Sample schedule for ChE/BME Dual Majors in the BMTE Track

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1 Chemical Engineering Chemical Engineering and BME First Year First Year Differential & Integral Calculus Differential & Integral Calculus xxx Designated Writing Course 9 76-xxx Designated Writing Course Mellon Mellon Intro. to Chemical Engineering Intro. to Biomedical Engineering Intro to Modern Chemistry I Modern Biology 9 Total: 44 Total: Integration, Differential Equations, & Integration, Differential Equations, & Approximations Approximations 10 xx-xxx Intro. to Engineering Course Intro. to Chemical Engineering Physics I for Engineering Students Physics I for Engineering Students 12 xx-xxx General Education Course Intro to Modern Chemistry I 10 Total: 43 xx-xxx General Education Course 9 Total: 53 Second Year Second Year Sophomore ChemE Seminar Sophomore ChemE Seminar Calculus in Three Dimensions Calculus in Three Dimensions Thermodynamics Thermodynamics Modern Chemistry II Modern Chemistry II Principles of Computing Principles of Computing -or- 10 -or Sample schedule for ChE/BME Dual Majors in the BMTE Track Fundamentals of Programming and Computer Science Fundamentals of Programming and Computer Science xx-xxx General Education Course Professional Issues in BME 3 Total: Physiology -or BME Laboratory Total: Fluid Mechanics Fluid Mechanics Math. Methods of Chem. Engineering Math. Methods of Chem. Engineering Lab I: Introduction to Chemical Analysis Lab I: Introduction to Chemical Analysis Physics II for Engineering Students Physics II for Engineering Students 12 xx-xxx General Education Course Physiology Total: 54 -or BME Laboratory Total: 54

2 Third Year Third Year ChemE Thermodynamics ChemE Thermodynamics Junior ChemE Seminar Heat and Mass Transfer Heat and Mass Transfer Organic Chemistry I Organic Chemistry I Advanced Physical Chemistry 12 -or- 9 xx-xxx General Education Course Modern Organic Chemistry Total: Advanced Physical Chemistry 12 xx-xxx General Education Course 9 Total: Unit Operations of ChemE Unit Operations of ChemE Transport Processes Laboratory Transport Processes Laboratory Chemical Reaction Engineering Chemical Reaction Engineering Biochemistry Biochemistry 9 xx-xxx Elective 9 xx-xxx General Education Course 9 Total: 51 Total: 51 Fourth Year Fourth Year Chemical Process Systems Design Chemical Process Systems Design Unit Operations Laboratory Unit Operations Laboratory 9 xx-xxx Elective Foundations of BME Design* 6 xx-xxx Elective / Engineering Biomaterials 9 Total: 48 xx-xxx General Education Course 9 Total: Optimization, Modeling & Algorithms Optimization, Modeling & Algorithms Chemical Product Design Chemical Product Design ChemE Process Control ChemE Process Control 9 xx-xxx Elective BME Design* 9 xx-xxx Elective 9 xx-xxx BMTE Track Elective 12 Total: 48 Total: 51 Grand Total: 386 Grand Total: 405 The actual number of units for elective courses may deviate from the example shown above, depending on the courses selecte

3 Core courses (All Required) Introduction to Biomedical Engineering - Fall and Spring Professional Issues in Biomedical Engineering - Fall and Spring Physiology - Fall and Spring Biomedical Engineering Laboratory# - Fall and Spring Modern Biology - Fall and Spring Foundations of BME Design* - Fall BME Design Spring # Also known as for pre-med students. * serves as the precursor/pre-requisite for BME Design. BMTE Gateway Course (choose 1) Biochemistry Fall Biochemistry Spring Note that only satisfies Chemistry Engineering course requirements. Either or satisfies Materials Science & Engineering requirements. Organic Chemistry is a pre-requisite of For BMTE Track Electives, see the following web page and the hyperlinked Course Planning Worksheet

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