Bachelors of Engineering Technology in Electronic and Computer Engineering Technology

4 Years On Campus Bachelors Program

Kansas State University

Program Overview

Kansas State University Salina’s Electronic and Computer Engineering Technology program offers a practical, hands-on education focused on the theory and application of electronic circuits, instrumentation, and computing systems. Every core course includes an integrated lab, ensuring students build technical skills from day one. The program fosters a small-campus learning environment with close faculty interaction and collaborative student projects.

Students work on real-world, innovative projects like music visualizers, semi-autonomous robots, battery monitoring systems for unmanned aircraft, and data sensors for weather stations. The curriculum is industry-connected, incorporating modern tools like Raspberry Pi and custom circuit board design.

  • Student-to-Faculty Ratio: 18:1

Course Overview:

  • General Education: Courses in English, Communication, Math & Statistics, Natural & Physical Sciences, Social & Behavioral Sciences, Arts & Humanities, Free Electives 

  • Math: Plane Trigonomentry, Analytic Geometry and Calculus I & II
  • Physics or Chemistry: General Physics I, General Chemistry, General Chemistry Laboratory or General Physics II

  • English: Technical Writing

  • Business: Supervisory Management
  • Professional Studies:

    • Basic Electronics

    • Hardware and Network Fundamentals

    • Applications in C Programming for Engineering Technology

    • Circuits I

    • Semiconductor Electronics

    • Digital Logic

    • Circuits II

    • Electric Power and Devices

    • Electronic Communication Systems

    • Industrial Control Topics

    • Electronic Manufacturing

    • Microprocessor Fundamentals

    • Digital Circuits and Systems
      OR
      Microcontroller Applications

    • Communication Circuits Design
      OR
      Unmanned Communication Circuits

    • Signals and Systems

    • Digital Systems and Computer Architecture

    • Electronic Design I

    • Electronic Design II

    • Industrial Instrumentation and Controls

    • Technical Electives

Experiential Learning (Research, Projects, Internships etc.)

  • Hands-On Labs:

    • Practical learning is embedded in every core course.

  • Collaborative Projects:

    • Frequent teamwork develops collaborative, design, and project management skills.

  • Industry Connections:

    • Access to programs like the Great Plains Manufacturing Scholars Program.

  • Modern Tools:

    • Students use up-to-date hardware/software, including Raspberry Pi and custom PCB design.

  • Capstone Projects:

    • Senior-level individual and team-based projects that simulate real-world engineering practice.

Progression & Future Opportunities

  • Hands-On, Lab-Based Learning: Students develop practical skills from day one through lab-integrated courses covering circuit analysis, digital electronics, microprocessor programming, computer programming, and RF communication systems.
  • Skill Development: Students gain broad, transferable skills in designing, building, testing, troubleshooting, and implementing electronic and computer systems, while collaborative projects enhance communication and project management abilities.

  • Advanced Coursework: Junior and senior years emphasize advanced topics in circuit analysis, digital systems, data communications, and industrial electronics, with a strong focus on both individual and group projects.

  • Industry-Connected Initiatives: Opportunities like the Great Plains Manufacturing Scholars Program provide industry-relevant, hands-on experiences aligned with workforce demands.

  • High Placement Rate & Strong Earnings: The program has a 96% placement rate, with graduates earning an average starting salary of $58,000.

  • Further Education & Adaptability: The program equips students with a solid technical foundation for advanced study or specialized skills training and provides adaptability for emerging sectors like robotics, IoT, and advanced manufacturing.

  • Professional Skills: Strong competencies in design, troubleshooting, testing, systems implementation, and effective collaboration with engineers, computer scientists, and multidisciplinary teams.

Program Key Stats

$30,388
$ 80
Rolling


94 %

Eligibility Criteria

BBC
3.25
27 - 28
70 - 75

1060
NA
6.5
79

Additional Information & Requirements

Career Options

  • Customer service technology specialist
  • Control engineer
  • Design technician
  • Engineering technician
  • Failure analysis technician
  • Hydraulics specialist
  • Industrial control systems designer
  • Maintenance engineering specialist
  • Manufacturing technology specialist
  • Product design specialist
  • Technical researcher
  • Technical development specialist
  • Technical sales specialist

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