At the end of the iPSRS Programme, the student should be able to:

 
1. Interdisciplinary Expertise

- demonstrate a comprehensive understanding and advanced knowledge in the interdisciplinary field of intelligent photonics, integrating photonics with relevant aspects of computer science, physics, and artificial intelligence.

- apply their knowledge to solve complex problems in areas such as imaging, data analysis, biometrics, and micro-nanotechnology.

2. Critical Thinking and Problem-Solving Skills:

- develop their critical thinking, problem-solving, and research capabilities, particularly within the context of intelligent photonics and its applications. Nurturing a commitment to lifelong learning.

- independently identify, formulate, and solve complex problems using advanced analytical tools and techniques.

3. Global Perspective:

-  cultivate a global perspective on the development and application of photonics technologies, equipping them to address intricate challenges and contribute meaningfully to their respective fields of expertise.

- understand the social, economic, and ethical implications of their work, and actively seek opportunities to collaborate with relevant partners in the world.

4. Professionalism and Adaptability:

-demonstrate initiative, continuous learning, flexibility and adaptability in their professional endeavours.

5. Intercultural Communication and Teamwork Skills:

-hone, through collaborative and multicultural experiences, strong intercultural communication, teamwork, and project management skills, preparing them for international professional environments.

- effectively communicate technical concepts, build rapport, and navigate cultural differences within diverse teams.

6. Ethical Reasoning:

-demonstrate ethical reasoning in evaluating various perspectives, policies, and practices relevant to the field of science.

-identify and address potential ethical issues related to data privacy, responsible research conduct, and the environmental impact of technology.

- cultivate an awareness of their social responsibility as scientists and professionals, striving to use their knowledge for positive societal impact.

To obtain a Master's degree in iPSRS, students must demonstrate knowledge and skills requisite for independent work in research and development tasks or other photonics-related qualified work in academic or industrial settings.

Specific Learning Outcomes

These outcomes will be further detailed and assessed through specific rubrics aligned with the curriculum and programme activities. Examples include:

- Application of Knowledge and Understanding: Graduates will demonstrate broad experience and understanding of optics, lasers, optical materials, machine learning and their applications. They will possess detailed knowledge and understanding of photonics principles, methods, possibilities, and limitations, applying this knowledge to programming, data science, and micro-nanotechnology.

- Competence and Skills: Graduates will adeptly analyse and critically evaluate technical solutions in optics, photonics, opto-electronics, image processing, deep learning. They will independently undertake research or development projects, applying knowledge and problem-solving skills in novel or unfamiliar situations related to photonics and artificial intelligence. They will work effectively within teams, integrating knowledge from different disciplines and developing skills in experimental, theoretical, and numerical design for research and development.

- Data Analysis and Problem-Solving: Graduates will proficiently analyse and interpret data using data processing or artificial intelligence methods. They will identify, formulate, and solve photonic, imaging, or digital problems, evaluating diverse points of view within different frameworks, considering temporal, cultural, linguistic, socio-political, or technological contexts. They will apply disciplinary or interdisciplinary learning across multiple contexts, integrating knowledge and practice.

- Background, Judgment, and Approach: Graduates will possess a broad education necessary to understand the global and societal impact of scientific solutions, fostering a commitment to sustainability and lifelong learning. They will demonstrate teamwork and collaborative skills, identify the need for additional knowledge, and continuously develop competence in physics, photonics and computing. They will show insight into scientific opportunities, limitations, and societal implications, engaging in critical inquiry through principled approaches or methods, demonstrating effective and ethical strategies for searching for and evaluating information.

- Effective Communication: Graduates will communicate effectively in presenting ideas orally and in writing (oral communication; written communication) and other media forms.

The definition of above learning outcomes are variable as they are the result of the close involvement of our industrial partners in the learning design of PSRS. Hence they are likely to change from one semester to another to best meet the requirements of employers.