Students may earn a Bachelor of Science degree in Applied Science from NNU and an engineering degree from a recognized college of engineering by: (1), spending three years in residence at NNU, (2) completing all NNU requirements for the bachelor of science degree except those referring to the major, total credits, and total credits numbered above 2990, and (3) successfully completing a program leading to a bachelor’s degree at a college of engineering. Careful planning in choosing courses is required in order to complete both degrees after two years at the engineering school.

General degree requirements for NNU and basic requirements for an engineering school are normally fulfilled according to the following schedule:

Freshman year

BIBL1100. Introduction to Biblical Studies (3)

CHEM2210. General Chemistry I (3); and,

CHEM2210L. General Chemistry I Laboratory (1)

CHEM2220. General Chemistry II (3); and,

CHEM2220L. General Chemistry II Laboratory (1)

ENGR1050. Engineering Graphics and Design (3)

ENGR2100. Engineering Statics (3)

ENGL1020. English Composition (3)

KINE1000. Fundamentals of Wellness (1)

MATH2510. Calculus I (4)

MATH2520. Calculus II (4)

MATH3530. Vector Calculus (3)

Social Science Requirement Elective (4)

Sophomore year

COMP1220. Introduction to Computer Science (3)

COMP2220. Computer Programming in C++ (3); and,

COMP2220L. Computer Programming in C++ Laboratory (1)

ECON2410. Microeconomic Analysis (3); or,

ECON2420. Macroeconomic Analysis (3)

ENGL2020. Research Writing and Critical Thinking (3)

MATH3540. Differential Equations (3)

PHYS2110. Physics for Science and Engineering I (3); and,

PHYS2110L. Physics for Science and Engineering I Laboratory (1)

PHYS2120. Physics for Science and Engineering II (3); and,

PHYS2120L. Physics for Science and Engineering II Laboratory (1)

THEO2100. Introduction to Christian Theology (3)

Humanities Requirement Electives (12)

Kinesiology activity (1)

Junior year

COMM1210. Introduction to Public Speaking (2)

ENGR3430. Mechanics of Materials (3)

PHYS3410. Analytic Mechanics (3)

Humanities Requirement Electives (12)

Social Science Requirement Electives (12)

Kinesiology activities (2)

Courses in field of engineering the student plans to pursue.

Chemical Engineering

CHEM3210. Organic Chemistry I (3); and,

CHEM3210L. Organic Chemistry I Laboratory (1)

CHEM3220. Organic Chemistry II (3); and,

CHEM3220L. Organic Chemistry II Laboratory (1)

CHEM3510. Thermodynamics and Kinetics (3)

Electrical Engineering

ENGR3620. Analog Electronics (3); and,

ENGR3620L. Analog Electronics Laboratory (1)

ENGR3630. Digital Electronics (3); and,

ENGR3630L. Digital Electronics Laboratory (1)

MATH3560. Numerical Analysis (3)

PHYS4610. Electricity and Magnetism (3)

Mechanical and Aerospace Engineering

ENGR3630. Digital Electronics (3); and,

ENGR3630L. Digital Electronics Laboratory (1)

MATH3560. Numerical Analysis (3)

PHYS3510. Thermodynamics and Statistical Mechanics (3)

Civil and Environmental Engineering

ENGR3620. Analog Electronics (3); and,

ENGR3620L. Analog Electronics Laboratory (1)

PHYS3510. Thermodynamics and Statistical Mechanics (3)