The current job market in Saudi Arabia shows a higher demand for safety related positions over general chemical roles. It indicates a robust emphasis on process safety aspects within the industry. This trend highlights the importance of process safety education and the potential for growth in this sector.
Program Objective
To prepare graduates with advanced knowledge and professional skills in process safety to identify and manage hazards, improve industrial safety performance, and contribute to national and societal needs through ethical, evidence-based practice.
Program Requirement
- BSc in Engineering, or in Science with relevant industrial experience
Program Educational Objectives (PEOs)
Within a few years after graduation, graduates are expected to:
- Establish or advance professional careers in process safety, applying risk-based engineering practice to improve the safety of processes and operations.
- Contribute to and lead multidisciplinary initiatives that identify hazards, manage risk, and improve process safety performance.
- Communicate with relevant technical and organizational stakeholders and exercise ethical judgment consistent with professional and regulatory responsibilities.
- Maintain and enhance professional competence through lifelong learning and continued professional development while upholding ethical values.
Program Learning Outcomes (PLOs)
Upon completion of this program, graduates will be able to:
- Define fundamental concepts and terminology related to process safety.
- Explain scientific and engineering principles relevant to process safety problems.
- Solve complex process safety engineering problems using principles of engineering science.
- Analyze techniques for process hazard analysis and risk assessment.
- Apply sound practices in safety, health, and environmental protection.
- Acquire and apply new knowledge using appropriate learning strategies.
Degree Plan
SEMESTER 1 (FALL) CHE 581 Process Safety Engineering ISE 581 Human Factor and Safety Psychology | SEMESTER 2 (SPRING) CHE 583 Process Hazard Analysis and Incident Investigation CHE 584 Fire & Toxic Release Analysis |
SEMESTER 3 (FALL) CHE 582 Occupational Safety Management CHE 585 Quantitative Risk Analysis CHE 619 Project | SEMESTER 4 (SPRING) CHE 586 Active Safeguard Design ISE 582 Safety Economics and Decision Making CHE 619 Project |
Program Details
| Tuition Fee | Calculate |
| Duration | 2 Years |
| Delivery Mode | In-Person |