Load, also known as a resistor (like a light or motor)
Path (wire or another conductive material)
There are endless ways that circuits can be created and laid out with those three parts. The two main ways that circuits can be laid out, or configured, are series and parallel.
Career and Real World Connection
Circuits Engineer-Circuit engineers design and build electronic circuits for devices like phones, medical equipment, and household appliances.
Design Engineer-Design engineers create models for new products, buildings, and infrastructure projects.
Electrical Controls Engineer-An electrical controls engineer, also known as a control systems engineer, designs, develops, and manages electrical control systems, equipment, and machinery.
Electrical Design Engineer-An electrical design engineer designs and develops electrical systems and components, and manages the process from concept to production.
Electrical Engineer-Electrical engineers design, develop, test, and supervise the production of electrical equipment and systems
Electrical Project Engineer-An electrical project engineer manages the design, construction, and completion of electrical engineering projects.
Instrumentation and Electrical (I&E) Reliability Engineer-leads and directs the electrical and instrumentation departments reliability and training initiatives. They provide technical assistance and act as the maintenance liaison with plant engineering.
Power Systems Engineer-Power systems engineers design, analyze, and maintain electrical power systems for a variety of applications.
What Math will I need to know?
The primary math involved in circuit analysis includes basic algebra, trigonometry, and linear algebra.
Algebra: Fundamental to understanding circuit design, algebra is used in calculating currents, voltages, and resistance.