Based on a review of the given context, the aviation program at the University of Dubuque appears to have a particular focus on:

• Advanced Air Mobility (AAM) and the future of aviation: Aligning the curriculum with emerging technologies and trends in aerial transportation
• Interdisciplinary collaboration: Drawing on multiple disciplines such as computer science, engineering, and law to offer a comprehensive understanding of aviation.
• Industry connections: Building working relationships with leading companies and organizations in the aviation sector to provide internship opportunities, guest lectures, and potential career pathways for students.

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Careers:

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Career paths and opportunities:

The context mentions that the Applied Aviation Technology program could pave the way for numerous career paths:

• Unmanned Aerial Systems (UAS) Pilot: Operating drones for various applications such as agriculture, aerial photography, surveying, disaster response, law enforcement, and research.
• UAS Flight and Operations Manager: Overseeing operational aspects of UAS projects, including flight planning, risk management, and data analysis.
• UAS Data Analyst: Processing and interpreting data collected from aerial surveillance, mapping, and other applications.
• UAS Technician: Maintaining and repairing unmanned aircraft systems.
• UAS Instructor: Offering training and certification programs for drone pilots.
• Aviation Management: Holding positions involving management, safety, logistics, scheduling, crew coordination or other tasks within aviation companies and organizations.

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Career outcomes:

The context suggests graduates can pursue further education for advanced degrees (e.g., Master of Aviation Administration) leading to:

• Executive-level management positions in the aviation industry.

• Positions in related fields with a strong understanding of aviation technology.

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Other:

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Unique aspects of the program:

Based on the context, the Applied Aviation Technology program at the University of Dubuque might offer additional distinctive aspects:

• Accreditation by the Aviation Accreditation Board International (AABI): Demonstrating program quality and adherence to high standards in aviation education.
• Modern facilities and labs: Access to sophisticated equipment and software relevant to UAV/UAS design, development, and operation.
• Active industry engagement: Building relationships with industry organizations and partners like the American Association of Airport Executives (AAAE).
• Extensive aviation student groups and organizations: Promoting networking opportunities, professional development, and community involvement related to aviation.
• Exposure to leading-edge technologies: Keeping curriculum and training aligned with Advanced Air Mobility (AAM) and other emerging trends in the aviation sector.
• Faculty with real-world experience: Engaging instructors with industry experience and up-to-date knowledge.