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Objectives Matrix for Optoelectronic Engineering
 Superior learning objectives Intended learning outcomes for the programme as a whole  Corresponding Module/Module Objectives
-Knowledge
-Skills
-Competences 
Development of team spirit and social competence Ability to be productive in a multi-disciplinary team Required Courses of the Ministry of Education of P.R. China
Understanding of ethical and social responsibilities Practical Education, Practical training etc.
Applying the theoretical knowledge  into practical excise  
Learning how to keep good cooperation with colleagues  
Cultivating good Personality and characteristics  
Development of intercultural competence, competence for international employment Ability to present ideas in writing, expressing orally, and to communicate effectively in international environment College English, technique English, some international seminars
Broad education in natural science and mathematics  Knowledge of mathematics , physics and basic mechanical knowledge Basic Mathematics A,B
Ability to apply nature and science knowledge to solve engineering problems  College Physics 
Broad education in Computer Science and Engineering Skills Knowledge of engineering sciences and engineering Computer Science
Development of professional skills in the scientific computer and its application field design to solving engineering problems Engineering Skills
  Ability to apply computer knowledge to optic-electronic design  
Broad education in optics and related advanced optical technology Knowledge of theoretic optics and  applied optics Optical Communication
Ability for development work in optics, optical system design and advanced optical technologies Knowledge of optic-electrics and advanced optics Laser Technology
  Ability to design, conduct and evaluate the results of optical and optical-related systems Optoelectronics
  Ability to design and evaluate the optical and optic-electronic experiments and related systems Modern Optics
  Ability to formulate and solve engineering problem within  optical and photo-electrical field Technical Optics
Broad education in electronics, electronic circuits and the related advanced measurement and controlling technology Knowledge of the basic Electronics, advanced technology within electronic field Basic Electronics
Ability to design, conduct and evaluate general circuits system within practical optic-electrical system Electric Circuits
Ability to formulate and evaluate the processing and results in the electronics , measurement and controlling aspects Microcontroller
Ability to formulate and solve engineering problem within the optic-electrical system Measurement and Sensor
Broad education in opto-electrical engineering and information engineering with in depth education in selected topic Knowledge of the advanced technology within the optical-electrical and information engineering field Specialties Optoelectronic  (Elective)
Primary ability to solve the complex tasks of advanced optical-electrical system
Development of thinking creatively and researching sources of information for the purpose of solving engineering problems Ability to work independently Final Thesis
Ability to design a system, component, or process Enterprise Practice