c. Course Classification Required (Required/elective/ selected elective) SPECIFIC GOALS FOR THE COURSE a. Course Objective
Students are expected to apply chemical and physical principles, general engineering concepts and chemical engineering fundamentals in solving problems as a general review of the chemical engineering course. b. Course Outcomes By the end of the course, the students will be able to: 1) Analyze chemical engineering problems as to its requirement given specified conditions; 2) Provide detailed solutions in solving general engineering problems; 3) Explain basic knowledge concerning physical and chemical principles; 4) Evaluate chemical engineering problems using Perry’s handbook as a source of source of physical and chemical data; and 5) Reflect on personal transformations along the TIP Graduates Attributes. c. Student Outcomes Addressed by the Course
a. apply knowledge of mathematics, science, and engineering to solve complex engineering problems b. identify, formulate, and solve complex engineering problems
COURSE TOPICS Prelim Period (Weeks 1 – 6) 6) I. Introduction; TIP Vision and Mission; TIP Graduate Attributes/ Institutional Intended Learning Outcomes; Program Educational Objectives/Student Outcomes; Course Objectives/Course Intended Learning Outcomes; Course Policies II. Mathematics Principles I ; Algebra; Trigonometry; Analytical Geometry; Differential Calculus; III. (Basic Sciences); Physics; Midterm Period (Weeks 7 – 12) 12) IV. Mathematics Principles II; Integral Calculus; Differential Equations; Advanced Mathematics; Statistics; Probability Theory; Final Period (Weeks 13 – 18) 18) V. General Engineering Principles I; General Inorganic Chemistry; Analytical Chemistry
