• Provide students with fundamental knowledge in scientific, social, and engineering disciplines.
• Enhance students’ analytical, creative, and problem-solving skills.
  Prepare well-qualified engineers who understand their professional responsibilities and their role in implementing Iraq’s development plans.
• Integrate scientific expertise, experimental methods, computer technologies, technical report writing, and communication skills into the learning process.
• Promote teamwork, leadership, and ethical responsibility among students.
• Encourage applied scientific research that serves the community and contributes to solving real-world problems.
• Maintain continuous development of academic curricula to keep pace with global technological advancements.
• Graduate highly qualified engineers in electronics, communications, and electrical power engineering to support national industries and institutions.
• Strengthen collaboration with governmental and private sectors to address technical challenges, execute applied research projects, and provide scientific consultation.
• Implement future strategic plans aimed at improving academic performance, enhancing graduate quality, and elevating the university’s international ranking.

The College of Engineering – Al-Sharqat represents a natural extension of our nation’s rich educational and cultural heritage. It strives to develop educational knowledge and its applications in relation to both teaching and learning processes.
The college’s humanitarian mission is grounded in solid scientific foundations inspired by this distinguished legacy of education and enlightenment. Through this vision, the college seeks to contribute to the advancement of knowledge, innovation, and community development in alignment with national and global standards.

1. Job Description – Department of Mechanical Engineering

Graduates of the Department of Mechanical Engineering are qualified to design, manage, implement, and maintain mechanical systems and equipment powered by steam, electricity, or other energy sources. They specialize in converting energy from one form to another to achieve maximum efficiency and productivity in machines and systems. Mechanical engineers play a vital role in all industries involving moving parts and machinery. Whether in manufacturing, construction, or energy production, they are responsible for ensuring that mechanical systems operate effectively and safely.

Job Roles and Functions:
• Design and analyze mechanical components, systems, and machines using advanced computer-aided design (CAD) tools.
• Manage the installation, operation, and maintenance of industrial machinery and mechanical equipment.
• Apply principles of physics, mathematics, and thermodynamics to optimize system performance in terms of quality, time, and cost efficiency.
• Conduct testing and evaluation of prototypes and mechanical systems to ensure functionality and safety.
• Solve engineering problems by applying analytical and creative approaches to meet design and operational goals.
• Supervise manufacturing processes and participate in quality assurance and performance improvement initiatives.
• Contribute to research and development in mechanical design, energy systems, HVAC, automotive, and industrial production.

Mechanical engineers are not limited to the automotive or aerospace industries; rather, they are extensively employed in industrial facilities, energy plants, construction projects, and manufacturing environments where innovation and system optimization are essential.

2. Job Description – Department of Electrical Engineering

Students are admitted to the Department of Electrical Engineering through the central admission system of the Ministry of Higher Education and Scientific Research, typically from the Scientific (Applied) Branch of secondary education, in addition to the top 10% of graduates from technical institutes. Upon successful completion of the four-year Bachelor’s program, graduates are awarded the Bachelor of Science in Electrical Engineering. The curriculum includes core, major, and elective courses, combining theoretical and practical training to prepare students for careers in research, production, and industrial sectors.

Professional Skills and Competencies:
• Design and implement automated industrial control systems and embedded systems.
• Develop and maintain digital communication networks and information technology infrastructures.
• Propose, design, and optimize hardware and software architectures for modern engineering applications.
• Manage and supervise projects in energy, oil and gas, telecommunications, healthcare, transportation, and manufacturing sectors.
• Conduct applied research and contribute to the development of national technological capabilities.
• Apply advanced knowledge in electronics, signal processing, power systems, and automation to improve industrial efficiency.
• Collaborate with governmental and private institutions to provide engineering solutions and consultancy services.

Electrical Engineering is considered one of the broadest and most versatile engineering fields. Graduates can work in nearly all sectors that rely on modern technologies, including energy production, communications, transportation, information systems, and industrial automation — contributing directly to Iraq’s technological and economic development.