مسار بولونيا التعليمي

جامعة ميسان – كلية الهندسة – قسم الهندسة الكيمياوية

المرحلة : الأولى – الفصل الدراسي : الأول – المادة الدراسية : Physics Fundamentals

Physics Fundamentals	Module Title
Support or related learning activity	Module Type
CHENG113	Module Code
3	ECTS Credits

Module Learning Outcomes

1. Knowledge and Understanding:
   ● Demonstrate a comprehensive understanding of the fundamental concepts and principles of physics, such as motion, forces, energy, waves, electricity, magnetism, and modern physics.
   ● Explain key theories, laws, and equations that govern various physical phenomena.
   ● Recall and describe the properties and behaviors of matter, energy, and their interactions.
2. Application and Problem-Solving Skills:
   ● Apply mathematical and scientific reasoning to solve physics problems and analyze real-world situations.
   ● Utilize appropriate formulas, equations, and models to calculate and predict physical quantities and outcomes.
   ● Design and conduct experiments, collect data, analyze results, and draw conclusions based on scientific principles.
3. Scientific Inquiry and Critical Thinking:
   ● Demonstrate the ability to formulate scientific questions, hypotheses, and predictions.
   ● Apply critical thinking skills to evaluate scientific information, analyze data, and make logical conclusions.
   ● Identify and understand the limitations and uncertainties associated with experimental measurements and scientific models.
4. Practical and Experimental Skills:
   ● Perform laboratory experiments using proper techniques, equipment, and safety protocols.
   ● Make accurate observations, measurements, and data recordings.
   ● Analyze experimental data using appropriate statistical methods and graphical representations.
5. Communication and Scientific Literacy:
   ● Effectively communicate scientific ideas, principles, and results using appropriate terminology, symbols, and units.
   ● Present and interpret scientific information in written, graphical, and oral formats.
   ● Engage in scientific discussions and debates, demonstrating an understanding of the broader implications of physics in society, technology, and the environment.
6. Collaborative and Ethical Practices:
   ● Work collaboratively in groups to solve problems, conduct experiments, and discuss physics concepts.
   ● Demonstrate ethical practices in scientific inquiry, including proper citation of sources and responsible use of data.