Engineering in computer science
The design and prototyping of computing hardware and software focus on computer engineering. This course combines electrical engineering and computer science, and you may want to study computer engineering in addition to one of these related subjects.
This engineering is for you if you want to work in a computer-related engineering field, such as a software developer or computer engineer.
You are interested in mathematics, physics, and computers, and you want to understand more about how computers work on a physical level.
You want to create new products and systems based on computer scientists’ technological achievements.
Specializations in computer engineering
Computer engineering specialties may overlap with those offered in computer science degrees, for example, computer graphics and network security. Microprocessor/microcontroller systems, computer architecture, and VHDL (hardware description language) design, on the other hand, are specialist areas that are largely specific to computer engineering.
Engineering in electrical/electronics
Electrical and electronics engineering are both concerned with the application of electrical power. However, electrical engineers focus on large-scale electrical power production and supply, whereas electronics engineers focus on smaller electronic circuits, such as computers.
If you’re interested in how electrical devices and systems work, this is the engineering field for you.
You wish to contribute to the next stage of technological growth.
You naturally want to understand how any electrical system works and have suggestions about enhancing it.
Specializations in electrical engineering
You could specialize in electrical and electronics engineering in the following areas: power generation and supply, communications and media, computer systems, and robotic systems.
Engineering in mechanical systems
Mechanical engineering, one of the oldest and most diverse forms of engineering, is concerned with designing, manufacturing, and maintaining mechanical systems. Statics and dynamics, thermodynamics, fluid dynamics, stress analysis, mechanical design, and technical drawing.
If you want to work in engineering, this is the field for you.
You enjoy tinkering with mechanical things (you could also consider aeronautical engineering).
You want to create fresh and inventive designs like sustainable energy and artificial intelligence.
You want to be a member of an interdisciplinary team that develops and improves mechanical technologies.
Specializations in mechanical engineering
This is a vast topic that overlaps with many other forms of engineering. However, the most popular mechanical engineering specializations include manufacturing, transportation systems, combustion, nanotechnology, and robots. In addition, mechatronics engineering, which integrates mechanical and electronic engineering with disciplines like computer and control engineering, may also be of interest.
Engineering administration
Engineering management is another interdisciplinary field that has flourished in recent years, with universities launching specific engineering management programs in response to market demand for management-focused engineers. These courses combine industrial engineering skills with business knowledge and are frequently developed by engineering and business schools. Of course, you could also combine one of the above engineering fields with management.
This engineering is for you if you’re interested in learning how engineering is used in many sorts of businesses, as well as the obstacles involved in both technical and organizational terms.
You want to quickly assume a managerial position while simultaneously using your technical knowledge.
You want to be in charge of product development, manufacturing, marketing, and distribution.
Engineering management concentrations
This is yet another large field, but engineering management includes engineering mathematics, management science, operations management, decision engineering, business statistics, and engineering statistics.