Bachelor of Engineering
A Bachelor of Engineering program is a degree awarded at universities across the world. They provide students with baccalaureate-level training in various engineering-related fields. This includes agricultural, automotive, chemical and electrical engineering. The disciplines which fall under the engineering umbrella are numerous, as are the unique programs currently available around the world offering them.
What is a Bachelor of Engineering?
When students pursue a Bachelor of Engineering, they are given the tools and experience necessary to enter an incredibly exciting, varied industry with exceptional amounts of promise. The coursework a student must engage in is highly dependent on the type of engineering they choose as their specialty. Students can choose from multiple engineering specialties, including:
Energy systems and computer science are two additional fields of study that students can pursue. Coursework in each of these specialties is individualized to provide students with a comprehensive, specific education in their field of interest. However, some courses may be similar across the engineering disciplines, these include:
- Introduction to Engineering
- Statistical Methods in Engineering
- Distributed Systems and Fields
- Numerical Methods in Computation
Each course in these programs provides students with a great foundation upon which they can build their skills, increase their experience and become highly desirable candidates for both master’s and Ph.D. programs.
What Are the Benefits of Getting a Bachelor of Engineering?
Engineering is an exciting, ever-changing field that encompasses many different disciplines and affects numerous industries around the world. Graduates of Bachelor of Engineering programs have a unique ability to take part in a field of study that could literally help reshape the world through new advances in science and design. Additionally, students have the added benefits that come simply through making it through these programs, such as a greater ability to think critically, solve problems and apply creative thinking to reach goals. Some additional benefits include:
- Satisfaction that comes from enjoying challenging work.
- Discovering new technological and scientific advancements.
- Enjoying prestige
- Taking part in a career that can be incredibly beneficial to societies around the world.
In addition, graduates also have a greater chance at finding financial security and may often choose from a greater variety of careers. These programs are also an excellent foundation for pursuing further educational opportunities in more advanced degree programs.
What Kind of Career Can You Expect with a Master’s in Engineering?
Graduates of a Bachelor of Engineering have a wide variety of careers from which they can choose. However, the discipline graduates chose to study could have a limiting impact on the careers they can successfully pursue. Some of the most common careers include biochemical engineer, computer engineer, electrical engineer and mechanical engineer.
A mechanical engineer is responsible for creating and developing mechanical systems. They use their knowledge of physics to design and manufacture the products and tools people use every day to make their lives easier. This includes things like medical devices, athletic equipment, tools, automobile engines and air conditioners. Mechanical engineers have some of the most diverse career opportunities in the world of engineering. They can find opportunities in aerospace, computer development, consumer products, robotics, entertainment, consulting, electronics, energy and nano-technology. In a typical day, a mechanical engineer’s duties may include:
- Design solutions to problems
- Build models and prototypes
- Patent searching
- Fluid mechanics
- Testing prototypes
- Documenting inventions
An electrical engineer is another common career path for engineering students. In this profession, engineers design and develop new electrical systems and equipment, solves problems related to existing systems and tests equipment. They can work with small electronics, such as smart phones, or with large supercomputers. They must also be well-versed in electro-magnetism, control systems, signal processing and telecommunications. Some electrical engineers deal with large-scale systems, such as power transmission and motor control. These things can all be applied to many different technologies, including designing and building of household appliances, optimal wiring and lighting of buildings, the creation and maintenance of telecommunications systems, and satellite communications. Within electrical engineering there are sub-disciplines, including electronic engineer, computer engineer, signal processing engineer and microelectronics engineer. This project-based profession is often as challenging and rewarding as it is varied, so workers can enjoy working on a variety of projects.
You can prepare yourself to enter this exciting field by entering one of the many universities around the world that offer a Bachelor of Engineering program. Choose your discipline and begin exploring your educational options today.