Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Managing Knowledge – Methods and tools for knowledge management – managing and measuring intellectual capital – management of innovation and technology – business intelligence – Information sources – KM blue prints – maintaining the system – resources and tools.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Products and markets – Cash flow – credits – Financial engineering – Simple interest rates derivatives – Swap engineering – Options Engineering – Risk – market environment.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

The future and challenge of globalization – Globalization and economic development – Economic, legal, and political system – Culture – Ethics and International Business – Trade between countries – Firms and international trade – Governments and the regulation of international trade – Foreign direct investment – Regional trade blocks – Bilateral agreements – Currency markets and FX rates – The international monetary system – international monetary system and the reform – Firm strategy in international business – Foreign market entry modes – Coordination and control: the challenges of international growth.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Mechanical properties of human bones – Tissue and joint mechanics and their applications – Electric and electromechanical properties – Teeth and connective tissues – Biomechanical job analysis – Electromyography techniques in the analysis of worker fatigue and injury – Strength testing for worker evaluation and placement – Applications of biomechanics.

Faculty : Faculty of Engineering and Applied Sciences

School : Industrial and Manufacturing Engineering

Course Description :

Mechanical and physical behavior of composites – Influence of geometry to materials properties – Functions of composites relating to applications in electronic packaging – Thermal management – Smart structures – Design and analysis of composite structures – Machining of composite materials – Performance testing, characterization and quality control of composites – New types of composite materials as well as the recent development trends.