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Charles Nche, PhD

Dean's Welcome Message

a) Regime of Subject Knowledge

Fundamental Emphasis The engineering programs are designed with full recognition that mathematics and science are the fundamental intellectual tools used by graduate engineers to understand and harness the forces of nature for the benefit of society. Students develop a strong grounding in general science and advanced knowledge in discipline-specific areas. Engineering practice is professionally directed toward the skilled application of knowledge based on mathematics and science, integrated with business and management, for the development, delivery, and maintenance of infrastructure, goods, and services for industry and the community.

Criteria for Content of Degree Programs Program content is structured to support the understanding and development of skills in mathematics, science, engineering design, information technology, business knowledge, and professional practice.

Mathematics Content Appropriate mathematical methods are embedded in each program. Students are expected to develop the ability to select and apply mathematical models for analyzing engineering problems, manipulate and interpret data, and present information in multiple formats.

Science Content Science content is selected based on disciplinary relevance and depth, enabling students to apply scientific principles in modeling, analysis, and solution of real-world engineering problems.

Design Content Adequate design training is ensured, including system analysis, synthesis of ideas, and understanding of engineering materials and components.

Information Technology Students develop competence in the principles and application of information technology, including computer-based modeling and analysis tools.

Business Content Each program includes knowledge of management and business practices such as finance, law, marketing, and engineering economics.

Professional Practice Programs ensure exposure to codes of practice, safety standards, project management, risk evaluation, environmental impact assessment, and strong industry attachment.

b) Competencies and Skills
  • Ability to manipulate and interpret data for deeper understanding.
  • Effective use of laboratory and workshop equipment, including measurement accuracy.
  • Research skills and ability to work with limited or conflicting information.
  • Proficient use of information technology and programming tools.
  • Application of engineering techniques within industrial and commercial constraints.
  • Competence in teamwork and leadership.
c) Behavioral Attributes

Graduating engineering students are expected to understand their professional and ethical responsibilities and the societal and global impact of engineering solutions, including awareness of contemporary issues.

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American University of Nigeria
98 Lamido Zubairu Way
Yola Township bypass
PMB 2250, Yola
Adamawa State, Nigeria
Tel: +234 805-200-2962

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