What You'll Learn
Reach greater heights with the new Aerospace Engineering Concentration now at Calvin!
From airplanes and rockets to wind turbines and underwater vehicles, you’ll put your ingenuity to work solving problems and pushing the boundaries of what modern technology can accomplish. At Calvin, you’ll find everything you need to do that: experienced faculty, high-tech facilities, state-of-the-art tools, hands-on internships, and the chance to study abroad.
Be prepared to take part in this rapidly expanding global field. And because this is a Calvin engineering degree, you’ll graduate with something equally important: a desire to use your skills to make life more just.
What Makes This Program Great
- Graduate in four years with real-world experience: It’s rare to find an accredited Aerospace engineering program at a Christian university, let alone one with internship and study abroad opportunities. At Calvin, you will!
- Enhance your degree: Employers aren’t just looking for engineers with technical skills—they want engineers with broad skillsets and proven adaptability. Stand out in the job market by adding an optional international or sustainability designation to your degree.
- Faithful creativity: Your professors are committed Christians who approach engineering as a way to create solutions to real problems. At Calvin, faith and ethics aren’t an optional addition—they’ll infuse everything you design and build.
The aerospace engineering concentration option within the engineering program focuses on providing depth in all forms of craft based flight and design. Students completing this option may pursue careers in a variety of industries that require aerospace expertise.
Aerospace Engineering Concentration Requirements
(40 semester hours minimum)
- ENGR 305 - Mechanics of Materials
- ENGR 319 - Introduction to Thermal Sciences
- ENGR 361 - Aircraft Performance and Flight Mechanics
- ENGR 363 - Aerodynamics I
- ENGR 362 - Aerospace Structures
- ENGR 364 - Aerodynamics II
- ENGR 366 - Stability and Dynamics of Aerospace Vehicles
- ENGR 367 - Propulsion
- ENGR 369 - Aerospace Systems Design
- ENGR 315 - Control Systems
- PHYS 335 - Classical Mechanics and Orbital Dynamics
Total Semester Hours: at least 130
(includes at least 26 hours of nonoverlapping Core requirements)
General Engineering Courses
(26 semester hours)
- ENGR 101 - Introduction to Engineering Design
- ENGR 202 - Statics and Dynamics
- ENGR 204 - Circuits Analysis and Electronics
- ENGR 205 - Principles of Materials Science
- ENGR 209 - Introduction to Conservation Laws and Fluid Mechanics
- ENGR 294 - Engineering Seminar
- ENGR 295 - Internship Workshop
- ENGR 339 - Senior Design Project
- ENGR 340 - Senior Design Project
- ENGR 394 - Engineering Seminar
Cognates
(38 semester hours minimum. Some courses may fulfill Core requirements.)
- BUS 357 - Business for Engineers
OR
AND
- CHEM 101 - General Chemistry I
OR
- IDIS 102 - Oral Rhetoric for Engineers
OR
- MATH 171 - Calculus I
- MATH 172 - Calculus II
- MATH 231 - Differential Equations with Linear Algebra
- MATH 271 - Multivariable Calculus
- PHYS 133 - Introductory Physics: Mechanics and Gravity
- PHYS 235 - Introductory Physics: Electricity and Magnetism
Take One from the Following
Take One from the Following
Take One from the Following
- STAT 241 - Engineering Statistics
- STAT 143 - Introduction to Probability and Statistics
- STAT 145 - Biostatistics
- STAT 243 - Statistics
- STAT 341 - Computational Bayesian Statistics
- STAT 343 - Probability and Statistics
- STAT 344 - Mathematical Statistics
Take One from the Following
Take at Least 8 Hours of Upper-Level Technical Electives
At Least 2 Hours of Advanced Mathematics or Basic Science Electives
- ASTR 201 - Astrophysical Black Holes
- ASTR 211 - Planetary and Stellar Astronomy
- ASTR 212 - Galactic Astronomy and Cosmology
- BIOL 141 - Cell Biology and Genetics for the Health Sciences
- BIOL 160 - Ecological and Evolutionary Systems
- BIOL 161 - Cellular and Genetic Systems
- BIOL 205 - Human Anatomy
- BIOL 206 - Human Physiology
- BIOL 207 - Medical Microbiology
- BIOL 231 - Introduction to Animal Physiology
- BIOL 232 - Introduction to Plant Physiology
- BIOL 364 - Global Health, Environment, and Sustainability
- BIOL 372 - Dutch Sustainability: Is Orange the New Green?
- BIOL 396 - Perspectives in Medicine
- CHEM 102 - General Chemistry II
- CHEM 210 - Analytical Chemistry
- CHEM 230 - Essential Inorganic Chemistry
- CHEM 240 - Survey of Organic Chemistry
- CHEM 241 - Organic Chemistry I
- GEO 120 - Earth Systems
- GEO 151 - Introduction to Geology
- GEO 152 - Historical Geology
- GEO 215 - Mineralogy
- GEO 252 - Geomorphology
- GEO 325 - Hydrogeology
- KIN 212 - Anatomical Kinesiology
- KIN 213 - Biomechanics and Motor Learning
- MATH 305 - The Geometry and Topology of Manifolds
- MATH 312 - Logic, Computability, and Complexity
- MATH 331 - Nonlinear Dynamics and Chaos
- MATH 333 - Partial Differential Equations
- MATH 335 - Numerical Analysis
- MATH 355 - Advanced Linear Algebra
- MATH 361 - Real Analysis I
- MATH 362 - Real Analysis II
- MATH 365 - Complex Variables with Topics
- MATH 385 - Topics in Mathematics
- PHYS 130 - Particles, Nuclei, and Astronomy
- PHYS 131 - Matter, Light, and Energy
- PHYS 246 - Waves, Optics, and Optical Technology
- PHYS 306 - Introduction to Quantum Physics
- PHYS 335 - Classical Mechanics
- PHYS 345 - Electromagnetism
- PHYS 346 - Advanced Optics
- PHYS 365 - Thermodynamics and Statistical Mechanics
- PHYS 375 - Quantum Mechanics
- STAT 341 - Computational Bayesian Statistics
- STAT 343 - Probability and Statistics
- STAT 344 - Mathematical Statistics
At Least 2 Hours of Engineering Electives
- ENGR 220 - Introduction to Computer Architecture
- ENGR 250 - Introduction to Biomedical Engineering
- ENGR 302 - Engineering Electromagnetics
- ENGR 303 - Chemical Engineering Principles and Thermodynamics
- ENGR 304 - Fundamentals of Digital Systems
- ENGR 306 - Principles of Environmental Engineering
- ENGR 307 - Electrical Signals and Systems
- ENGR 308 - Environmental Engineering Design
- ENGR 311 - Electronic Devices and Circuits
- ENGR 312 - Chemical Engineering Thermodynamics
- ENGR 315 - Control Systems
- ENGR 318 - Soil Mechanics and Foundation Design
- ENGR 320 - Hydraulic Engineering
- ENGR 321 - Hydraulic Engineering Design
- ENGR 326 - Structural Analysis
- ENGR 327 - Structural Design
- ENGR 330 - Fluid Flow and Heat Transfer
- ENGR 338 - Introduction to Traffic Engineering and Highway Design
- ENGR 342 - Process Dynamics, Modeling, and Control
- ENGR 350 - Special Topics in Engineering
- ENGR 354 - Sustainability Engineering
Take the Remaining Hours from Advanced Mathematics, Basic Science, Technical, or Engineering Electives
- ASTR 201 - Astrophysical Black Holes
- ASTR 211 - Planetary and Stellar Astronomy
- ASTR 212 - Galactic Astronomy and Cosmology
- BIOL 141 - Cell Biology and Genetics for the Health Sciences
- BIOL 160 - Ecological and Evolutionary Systems
- BIOL 161 - Cellular and Genetic Systems
- BIOL 205 - Human Anatomy
- BIOL 206 - Human Physiology
- BIOL 207 - Medical Microbiology
- BIOL 231 - Introduction to Animal Physiology
- BIOL 232 - Introduction to Plant Physiology
- BIOL 364 - Global Health, Environment, and Sustainability
- BIOL 372 - Dutch Sustainability: Is Orange the New Green?
- BIOL 396 - Perspectives in Medicine
- CHEM 102 - General Chemistry II
- CHEM 210 - Analytical Chemistry
- CHEM 230 - Essential Inorganic Chemistry
- CHEM 240 - Survey of Organic Chemistry
- CHEM 241 - Organic Chemistry I
- CS 112 - Introduction to Data Structures
- CS 212 - Data Structures and Algorithms
- CS 214 - Programming Language Concepts
- CS 232 - Operating Systems and Networking
- CS 300 - Special Topics in Computer Science
- CS 326 - Embedded Systems and the Internet of Things
- ENGR 220 - Introduction to Computer Architecture
- ENGR 250 - Introduction to Biomedical Engineering
- ENGR 302 - Engineering Electromagnetics
- ENGR 303 - Chemical Engineering Principles and Thermodynamics
- ENGR 304 - Fundamentals of Digital Systems
- ENGR 306 - Principles of Environmental Engineering
- ENGR 307 - Electrical Signals and Systems
- ENGR 308 - Environmental Engineering Design
- ENGR 311 - Electronic Devices and Circuits
- ENGR 312 - Chemical Engineering Thermodynamics
- ENGR 314 - Vibration Analysis
- ENGR 318 - Soil Mechanics and Foundation Design
- ENGR 320 - Hydraulic Engineering
- ENGR 321 - Hydraulic Engineering Design
- ENGR 326 - Structural Analysis
- ENGR 327 - Structural Design
- ENGR 330 - Fluid Flow and Heat Transfer
- ENGR 338 - Introduction to Traffic Engineering and Highway Design
- ENGR 342 - Process Dynamics, Modeling, and Control
- ENGR 350 - Special Topics in Engineering
- ENGR 354 - Sustainability Engineering
- GEO 120 - Earth Systems
- GEO 151 - Introduction to Geology
- GEO 152 - Historical Geology
- GEO 215 - Mineralogy
- GEO 252 - Geomorphology
- GEO 260 - GIS and Cartography
- GEO 325 - Hydrogeology
- KIN 212 - Anatomical Kinesiology
- KIN 213 - Biomechanics and Motor Learning
- MATH 305 - The Geometry and Topology of Manifolds
- MATH 312 - Logic, Computability, and Complexity
- MATH 331 - Nonlinear Dynamics and Chaos
- MATH 333 - Partial Differential Equations
- MATH 335 - Numerical Analysis
- MATH 355 - Advanced Linear Algebra
- MATH 361 - Real Analysis I
- MATH 362 - Real Analysis II
- MATH 365 - Complex Variables with Topics
- MATH 385 - Topics in Mathematics
- PHYS 130 - Particles, Nuclei, and Astronomy
- PHYS 131 - Matter, Light, and Energy
- PHYS 246 - Waves, Optics, and Optical Technology
- PHYS 306 - Introduction to Quantum Physics
- PHYS 335 - Classical Mechanics
- PHYS 345 - Electromagnetism
- PHYS 346 - Advanced Optics
- PHYS 365 - Thermodynamics and Statistical Mechanics
- PHYS 375 - Quantum Mechanics
- STAT 341 - Computational Bayesian Statistics
- STAT 343 - Probability and Statistics
- STAT 344 - Mathematical Statistics
Total Semester Hours: at least 130
(includes at least 26 hours of nonoverlapping Core requirements)
Add a sustainability designation to your engineering degree
Adding a sustainability designation to your degree means you’re committed to a bigger vision of what you can do as a student at Calvin. It also means you’ll be well-suited for the job market.
Study engineering in Germany
Study engineering while you learn some German language and culture at the Technische Universität Berlin. This six-week off-campus program is a highlight of the Calvin's engineering program.