Aerospace engineering

Aerospace engineering is a branch of engineering that focuses on the design, manufacturing, development, maintenance, and operation of aircraft and aviation systems. Aerospace engineering is concerned with all aspects related to the design of different types of aircraft, from the aircraft structure and engines to the control systems, electronics, and materials used in construction, as well as performance, safety, and maintenance.

The importance of aerospace and space engineering is increasing with the advancement of technology and technical tools, as well as the growing focus on space research and the development of space tourism, which has led to a rise in employment opportunities in the aerospace engineering market in recent years. Georgia is considered one of the best countries to study this specialization.

Aerospace Engineer Responsibilities

The responsibilities of an aerospace engineer are diverse and require substantial skill and experience in designing and manufacturing various types of aircraft. An aerospace engineer must have sufficient expertise to improve aircraft performance and ensure their safety during takeoff and flight, as well as oversee the regular maintenance to meet safety standards and requirements. The main responsibilities of an aerospace engineer include:

• Designing aircraft and continuously improving their performance
• Conducting flight tests to ensure the aircraft’s safety
• Monitoring air navigation systems to check weather conditions
• Ensuring the safety of aircraft parts such as the wing and other components
• Developing and continuously improving modern designs
• Performing modifications on aircraft parts before assembly
• Providing technical guidance to the teams working on aircraft maintenance
• Ensuring compliance with international and local standards related to aviation safety and manufacturing quality

Skills and Capabilities Required for Aerospace Engineering Studies

• Ability to analyze complex technical problems and find innovative and effective solutions
• Critical thinking to accurately evaluate information and data
• Proficiency in advanced mathematics, including calculus, linear algebra, and differential equations
• Good knowledge of modern techniques and systems used in aviation
• Understanding of manufacturing and testing processes for aircraft and aerospace components
• Understanding of the characteristics of various materials used in the aerospace industry and the ability to
• select appropriate materials for different applications
• Ability to effectively manage projects and organize time to meet deadlines.

Aerospace Engineering covers a wide range of courses

• Mechanics of Machinery
• Mechanics of Materials
• Fluid Mechanics
• Aircraft Structures
• Strength of Materials Lab
• Materials Testing Lab
• Aircraft Construction Materials
• Thermodynamics and Fluid Sciences
• Aviation and Air Transportation
• Aircraft Stability and Control
• Engineering Economics
• Aircraft Maintenance Systems
• Mechanical Vibrations
• Automatic Control
• Aircraft Design
• Machine Design
• Dynamics
• Thermodynamics
• Gas Dynamics
• Aerodynamics
• Engineering Drawing
• Principles of Electrical Engineering
• Electronic and Control Systems
• Civil and Military Aviation
• Applied Mathematics for Engineers

Advantages of Studying Aerospace Engineering in Georgia

• Aerospace Engineering is a highly sought-after field with good salaries.
• This field offers the opportunity to travel to many countries around the world.
• It provides valuable job opportunities at global aircraft manufacturing companies.
• Georgia has a strategic geographic location, close to many Arab countries.
• Aerospace Engineering courses are taught in both Georgian and English to facilitate student
• understanding of the curriculum.
• Georgia has many historical sites and beautiful natural landscapes for students to visit.
• A preparatory year in Georgia is available to help students acclimate to the new culture and improve their language skills before starting the program.

Best Universities to Study Aerospace Engineering in Georgia

• Georgian Aviation University
• Ivane Javakhishvili Tbilisi State University
• Ilia State University
• Georgian Technical University

The Ethics that an Aerospace Engineer Must Uphold

• Safety must be the top priority for an aerospace engineer. They must ensure all designs meet safety and security standards.
• An aerospace engineer must maintain the highest levels of integrity and professionalism.
• They must contribute to developing more efficient and environmentally-friendly technologies, and work diligently to conserve natural resources and reduce waste.
• They must be able to explain the reasons behind their decisions and be willing to take responsibility when mistakes occur.
• Engineers should continuously seek to develop their skills and knowledge through ongoing education and professional training.

Source: Aerospace Engineering