Key Learning Outcomes

1- Getting sufficient background about Mathematics, Natural Sciences and Environmental Engineering; using these theoretical skills to solve engineering problems.

2- Determining, describing, formulating, and solving complicated engineering problems; to do this, choosing and applying proper analytical methods and modelling techniques.

3- Analysing a process or a system component in a realized limitation conditions; accordingly, applying modern design methods.

4- A skill of choosing proper materials and methods for engineering applications; active usage of informatics technology.

5- An ability of designing an experiment, doing an experiment, analysing and discussing solutions.

6- Searcing about a research subject through proper references, computer software and equipment.

7- An ability of active studying individually and in a multi-disciplinary team; self-confidence about taking responsibility, generating solutions about complex problems.

8- An ability of following last improvements about the area and communicating with colleague with foreing language.

9- Following developments about science and technology, open-minding to new ideas.

10- An understanding of professional and ethical responsibility.

11- A knowledge about occupational health and safety, quality control management, and environmental protection.

12- An ability to use the technical skills and modern engineering tools necessary for engineering practice

13- A skill of informing solution suggestions (written or orally) about engineering problems to the experts or non-experts.

14- An ability to create and implement any project in this area, contributing new members to the project in this field, and management and planning of field activities.