The mission, vision and goals of the Electronic and Control Technologies Engineering Department

Vision:

The Electronic and Control Engineering Techniques Department strives for scientific excellence and leadership in its field locally and regionally, through innovation and continuous development, serving the community by providing effective and innovative technical solutions, contributing to sustainable development.

Department Mission:

To provide high-quality technical academic programs in electronics and control engineering that align with global scientific and technological development, enhance scientific research and innovation, participate effectively in developing engineering technologies through cooperation with specialized entities, and prepare distinguished graduates capable of meeting the market needs and contributing to building our nation.

Department Goals:

  1. Academic and Educational Excellence

  • Provide students with advanced scientific and engineering fundamental concepts for integration into work environments and keeping pace with developments

  • Develop advanced educational programs and enhance critical and creative thinking skills among students

  • Utilize the latest educational technologies and simulation to enhance interactive and practical learning

2.  Scientific Research and Innovation

  • Support applied research activities in electronics and control fields

  • Encourage innovation and development of advanced technical solutions and patent registration

  • Enhance research with economic and social returns in related fields

3.  Scientific Partnerships and International Cooperation

  • Establish scientific partnerships with similar departments and research centers inside and outside Iraq

  • Provide academic and research exchange opportunities for students and faculty members

4.  Education Quality and Academic Accreditation

  • Achieve national accreditation according to Ministry of Higher Education and Scientific Research standards

  • Strive to obtain international accreditation through ABET standards and internationally recognized institutions

  • Implement quality assurance systems and continuous improvement in academic programs

5.  Digital Transformation and Technical Development

  • Implement digital transformation of administrative and scientific processes within the department

  • Enhance electronic communication with administrative units in the college and university

  • Develop technical infrastructure and specialized laboratories with the latest equipment

6.  Community Service and Industrial Partnership

  • Provide graduates with necessary skills for integration into local and global labor markets

  • Develop training programs for workers in industrial and technical sectors

  • Provide consultations and technical solutions to institutions in electronics and control fields

7.  Leadership and Professional Development 

  • Provide training programs for faculty members to use the latest teaching strategies

  • Build leadership and teamwork capabilities among students and staff

  • Support cooperative and summer training programs with technical institutions

8.  Sustainability and Governance 

  • Diversify funding sources to ensure financial sustainability of programs and activities

  • Enhance transparency and governance in all administrative and academic processes

  • Develop sustainable and environmentally friendly technical solutions in specialized fields

Program Educational Objectives 

  1. To equip students with fundamental scientific and engineering concepts to enable their integration into engineering work environments and keep pace with developments in electronics and control engineering.
  2. To establish scientific partnerships with similar departments and research centers both within and outside Iraq, enhancing the educational experience of students and faculty members with the latest in engineering and technology.
  3. To work towards national accreditation according to standards set by the Ministry of Higher Education.
  4. To digitize administrative and academic processes within the department and enhance communication with administrative units within the college.
  5. To provide graduates with the necessary skills and knowledge to engage in the local and global job market.
  6. To work towards achieving sustainable development goals in the fields of electronic engineering and control.
  7. To enhance the research in the field of electronics and control and the related areas.

     

    Student Outcomes 

    Outcome 1: Knowledge and Understanding

    • Electronics: Foundational and advanced knowledge of electronic circuits, devices, and systems.
    • Control Systems: Design, analysis, and implementation of control systems for automation and industrial applications.
    • Microcontrollers and Embedded Systems: Capabilities in programming and developing embedded systems using microcontrollers.
    • Signal Processing: Techniques for signal filtering, modulation, demodulation, and noise reduction.
    • Communication Systems: Understanding of the core principles and technologies in modern communication systems.

    Outcome 2: Communication Skills

    • Graduates will possess the ability to effectively communicate technical information both orally and in writing.

    Outcome 3: Practical Skills

    • Through laboratory and field studies, students will gain hands-on experience with electronic components and systems, enhancing their practical engineering skills.

    Outcome 4: Scientific Knowledge

    • Graduates will demonstrate a well-rounded understanding of the development of scientific knowledge, including the evolution of key theories and the nature of scientific inquiry.

    Outcome 5: Problem-solving and Analytical Skills

    • Enhanced ability to identify and solve complex problems through analytical thinking and practical application.

    Outcome 6: Critical Thinking

    • Development of critical thinking skills necessary for scientific research and problem-solving.

    Outcome 7: Subject-specific Skills

    • Skills in programming and controlling electronic systems, the ability to analyze problems algorithmically, and the competency to write scientific reports and analyze data effectively.

    Academic Year

    Total Enrolled

    No. of Graduates

    2025-2026

    241

    		 

    2024-2025

    206

    43

    2023–2024

    179

    57

    2022–2023

    175

    32

    2021–2022

    192

    57

    2020–2021

    224

    75

    2019–2020

    194

    30