Is the career of Airplanes and helicopter for me? Am I eligible for the courses and the different programs in the aviation engineering? The questions will certainly arise in the mind of the interested candidates who want to develop a career option in the field of aerospace engineering and also in the Airplanes and helicopter designing courses. The article is written to help the interested students to make them aware about the engineering field related to planes and helicopters. The course prepares the engineering graduates towards the career option of aerospace engineering and also the aircraft engineering options to help the young and aspiring minds to the career of jets and flights. Understanding the courses of aerospace and avionics engineering Same is the career of the aviation engineering, which is expected to offer the course to undergraduates who have fulfilled key mechanical and aerospace prerequisites. The prerequisites include introduction to kinematics, machine elements, introduction to dynamic systems and controls, introduction to fluid mechanics, and introduction to aerodynamics. These prerequisites have their own prerequisites, such as physics, calculus, and mechanics of solids. These subjects will have introduced the concepts: rotational axis system; aerodynamic forces and moments in the translational axis system; time-dependency of forces and moments; and functions of common helicopter parts. These prerequisites are necessary for design. It is likely because of so many prerequisites that this course will be a junior or senior position. Helicopters are unique because of the rotor at the top that does most of the work, second to that of the pilot. How the pilot interacts with the helicopter is of paramount importance in design. The rotor is typically made of many moving parts, the largest and most noticeable of which are the blades, the hub, and the swash plate, all of which operate in the rotation as a function of time. The pilot commands the forces generated by the rotor through the controls in order to accomplish a mission, whether it be hover, forward flight, or some combination of both. The Aircraft Design track consists of courses related to various aspects of aircraft design, including aerodynamics, preliminary and conceptual design, and propulsion. Concepts in this track can be applied to the design and development of both fixed and rotary wing aircraft, as well as unmanned aircraft. Institute of aviation engineering and technology Aviation engineering courses involve designing, developing and assembling of airplanes and helicopters. Innovative ways for the same are also thought of and implemented in Kharkiv Aviation Institute, the renowned Institute of aviation engineering and technology. We provide the best quality education in aviation engineering. Here students study about Radar cross-section, fluid mechanics, Astro-dynamics etc. and so many more subjects to make a difference in the sector. They study main principles and rules of engineering and designing of both airplanes and helicopters in general (general designing) as well as their separate assembly units: wings, empennage, and landing gear. They study engineering and designing of separate assembly units and components of aircraft structures: trailing-edge flaps, leading-edge flaps, control surfaces, spars, ribs, panels, ring units, engine mounting systems, etc. The engineering and designing problems are studied with a wide application of integrated computer technologies CAD/CAM/CAE in UNIGRAPHICS, ADEM, COMPAS systems. Courses in Airplanes and helicopter designing courses Aerodynamic design improvement Aerodynamic design of transport aircraft Aircraft flight mechanics Aircraft structural design and analysis Flight control and hydraulic systems Principles aerospace engineering Conceptual design of unmanned aircraft systems The interested students dealing with the course of aircraft systems and the aerospace systems, are needed To train specialists, unique laboratories of the aircraft design department and the aircraft production department are used that have most modern computers and licensed specialized software. Students improve their skills at the student design bureaus where they create unique working models.