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Introduction to Aerospace

Aerospace Engineering covers the construction, design, and maintenance of aircraft and spacecraft systems. This includes flight safety, fuel system, cost of operations and environmental impact.

As one of the newest branches in engineering, Aerospace has two specialties; aeronautical engineering, which involves the maintenance and operation of aircrafts, and astronautical engineering, which deals with the design and development of spacecrafts.

Aviation companies hire technicians and engineers to conduct repairs and maintenance services on the aircraft before it is deployed for duty. Alternatively, you can also opt for the research and development side of the profession, which includes upgrading existing technology, calculating project costs and investigating air crashes.

If you’re interested to work for leading aviation companies or organizations that partake in the exploration of space, Aerospace Engineering may be the career path for you.

Branches of Aerospace Engineering

There are two main branches of aerospace engineering, Aeronautical and Astronautical. Later on, students can choose a main area to specialize in.

Thermodynamics
Celestial Mechanics
Astronautics
Avionics
Robotics
Structures
Propulsion
Stability & Control

What will you study?

In this course some of the following modules you will study are:

Aircraft Structures
Flight Dynamics & Control
Flight Testing & Analytics
Structural Mechanics
Spacecraft Systems
Aerodynamics
Stability & Control
Propulsion Systems
Vehicle Design

What are the requirements?

A-Levels: Minimum 2 passes in the relevant subjects

STPM: Minimum 2 passes in the relevant subjects

SAM: Tertiary Entrance Rank of 70 and Grade B in 2 of the relevant subjects

UEC: Grade B in 6 of the relevant subjects

Canadian Pre-University (CPU): Average of 70% in 6 of the relevant subjects

What skills do you need?

Analytical: Aerospace engineers will need to have an analytical mindset to identify elements that are not working in a design and come up with alternatives to improve its performance.

Good at Math: When building or designing an aircraft, aerospace engineers will need to use their mathematical skills in calculus, trigonometry, and add maths to analyze and troubleshoot the problem.

Critical Thinking: In order to figure out why a particular design does not work, aerospace engineers need to think logically and know how to apply a practical approach for the best outcome.

What are the job opportunities?

Aerospace engineers can work in various sectors of the aerospace industry, such as the propulsion industry, airlines, and the major contractors of aircraft parts. These are some career paths available for aerospace engineering graduates:

Aerospace Engineers – Needed to develop innovative forms of air travel that can keep up with the rising demands for improved functionality, hold it’s own against unpredictable weather storms, and withstand the test of time.

Inspectors – Deals with the safety of people and staff on the ground by inspecting
the aircraft and enforcing a strict list of regulations to follow. They usually work for government safety departments as well as private aerospace manufacturers.

Mechanical Engineers – Involved with the design, research, and development of the tools and engines that are used in aerospace engineering.

Aside from the aerospace industry, graduates can also find employment outside the field in engineering and building, maintenance, IT, and electrical engineering.