This specialization is the branch of engineering that deals with the number of areas science, aircraft technology, development, research, testing, development, and construction. This field covers characteristics and investigation of aircraft aerodynamic including behaviors and related factors such as lift, airfoil, drag and control surfaces. This specialization is the second major branch of aerospace engineering fascinated by the methodology and history of flying machines.
Course structure & entry requirements
Aeronautical engineering degrees are also known as MEng (Masters in Engineering) and BEng (Bachelor of Engineering). At undergraduate level Aeronautical engineering degrees lasts for three or four years depending on the institution or country. For practicing engineering professionals, institutions or universities offer associate degree programs for their straight away enrollment in MEng. Assessments and teaching modes in this degree are based on laboratory exercises, lectures, tutorials, and coursework. Some universities prefer students with good grades in physics and mathematics.
Specialization in Aeronautical engineering
There are many specializations in Masters in Aeronautical engineering degrees depending on your interest. Degree in Aeronautical engineering majorly divided into many specializations available in each field.
Aerodynamics: This specialization is the study of the interaction between resulting forces and motion of the atmosphere and bodies. Subjects include in this course are power control, fluid dynamics, aerodynamic design, flow control, compressible flow, structural design and flow measurement.
Aeroelasticity: This specialization is the study of the interaction of aerodynamic forces, elastic or structural and inertial on surface vehicles, aircraft, and buildings.
Composites analysis: The study of this specialization involves composite and analysis of aerospace structural parts, new aircraft and other applications of challenging engineering.
Avionics: This specialization is for the study of the electronic system used in spacecraft, aircraft and artificial satellites. Topics include in this course are navigation equipment, radar systems, diagnostic systems, flight instrumentation, autopilot systems and cockpit displays.
Propulsion: This specialization includes a study of thermodynamics, material strength, gas dynamics and flow mechanics. This course is all about production, testing, design, assembly, and development of aircraft engines.
Structures and materials: In this specialization, you’ll study the terminology in order to access structural behavior or aircraft structures and numerical techniques.
Careers in Masters in Aeronautical engineering Degrees are varied and wide, as with most arts and humanities subjects. Following are the career options available in Masters in Aeronautical engineering Degrees:-
- Aeronautical engineer
- Aeronautical researcher
- Aeronautical designer
- Aeronautical maintenance technician
- Aeronautical consultant
- Aeronautical manufacture