About the Department

(A) Brief Overview of the Department

The Department of Chemical Engineering at Al-Nahrain University was established in 1989 as one of the departments within the College of Engineering. The program requires:

·     Four years of study to earn a Bachelor’s degree.

·     Two years to earn a Master’s degree.

·     Three years to earn a Doctorate in Chemical Engineering.

Since its establishment, the department has graduated approximately 260 chemical engineers, including more than 145 Master’s degree holders and 18 Doctorate holders in Chemical Engineering. Graduates are employed in various fields, including:

·     Academic positions as university and technical institute lecturers.

·     Engineering roles in refineries and various government sectors.

·     Positions in research centers, companies, and scientific offices.

They play a vital role in building both individuals and society.

 

(B) Vision

The Department of Chemical Engineering strives to be at the forefront of leading chemical engineering programs in Iraq and the region.

 

(C) Mission

To prepare graduates in chemical engineering who possess high qualifications and strong professional ethics by:

·     Guiding and advising students and strengthening their sense of citizenship.

·     Providing an appropriate learning environment in line with university requirements.

Since its inception, the department has been committed to continuously graduating qualified engineers capable of meeting industrial and practical application demands, while improving teaching skills and administrative activities to achieve international standards. This is accomplished through:

·     Fulfilling the department’s mission.

·     Establishing effective applied research to contribute to knowledge in both the domestic and international markets.

 

(D) Objectives

1.    Preparing Specialized Engineering Cadres: Graduating chemical engineers qualified to work in chemical, petrochemical, environmental, food, pharmaceutical, and other industries.

2.    Developing Analytical and Design Skills: Enhancing students’ abilities in analyzing, designing, and operating industrial units, chemical reactors, and thermal systems.

3.    Promoting Scientific Research and Innovation: Encouraging students and faculty members to conduct applied research that serves the community and keeps pace with global developments in chemical engineering.

4.    Enhancing Professional and Ethical Commitment: Instilling values of teamwork, ethical responsibility, occupational safety, and adherence to engineering laws and standards.

5.    Linking Academia with Industry: Implementing summer training programs, scientific visits, and collaboration with factories and companies to prepare students practically before graduation.

6.    Advancing Academic Standards: Updating curricula to align with scientific and technological advancements, and providing an effective learning environment through modern laboratories and advanced educational tools.