Our staff includes qualified professors with extensive experience in various fields of engineering, committed to providing high-quality education.

Muthanna Governorate, the headquarters of Muthanna University, enjoys a safe and stable environment.

The college pays special attention to meeting the needs of students with special needs, and providing all the necessary facilities to ensure that they have a comfortable and fruitful study experience.

The Civil Engineering program at Al-Muthanna University is considered a comprehensive and broad program, characterized by the supervision of a high-quality faculty. The importance of this program lies in its ability to provide the engineering knowledge necessary to build infrastructure and create a better environment for the community. The program offers a degree in General Civil Engineering that provides students with the knowledge necessary to use building materials and design steel and concrete structures, transportation and environmental systems, as well as specify management requirements for these structures and systems.

At A-level students are introduced to the fundamentals of engineering, making them eligible to progress onto most programs within the engineering group. Core program topics are covered at Level 2, in preparation for the design and implementation of project-led topic-specific modules at Levels 3 and 4.

At levels two, three and four, students study the majority of their modules in subjects that ensure the breadth of knowledge expected of a graduate with a civil engineering degree, allowing them to develop their wide-ranging interests in civil engineering work. Decisions on elective courses are made based on input from the personal trainer.

The program includes a required field course at Level 1 that students must pass to advance to Level 2, as well as optional field courses at Level 4. At the fourth level, all students undertake a group project (capstone project), which is developed and reinforced for each group of students through topics included in lecture modules or taught in dedicated practical modules, research seminars and tutorial programmes. These areas relate to problem solving from outside the university using library or data analysis, field or laboratory work.

The goal of this program is to graduate students of the highest quality who will demonstrate technical and professional leadership and who will go on to successful careers in industrial and other sectors of the economy. Students will achieve this goal by developing a strong foundation in the fundamental principles of science, mathematics, and engineering and using this to build sound practical experience and engineering judgment. Students will study basic chemical engineering topics and will be able to demonstrate your proficiency in these topics. This is a comprehensive, systems-based approach to analyzing and solving problems, the aim of which is to ensure that students are able to demonstrate the essential elements of chemical engineering to a high standard. Students will also study relevant business, economic and environmental subjects which will complement your core competencies creating a good graduate profile. The course will use a variety of learning and teaching methods to help you become an independent, well-rounded practitioner, and students will be expected to contribute to discussion with teaching staff and technicians during lectures, practical work and laboratories. We aim to encourage interdisciplinary interests, and you may find that as you become more aware of the chemical engineering industry, students' interests may develop in complementary directions. Therefore a variety of options are available in the final year of the program which provide specialist options to suit individual needs and career preferences. Examples of these options include choosing majors ranging from basic chemical engineering subjects to management and humanities options, as well as technical options from across the College of Engineering. As part of an integrated approach, students will also develop professional and transferable skills which include teamwork skills, time and project management, problem solving and proficiency in oral and written communication and presentation. Students will also gain a strong awareness of industry requirements for ethics, health and safety. This will expand your horizons and employability skills. At the end of this course, students will be fully qualified in Chemical Engineering but will also gain a series of specialist modules that will give you a foundation for employment in various industries. Therefore, upon successful completion of a student's degree, students will be industry-ready graduates with outstanding competencies across a wide range of technical and non-technical subjects.

The Bachelor of Architecture is a comprehensive, interdisciplinary program that aims to provide students with a strong foundation in the principles and practices of design and architecture. The program combines theoretical knowledge with practical skills to provide graduates with the necessary competencies to contribute effectively to the field of architecture.
The program consists of a series of core courses, elective courses, and practical experiences. Core courses cover core topics such as architectural design, structural analysis, building materials, environmental systems, construction management, and professional practice. Elective courses provide students the opportunity to specialize in areas of interest such as urban design, sustainable architecture, heritage preservation, or digital fabrication. Practical experiences include design studios, internships, and industry-based projects that provide students with the practical application of theoretical concepts.
Assessment and Grading: Student performance is assessed through a combination of examinations, coursework, design portfolios, presentations and project assessments. Assessment is based on specific criteria and guidelines, and students are provided with regular feedback on their progress.
The program provides access to well-equipped design studios, computer labs with industry-standard software, architectural libraries, and collaboration spaces. Students also have the opportunity to participate in field trips, workshops, seminars, and conferences to enhance their learning experience.
The Bachelor of Architecture degree is designed to meet the requirements and standards set by accreditation bodies and relevant professional organizations. Accreditation ensures the quality and credibility of the program and enables graduates to pursue professional licensure and international recognition.
Continuous Program Improvement: The program undergoes continuous evaluation and improvement based on feedback from students, faculty, industry professionals, and external stakeholders. Regular curriculum reviews, industry partnerships, and faculty development initiatives ensure that the program stays current with industry trends and emerging practices.

The Electronics and Communications Engineering Program was established at Al-Muthanna University to provide its students with a broad and detailed education in the basics of electronics and communications engineering, its applications and design, enabling them to practice electronics and communications engineering at the professional level. The program's mission is to provide them with the confidence and experience necessary to face the technical and social challenges of the future. In addition to the use of modern engineering tools, the program provides education in mathematics, physics, engineering mechanics, computer programming, electronics and communications engineering to fulfill its mission. Graduates will be able to position themselves in entry-level positions within the field of electronics and communications engineering leading to professional engineering practices and gain a solid university base that will enable them to continue their learning at higher levels.