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Electrical and Electronic Engineering

Degree Focus

From tiny microchips to huge power station generators, electricity is an often silent but vital component to all aspects of everyday life. Electrical engineering students will study the ways in which electricity can be harnessed and applied to innovative technologies. Leveraging math and science skills, students will learn to design electrical systems, study electrical system operation, embedded systems and circuit analysis. Program graduates are able to pursue careers that enable emerging technologies in a variety of fields, including power generation, medical and scientific research, electrical component development, architecture and much more.

Degree Focus

From tiny microchips to huge power station generators, electricity is an often silent but vital component to all aspects of everyday life. Electrical engineering students will study the ways in which electricity can be harnessed and applied to innovative technologies. Leveraging math and science skills, students will learn to design electrical systems, study electrical system operation, embedded systems and circuit analysis. Program graduates are able to pursue careers that enable emerging technologies in a variety of fields, including power generation, medical and scientific research, electrical component development, architecture and much more.

Sample Courseload

Calculus,DC and Pulse Electronics,Digital Applications,Digital Systems,Electronic Circuit Analysis,Engineering Technology,Industrial Electronics Control,Physics,Wireless Communications

Additional Degrees & Concentrations

(BS/Minor) - Automation and systems integration engineering students will learn how to design efficient and automated manufacturing processes through the application and implementation of technology. Coursework may include basic electronic hydraulics, robotics, automation and programming. Computer systems, network management and operations will also be of focus.

(BS/Minor/Assoc/Cert) - Robotics degree programs combine the study of manufacturing, mechanical, computer and electrical sciences. Students will learn to design and apply robotic solutions to industrial and consumer problems, as well as increase efficiency and safety.

(Assoc/Minor/Cert) - Electronics and computer engineering programs provide a comprehensive study of a diverse range of technology-related subjects. Coursework may cover topics like microprocessors, digital and analog systems, digital circuitry and electronic prototyping. Graduates will be prepared for a variety of technical careers including computing, networking, communications, process control and automation, robotics, biomedical, energy management and transportation.

(BS/Minor/Assoc) - Combining engineering, physics and math, mechanical engineers create functional and effective systems that keep our world running smoothly. Students will learn to design, develop and construct mechanical systems that improve productivity and can choose to specialize in areas such as thermal-fluid science and information technologies.

(BS) - Mechatronics engineering technology degrees focus on optimizing industrial efficiency through the study of electromechanical systems that operate mechanical, pneumatic and hydraulic systems. Coursework may cover topics like engineering technology, fluid power, statistics and calculus and manufacturing integration.

Offering This Degree

Anderson University

Indiana State University

Indiana Tech

IUPUI

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