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Federal aviation exam general school software#
Federal aviation exam general school professional#

Federal aviation exam general school professional#

Career opportunities include professional pilots, air traffic controllers, airport managers, airline managers, general aviation operation managers, and navigation/communication/flight control system designers and programmers.

Federal aviation exam general school software#

apply knowledge of business sustainability to aviation issues.Īviation Sciences is the study of the technical and professional skills and disciplines necessary for the operation and management of aviation enterprises including piloting, business management/administration, and supporting technical areas such as development of aviation specific electronic and software systems.

apply pertinent knowledge in identifying and solving problems and.

assess the national and international aviation environment.

use the techniques, skills, and modern technology necessary for professional practice.

engage in and recognize the need for life-long learning.

communicate effectively, using both written and oral communication skills.

make professional and ethical decisions.

work effectively on multi-disciplinary and diverse teams.

apply mathematics, science, and applied sciences to aviation-related disciplines.

Objective 3: Students will demonstrate knowledge of the inner workings of the aviation industry and practical career applications within their specific concentration.Īviation programs graduates will be able to demonstrate the ability to:.

Objective 2: Students will demonstrate critical thinking and problem-solving skills in the field of aviation.

Objective 1: Students will be prepared for graduate studies in the field of Aviation Sciences and will demonstrate the skills necessary to be employed in the field of aviation.

The UMES Aviation program produces graduates who are expected to achieve the following objectives within a few years after graduation: The curricula include 41 credit hours of general education courses, 6 credit hours of support courses, and 6 hours of Aviation elective courses. The concentration areas are Professional Pilot, Aviation Electronics, Aviation Management, and Aviation Software, and each consists of 33 credit hours. Students complete 34 credit hours of Aviation core courses and choose one of four concentrations. The Aviation Sciences program consists of 120 total credit hours.

Successful completion of the Bridge, Jump Start, PACE, SEA, or similar programs during the summer prior to freshman year is highly recommended. These students will require additional preparatory courses at UMES prior to starting the core courses in the Aviation Sciences program, and this may extend their program by one or more semesters. Students admitted to the University who do not place appropriately in mathematics will be permitted to enroll in the Aviation Sciences programs. The course sequence and prerequisites for Aviation Sciences program require that the student place into MATH 109 College Algebra, or higher (except for Aviation Electronics, which requires placement into MATH 112 Calculus I ) in order to complete the program in eight semesters. The Aviation Sciences program does not have any specific admissions requirements for general admission to UMES, although this is subject to change.