BEE Practice Test

Bachelor of Electrical and Electronic Engineering

Electrical and electronic engineering is one of the fastest-growing areas in the world. It affects every part of our lives from the design and production of micro-electronic devices, to power generation, transmission and distribution, as well as telecommunications, radar systems, robotics, signal and image processing and biomedical systems.

You will learn about the theory behind modern electric circuits and the practical aspects of designing, manufacturing and testing complex electronic products. The programme also includes the study of computer systems and digital electronics including microprocessors and digital signal processing.

Bachelor of Science in Electrical and Computer Engineering Salary

Computer engineers use theories from computer science and applications from electrical engineering to create technology that is used in a wide range of industries. They work closely with software developers and other professional engineers. These professionals are often employed by large tech companies, such as Google and Apple, to design advanced software and develop innovative hardware. They can also be found in other industries, such as automotive and healthcare organizations, where they can create medical devices and develop advanced machine learning algorithms.

Those interested in becoming a computer engineer can pursue several educational paths to advance their careers. An associate degree from a community college or coding bootcamp can lead to an entry-level position, while a bachelor’s degree can open doors for more skilled jobs. A master’s degree in the field can also boost earnings, and students can find a variety of online programs to help them reach their goals.

Depending on the location, salaries for computer engineers can vary widely. Some states with thriving business sectors, such as California and Massachusetts, offer higher salaries than other areas of the country. However, high costs of living can negate the benefits of a sizable salary. 

Bachelor of Electrical Engineering Questions and Answers

After three to five years of engineering study at a recognized institution or university, a student is awarded a bachelor’s degree in engineering, also known as a bachelor of science in engineering.

Electricity, electronics, and electromagnetic are the main topics of study and application in electrical engineering. Electronics, digital computers, power engineering, telecommunications, control systems, and signal processing are just a few of the many subfields it encompasses.

Academically, a bachelor’s degree in engineering is equivalent to a bachelor’s degree in science.

Typically, such degrees require four or five years of study. Depending on the university, the final degree may be called a Bachelor of Science in Electrical/Electronics Engineering Technology, Bachelor of Engineering, Bachelor of Science, Bachelor of Technology, or Bachelor of Applied Science.

• Control Systems Engineering
• Electronics and Communication Engineering
• Computer Engineering
• Electrical and Computer Engineering
• Robotics Engineering
• Electrical and Electronics Engineering
• Power Engineering

Electrical Engineering is a Bachelor of Science.

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Entry-level utility and industrial job candidates can prepare with our free BACE Basic Abilities and Competency Evaluation practice test — covering reading comprehension, mathematical skills, and mechanical aptitude for power industry hiring.

Electricians pursuing licensure also prepare with our Ramsay test practice 2026 to reinforce electrical theory, maintenance, and industrial systems knowledge.

Pros and Cons at a Glance

Sample BEE - Bachelor of Electrical Engineering Practice Questions

Try these questions from our free BEE - Bachelor of Electrical Engineering practice tests. The correct answer and an explanation follow each question.

1. Which of the following boundary conditions must be satisfied for the tangential component of the electric field (Et) at the interface between a dielectric and a perfect electrical conductor (PEC)?

   • A. Et is continuous across the boundary.
   • B. Et on the dielectric side is equal to the surface charge density on the conductor.
   • C. Et on the dielectric side must be zero.
   • D. Et is infinite at the boundary.

Answer: C. Et on the dielectric side must be zero.

At the surface of a perfect electrical conductor (PEC), the tangential component of the electric field (Et) must be zero. This is because a perfect conductor allows charges to move freely and instantly rearrange themselves to cancel any tangential electric field, preventing any potential difference along the surface. If Et were not zero, it would imply an infinite surface current density, which is not physically possible.

Answer: B. A voltage source in series with a resistor

Thevenin's theorem states that any linear circuit can be simplified to an equivalent circuit with a single voltage source (Vth) in series with a single resistor (Rth) connected to a load. This simplifies the analysis of the original complex circuit.

Answer: A. Farad

The farad (F) is the SI unit of electrical capacitance, named after Michael Faraday.

Answer: D. Unilateral

Ohm's law describes a linear relationship between voltage and current (V=IR), implying a constant resistance regardless of current direction. Unilateral circuits, such as those containing diodes or transistors, exhibit non-linear and direction-dependent characteristics, meaning their V-I relationship cannot be accurately described by a single, constant resistance value as implied by Ohm's law. Therefore, Ohm's law is not universally applicable to unilateral circuits.

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