| 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 | |
