As industries become more automated and society relies on electronic data communication, the demand for professionals who can make informed decisions based on technical knowledge and experience will increase. That’s why the Bachelor of Science in Electronics and Computer Engineering Technology (ECET) degree program at Bowling Green State University has a progressive curriculum.
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The Electronic Technology and Computer Engineering program is a comprehensive study of various areas such as computer hardware and interfaces, instrumentation and computer-based process control, digital communications and networks, and motor and electrical control.
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As you learn, you’ll have hands-on opportunities to learn how real-world data control and communication systems work. Students can participate in activities related to Falcon’s Best Robotics Robotics Competition, a robotics competition open to middle school and high school teams. Students can also participate in the student section of the International Society of Automation (ISA).
ECET graduates pursue careers as electrical engineers, network engineers, project managers, EMS/SCADA analysts, research associates, engineering technicians, manufacturing superintendents, senior sales engineers, automation analysts and electronic design engineers.
The Bachelor of Science in Electronics and Computer Engineering Technology (ECET) degree program is recognized as a “professional degree” that qualifies for experience/educational credits for Ohio Professional Engineering (PE) licensure. Graduates of ABET ETAC accredited ECET programs or currently enrolled in the last two semesters can register for the Fundamentals in Engineering (FE) exam.
To qualify for the PE exam in Ohio, you must first pass the FE exam. Graduates of ETAC-ABET accredited engineering technology programs must complete eight years of engineering experience prior to passing the PE exam and obtaining registration.
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Ian Kennedy will join the robotics workforce after graduation. The mechatronic engineering technology major is performing robotics for the governor of Ohio.
Ian Kennedy, a mechatronic engineering technology major who gave a robotics demonstration to Ohio’s governor, got a job at RōBEX after an internship.
Maumee Valley Country Day is hosting its ninth annual Falcon of the Best Robotics Competition on November 6 at Perry Field House.
The Bachelor of Science in Electronics and Computer Engineering Technology degree program requires a minimum of 122 program hours: 2 hours of cooperative education, 51 hours of electronics and computer engineering technology concentration, 9 hours of technology electives, 44-45 hours of other required courses. , and 36 hours from the BG point of view.
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The Electronics and Computer Engineering Technology (ECET) program is accredited by ABET’s Engineering Technology Accreditation Commission (ETAC), preparing graduates for the Fundamentals of Engineering (FE) exam. Professionals who have several years (varies from state to state) of relevant experience and who have passed the FE exam are eligible for experience/educational credit toward an Ohio Professional Engineering Professional Engineer (PE) license.
To qualify for the PE exam in Ohio you must first pass the FE exam. Graduates of ETAC’s ABET-accredited Electronics and Computer Engineering Program must complete eight years of engineering experience before passing the PE exam and obtaining registration.
Those who have graduated from the ECET program or are currently enrolled in the last two semesters can register for the Fundamentals of Engineering (FE) exam.
The Electronic Technology and Computer Engineering program expects graduates to achieve the following Program of Education Objectives (PEO) within several years of graduation.
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After completing a bachelor’s degree, students in the Electronic and Computer Technology program can earn a Student Outcome (SO).
Principles of electricity, instruments, electrical machines, selected electronic devices and computer control systems. Also, fabrication and assembly techniques are covered.
This course discusses renewable energy systems such as solar, wind, wave energy and fuel cells. It also discusses how the energy produced by systems such as electric and hybrid vehicles can be conserved. It encourages students to think critically about how our energy is produced and consumed and how it affects the environment and the economy.
Electron theory; DC and AC units and theory; circuit components; Circuit Analysis Techniques; RLC circuit; the concept of power; Use of test equipment.
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Analog and digital electronic circuits and semiconductors. Design and application of power supplies, amplifiers, oscillators and digital gates for communication, instrumentation and process control.
Basic digital system logic analysis and synthesis techniques; system of numbers and symbols; Boolean algebra and circuit minimization methods. Characteristics of modern digital integrated circuit components.
Electric motor, generator, power electronic control; Selection, testing and control of direct current, single and three-phase machines as seen in operating characteristics, renewable energy and other applications.
The study of programmable logic controllers, including counting, sequencing and timing functions, input / output modules, planning, installation and programming in ladder diagrams for applications.
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Study of theory of operation, specifications, performance testing and applications of semiconductor devices, FET transistors, operational amplifiers, electrical-electronic and optoelectronic devices.
The principles of electronic circuits apply to large and complex telecommunication systems. Topics include frequency response and the use of series/Fourier transforms.
Organization and construction of mini-micro computers including logic design development, integrated circuit selection, assembly, testing and system diagnostic testing procedures, machine language programming, interfaces.
Introduction to basic digital communication and networking concepts and practices in workstation-centric technology. Conceptual topics include: data encapsulation and transmission and network models. Practice includes what is needed to create a local area network, such as workstation configuration and router/switch setup.
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Industrial equipment, measuring thermal, mechanical, fluid and electrical phenomena. Statistical methods for data analysis. Transducers, signal conditioning, data acquisition, software development and sensor networks. Design principles and their applications.
ECET 4450 – Wireless Communication Systems Study of signal concepts (continuous / discrete), transmission, radiation and reception of electromagnetic energy in communication systems with a focus on wireless communication systems.
Basic concepts, terminology, evaluation and types of control systems used for industrial process control and positioning systems. The system is divided into measurement, controller, fieldbus network and final control elements. Application of differential equation and Laplace transform method in control system.
Concepts and practices of digital communications and networks with emphasis on wide area network (WAN) topology. Concept topics include: WAN Hardware / Management. Practices include those required to create a WAN. Data encoding, noise and error probability are examined.
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Senior Design Course for Integrated Knowledge Problem Solving Applications in the Department of Electronics and Computer Engineering Technology. This course emphasizes critical analysis and skills in disciplinary areas involving the use of hardware and/or simulation. The scope of work can be consulted with the industry.
Introduction to CAD-based applications. Construction of two-dimensional engineering drawings using CAD systems, with emphasis on geometric construction, orthographic projection, dimensioning, basic pictorials, and presentation. General overview and application of symbols in electronics, hydraulics and floor plan design using CAD.
Each student enrolled in the baccalaureate program must satisfy WRIT 1120 (Seminar in Research Writing), one approved course for Cultural Diversity in the United States and one approved course for International Perspectives.
Additional courses in one of the five categories listed above to achieve a minimum of 36 credit hours.
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+ ECET 1960 must be taken before TECH 2890 and must receive a grade of C or higher
Bowling Green State University  is accredited by the Higher Learning Commission. Recognized by the Higher Education Commission from 01/01/1916. The most recent accreditation revalidation was achieved in 2012 – 2013. Inquiries should be directed to the relevant organization’s office.
The Electronics and Computer Engineering Technology (ECET) program is accredited by the Engineering Technology Accreditation Commission (ETAC) of ABET, https://www.abet.org.
Bowling Green State University programs leading to licensure, certification and/or endorsement, whether delivered online, face-to-face or in a blended format, meet the academic requirements for credentials established by the State of Ohio.
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Requirements for licensure, certification and/or endorsement eligibility vary from one profession to another and from state to state. Electronic and Computer Technology programs lead to professional licensure.
The disclosure requirements of Title IV of the Higher Education Act require that institutions provide current and prospective students with information about their programs that prepare students for gainful employment in recognized occupations. The Department of Electrical and Computer Engineering is involved in advanced technology. Artificial Intelligence, Deep Learning, Computer Vision, Medical Imaging, Sensor Networks, Cyber Security, Wireless Communications, Power System Operations, Smart Microgrids, Electric Vehicles, Power Semiconductor Device Technology, Microelectronics, Internet of Things, Cloud Computing and Computer Hardware and Software Capabilities . Learn more
Illinois Tech’s Department of Electrical and Computer Engineering (ECE) has a tradition of innovation that dates back to 1901, when faculty member Lee DeForest, widely known as the “father of radio,” sent the first long-distance transmission from the university. In 1906 he invented the first vacuum tube capable of amplifying electrical signals. Other notable alumni include Marvin Kamras, “the father of magnetic tape recording,” and Marty Cooper, who invented the cell phone.
ECE faculty, students and alumni continue to change the world by developing technologies for alternative energy sources and communications advancements.
Electronics & Computer Engineering Technology: Electronics & Computer Engineering Emphasis
Electrical and computer engineering department offers bachelor of science (B.S.E.E.) in electrical engineering. The Department of Computer Science also offers a Bachelor of Science (B.S.CP.E.) in computer engineering. Both degree programs are recognized by ABET’s Engineering Accreditation Commission, http://www.abet.org.
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