Pre-Fall 2018 Curriculum Guide
Degree requirements are determined by each student's requirement term. For the current academic year's requirements, please visit the Emphases and Concentrations pages. The following requirements are for students who started the degree prior to Fall 2018. You can find your requirement term in your degree audit. Contact your academic advisor if you have questions.
Emphases
Aerospace engineers design, test and operate complex aerospace and related systems. They often develop new technologies in specialized areas such as systems engineering, structural design, navigation guidance and control systems, production methods or many others. Depending on a student's chosen Concentration, an Aerospace Emphasis could lead to additional careers in maintenance, manufacturing systems, materials and mechanical systems.
The e+ degree requirements include completion of 128 semester hours of required and elective courses with a minimum grade point average of 2.25. Beginning with the incoming class of Fall 2016, the minimum passing grade for prerequisite and corequisite courses for the e+ Aerospace Emphasis curriculum is a C, including courses completed outside the department (APPM, PHYS, etc.). Beginning with the incoming class of Fall 2018, GEEN 2851 and GEEN 3852 will be required courses for all e+ Emphases except Aerospace.
The e+ Aerospace Emphasis curriculum consists of 56 engineering credit hours, including a two-semester capstone design experience.
- e+ Aerospace Engineering Core 35 credits
- e+ Aerospace Emphasis 22 credits
- e+ Concentration ~12 credits
- Foundational Coursework 46-48 credits (credit breakdown below)
- Applied Mathematics courses 16 credits
- Science courses 12-14 credits
- Writing course 3 credits
- Humanities & Social Sciences courses 15 credits
- Free Elective up to 13 credits
- ~128 total credits
Required:
- Computer Science 1: Starting Computing Engineering Applications♦ (CSCI 1320♦) 4 credits
- Engineering Projects (GEEN 1400) 3 credits
- Materials Science for Aerospace Engineers (ASEN 1022) 3 credits
- Intro to Statics, Structures, and Materials (ASEN 2001) 4 credits
- Intro to Thermodynamics & Aerodynamics (ASEN 2002) 4 credits
- Experimental and Computational Methods (ASEN 2012) 2 credits
- Engineering for the Community (GEEN 2400) 3 credits
- Aerospace Electronics and Communications (ASEN 3300) 4 credits
- Invention and Innovation (GEEN 3400) 3 credits
- Thermodynamics and Heat Transfer (ASEN 3113) 4 credits
♦ Standard course substitutions:
CSCI 1320: CSCI 1300 (4), CSCI 1310 (4), CHEN 1310 (3), or ECEN 1310 (4)
Required:
- Introduction to Dynamics and Systems (ASEN 2003) 5 credits
- Aerospace Vehicle Design and Performance (ASEN 2004) 5 credits
Select one:
- Aerodynamics (ASEN 3111) 4 credits
- Structures (ASEN 3112) 4 credits
- Aircraft Dynamics (ASEN 3128) 4 credits
- Orbital Mechanics/Altitude Determination and Control (ASEN 3200) 4 credits
Required:
- Senior Projects 1: Design Synthesis (ASEN 4018) 4 credits
- Senior Projects 2: Design Practicum (ASEN 4028) 4 credits
Architectural engineers are creative problem solvers who meet the challenges of energy needs, building systems, urban development and community planning. They often design structural, mechanical, lighting and electrical systems of buildings. Depending on a student's chosen Concentration, an Architectural Emphasis could lead to additional careers in contruction or project management, architectural design or as a technician.
The e+ degree requirements include completion of 128 semester hours of required and elective courses with a minimum grade point average of 2.25 Beginning with the incoming class of Fall 2016, the minimum passing grade for prerequisite and corequisite courses for the e+ Architectural Emphasis curriculum is a C, including courses completed outside the department (APPM, PHYS, etc.). Beginning with the incoming class of Fall 2018, GEEN 2851 and GEEN 3852 will be required courses.
The e+ Architectural Emphasis curriculum consists of 55 engineering credit hours, including a two-semester capstone design experience.
- e+ Architectural Engineering Core 28 credits
- e+ Architectural Emphasis 28 credits
- e+ Concentration ~12 credits
- Foundational Coursework 46-48 credits (credit breakdown below)
- Applied Mathematics courses 16 credits
- Science courses 12-14 credits
- Writing courses 3 credits
- Humanities & Social Sciences courses 15 credits
- Free Electives up to 14 credits
- ~128 total credits
Required:
- Introduction to Engineering Computing♦ (CHEN 1310♦) 3 credits
- Engineering Projects (GEEN 1400) 3 credits
- Engineering for the Community (GEEN 2400) 3 credits
- Statics for Engineers (GEEN 2851) 3 credits
- Circuits and Electronics for Engineers (ECEN 3010) 3 credits
- Mechanics of Materials I (CVEN 3161) 3 credits
- Probability, Statistics and Decision (CVEN 3227) 3 credits
- Invention and Innovation (GEEN 3400) 3 credits
- Thermodynamics for Engineers (GEEN 3852) 3 credits
♦ Standard course substitutions:
CHEN 1310: CSCI 1300 (4), CSCI 1310 (4), CSCI 1320 (4), or ECEN 1310 (4)
Required:
- Engineering Drawing (AREN 1027) 3 credits
- Engineering Systems for Buildings (AREN 2050) 3 credits
- Introduction to Geomatics (CVEN 2012) 3 credits
Select one focus area with three associated courses:
- Electrical/Lighting
Illumination 1 (AREN 3540) 3 credits
Illumination 2 (AREN 4550) 3 credits
Building Electrical Systems Design I (AREN 4570) 3 credits - Mechanical Systems
Fluid Mechanics & Heat Transfer (AREN 2120) 3 credits
Mechanical Systems for Buildings (AREN 3010) 3 credits
HVAC Design I (AREN 4110) 3 credits - Construction
Introduction to Construction (CVEN 3246) 3 credits
Project Management 1 (CVEN 4506) 3 credits
Project Management 2 (CVEN 4606) 3 credits - Structures
Structural Analysis (CVEN 3525) 3 credits
Steel Design (CVEN 4545) 3 credits
Reinforced Concrete Design (CVEN 4555) 3 credits
Required:
- Architectural Appreciation and Design (ARCH 4010) 5 credits
- Architectural Engineering Design (AREN 4317) 5 credits
Civil engineers are problem solvers meeting the challenges of pollution, clean drinking water, climate change, energy needs, community planning and much more for the cities of the 21st century. Depending on a student's chosen Concentration, a Civil Emphasis could lead to additional careers in construction, geotechnical systems, structural systems or transportation.
The e+ degree requires the completion of 128 semester hours of required and elective courses with a minimum grade point average of 2.25. Beginning with the incoming class of Fall 2016, the minimum passing grade for prerequisite and corequisite courses for the e+ Civil Emphasis curriculum is a C, including courses completed outside the department (APPM, PHYS, etc.). Beginning with the incoming class of Fall 2018, GEEN 2851 and GEEN 3852 will be required courses.
The e+ Civil Emphasis curriculum consists of 52-53 engineering credit hours, including a one-semester capstone design experience.
- e+ Civil Engineering Core 31 credits
- e+ Civil Emphasis 22 credits
- e+ Concentration ~12 credits
- Foundational Coursework (credit breakdown below)
- Applied Mathematics courses 16 credits
- Science courses 12-14 credits
- Writing course 3 credits
- Humanities & Social Sciences courses 15 credits
- Free Electives up to 20 credit hours
- ~128 total credits
Required:
- Introduction to Engineering Computing♦ (CHEN 1310♦) 3 credits
- Engineering Projects (GEEN 1400) 3 credits
- Engineering for the Community (GEEN 2400) 3 credits
- Statics for Engineers (GEEN 2851) 3 credits
- Basic Electronics or Circuits and Electronics for Engineers (GEEN 3010 or ECEN 3010) 3 credits
- Mechanics of Materials I (CVEN 3161) 3 credits
- Probability, Statistics and Decision (CVEN 3227) 3 credits
- Invention and Innovation (GEEN 3400) 3 credits
- Thermodynamics for Engineers (GEEN 3852) 3 credits
Select one:
- Hydraulic Engineering (CVEN 3323) 3 credits
- Geotechnical Engineering I (CVEN 3708) 3 credits
♦ Standard course substitutions:
CHEN 1310: CSCI 1300 (4), CSCI 1310 (4), CSCI 1320 (4), or ECEN 1310 (4)
Required:
- Theoretical Fluid Mechanics♦ (CVEN 3313♦) 3 credits
Select two Fundamental Courses (cannot double count course from above:
- Structural Analysis (CVEN 3525) 3 credits
- Geotechnical Engineering I (CVEN 3708) 3 credits
- Introduction to Construction (CVEN 3246) 3 credits
- Fundamentals of Environmental Engineering (CVEN 3414) 3 credits
- Hydraulic Engineering (CVEN 3323) 3 credits
Select one:
- Fundamental course that you have not yet taken 3-4 credits
- Engineering Drawing or Computer-Aided Design and Fabrication (GEEN 1027 or MCEN 1025) 3-4 credits
- Engineering Economics (EMEN 4100) 3-4 credits
Select a Focus Area with two associated courses:
- Structures:
Steel Design (CVEN 4545) 3 credits
Reinforced Concrete Design (CVEN 4555) 3 credits - Geotechnical:
Geotechnical Engineering 2 (CVEN 3718) 3 credits
Foundation Engineering (CVEN 4728) 3 credits - Environmental:
Water and Wastewater Treatment* (CVEN 3424*) 3 credits
Hazardous & Industrial Waste Management* (CVEN 4474*) 3 credits - Water Resources:
Engineering Hydrology (CVEN 4333) 3 credits
Groundwater Engineering (CVEN 4353) 3 credits - Construction:
Construction Equipment and Methods (CVEN 3256) 3 credits
Project Management 1 (AREN 4506) 3 credits
Required:
- Civil Engineering Senior Project Design (CVEN 4899) 4 credits
* Course offered intermittently
♦ Standard course substitutions:
CVEN 3313: AREN 2120 (3), MCEN 3021 (3), or CHEN 3200 (3)
Electrical engineers work at the forefront of technological innovation to design and improve electrical and electronic systems, devices and instruments for our world's biggest challenges in energy, health, safety and even space exploration. Depending on a student's chosen Concentration, an Electrical Emphasis could lead to additional careers in sales engineering, electrical repairs and computer development.
The e+ degree requirements include completion of 128 semester hours of required and elective courses with a minimum grade point average of 2.25. Beginning with the incoming class of Fall 2016, the minimum passing grade for prerequisite and corequisite courses for the e+ Electrical Emphasis curriculum is a C, including courses completed outside the department (APPM, PHYS, etc.). Beginning with the incoming class of Fall 2018, GEEN 2851 and GEEN 3852 will be required courses.
The e+ Electrical Emphasis curriculum consists of 53 engineering credit hours, including a two-semester capstone design experience.
- e+ Electrical Engineering Core 33 credits
- e+ Electrical Emphasis 21 credits
- e+ Concentration ~12 credits
- Foundational Coursework (credit breakdown below)
- Applied Mathematics courses 16 credits
- Science courses 12-14 credits
- Writing course 3 credits
- Humanities & Social Sciences courses 15 credits
- Free Electives up to 16 credits
- ~128 total credits
Required:
- Introduction to Engineering Computing♦ (ECEN 1310♦) 4 credits
- Engineering Projects♦ or Intro to Digital and Analog Electronics^ (GEEN 1400♦ or ECEN 1400^) 3 credits
- Statics for Engineers (GEEN 2851) 3 credits
- Materials Science (MCEN 2024) 3 credits
- Introduction to Circuits and Electronics (ECEN 2250) 3 credits
- Electronics Design Lab (ECEN 2270) 3 credits
- Engineering for the Community (GEEN 2400) 3 credits
- Data Analysis & Experimental Methods (MCEN 3047) 4 credits
- Invention and Innovation (GEEN 3400) 3 credits
- Thermodynamics for Engineers (GEEN 3852) 3 credits
^ ECEN 1400 is the preferred choice of EE department, but not required specifically for e+ majors.
♦ Standard course substitutions:
ECEN 1310: CSCI 1300 (4), CSCI 1310 (4), or CSCI 1320 (4)
GEEN 1400: ASEN 1400 (3), COEN 1400 (3), COEN 1410 (3), or ECEN 1400 (3)
Required:
- Circuits as Systems (ECEN 2260) 3 credits
- Digital Logic (ECEN 2350) 3 credits
Select three:
- Microelectronics (ECEN 3250) 3 credits
- Linear Systems (ECEN 3300) 3 credits
- Programming of Digital Systems (ECEN 3350) 3 credits
- Digital Design Laboratory (ECEN 3360) 3 credits
- Electromagnetic Fields and Waves (ECEN 3400) 3 credits
Required:
- Capstone Laboratory, Part 1 (ECEN 4610) 3 credits
- Capstone Laboratory, Part 2 (ECEN 4620) 3 credits
Environmental engineers are creative problem solvers for issues like air and water pollution, toxic waste and unsafe drinking water. Environmental engineers can make a real difference in the survival of our planet. Depending on a student's chosen Concentration, an Environmental Emphasis could lead to additional careers as hydrologists, natural science managers or environmental specialists.
The e+ degree requirements include completion of 128 semester hours of required and elective courses with a minimum grade point average of 2.25. Beginning with the incoming class of Fall 2016, the minimum passing grade for prerequisite and corequisite courses for the e+ Environmental Emphasis curriculum is a C, including courses completed outside the department (APPM, PHYS, etc.). Beginning with the incoming class of Fall 2018, GEEN 2851 and GEEN 3852 will be required courses.
The e+ Environmental Emphasis curriculum consists of 52-53 engineering credit hours, including a one-semester capstone design experience.
- e+ Environmental Engineering Core 28 credits
- e+ Environmental Emphasis 25 credits
- e+ Concentration ~12 credits
- Foundational Coursework (credit breakdown below)
- Applied Mathematics courses 16 credits
- Science courses 14 credits
- Writing course 3 credits
- Humanities & Social Sciences courses 15 credits
- Free Electives up to 18 credits
- ~128 total credits
Required:
- Introduction to Engineering Computing♦ (CHEN 1310♦) 3 credits
- Engineering Projects (GEEN 1400) 3 credits
- Engineering Projects for the Community (GEEN 2400) 3 credits
- Statics for Engineers (GEEN 2851) 3 credits
- Circuits and Electronics for Engineers (ECEN 3010) 3 credits
- Mechanics of Materials I (CVEN 3161) 3 credits
- Probability, Statistics and Decision (CVEN 3227) 3 credits
- Invention and Innovation (GEEN 3400) 3 credits
- Thermodynamics for Engineers (GEEN 3852) 3 credits
♦ Standard course substitutions:
CHEN 1310: CSCI 1300 (4), CSCI 1310 (4), CSCI 1320 (4), or ECEN 1310 (4)
Required:
- Hydraulic Engineering (CVEN 3323) 3 credits
- Fundamentals of Environmental Engineering (CVEN 3414) 3 credits
- Fluid Mechanics♦ (CVEN 3313♦) 3 credits
Select three:
- Air Pollution Control Engineering (MCEN 4131) 3 credits
- Water Chemistry (EVEN 4404) 3 credits
- Intro to Environmental Microbiology (EVEN 4484) 3 credits
- Engineering Hydrology (CVEN 4333) 3 credits
- Water and Wastewater Treatment (CVEN 3424) 3 credits
- Intro to Applied Ecology (CVEN 3434) 3 credits
- Hazardous and Industrial Waste Management* (CVEN 4474*) 3 credits
Select one:
- A fourth course from the list above, that you have not yet taken 3-4 credits
- Engineering Drawing OR Computer-Aided Design and Fabrication (GEEN 1027 OR MCEN 1025) 3-4 credits
- Engineering Economics (EMEN 4100) 3-4 credits
Required:
- Environmental Engineering Design (CVEN 4434) 4 credits
* CVEN 4474 offered intermittently
♦ Standard course substitutions:
CVEN 3313: AREN 2120 (3), MCEN 3021 (3), or CHEN 3200 (3)
Mechanical engineers are at the core of a discipline that encompasses the general areas of design and manufacturing, fluid and solid mechanics, and thermal and materials science. They work in a wide range of industries such as automotive, aerospace, chemical, computer, mining, pharmaceutical and many more. Depending on a student's chosen Concentration, a Mechanical Emphasis could lead to additional careers in research and development, manufacturing or equipment management.
The e+ degree requirements include completion of 128 semester hours of required and elective courses with a minimum grade point average of 2.25. Beginning with the incoming class of Fall 2016, the minimum passing grade for prerequisite and corequisite courses for the e+ Mechanical Emphasis curriculum is a C, including courses completed outside the department (APPM, PHYS, etc.). Beginning with the incoming class of Fall 2018, GEEN 2851 and GEEN 3852 will be required courses.
The e+ Mechanical Emphasis curriculum consists of 53-54 engineering credit hours, including a two-semester capstone design experience.
- e+ Mechanical Engineering Core 30 credits
- e+ Mechanical Emphasis 24 credits
- e+ Concentration ~12 credits
- Foundational Coursework (credit breakdown below)
- Applied Mathematics courses 16 credits
- Science courses 13-14 credits
- Writing course 3 credits
- Humanities & Social Sciences courses 15 credits
- Free Electives up to 18 credits
- ~128 total credits
Required:
- Computer Science 1: Starting Computing Engineering Applications♦ (CSCI 1320♦) 4 credits
- Engineering Projects (GEEN 1400) 3 credits
- Materials for Engineers or Materials Science (GEEN 3024 or MCEN 2024) 3 credits
- Engineering for the Community (GEEN 2400) 3 credits
- Statics for Engineers (GEEN 2851) 3 credits
- Circuits/Electronics for Mechanical Engineers (ECEN 3010) 3 credits
- Data Analysis (MCEN 3037) 2 credits
- Invention and Innovation (GEEN 3400) 3 credits
- Thermodynamics for Engineers (GEEN 3852) 3 credits
- Measurements Lab (MCEN 4037) 2 credits
♦ Standard course substitutions:
CHEN 1310: CSCI 1300 (4), CSCI 1310 (4), CSCI 1320 (4), or ECEN 1310 (4)
Required:
- Mechanics of Solids (MCEN 2063) 3 credits
- Fluid Mechanics (MCEN 3021) 3 credits
- Dynamics (MCEN 2043) 3 credits
- Component Design (MCEN 3025) 3 credits
- System Dynamics (MCEN 4043) 3 credits
Select one of the following Technical Electives:
- Engineering Drawing or Computer-Aided Design and Fabrication (GEEN 1027 or MCEN 1025) 3-4 credits
- Engineering Economics (EMEN 4100) 3-4 credits
Required:
- Capstone Design 1*** (MCEN 4045***) 3 credits
- Capstone Design 2 (MCEN 4085) 3 credits
*** All students must attend the Junior Pre-Expo or the ME Design Expo to register for the course by June 1st.
Concentrations
The 12-credit Applied Mathematics Minor Concentration is for students wanting to acquire in-depth knowledge of mathematical techniques, computational methods and problem-solving strategies which are increasingly important for analysis or modeling of real world situations. In addition to the four courses required for the e+ degree (APPM 1350, APPM 1360, APPM 2350 and APPM 2360), students who choose the Applied Mathematics Minor Concentration will complete the 12-credit hours of coursework required to earn a Minor in Applied Mathematics.
Below are the credit hours required for the Applied Mathematics Minor Concentration:
Required:
- Matrix Methods & Applications (APPM 3310) 3 credits
Choose Two:
- Intermediate Numerical Analysis 1 (APPM 4650) 3 credits
- Methods in Applied Mathematics: Fourier Series & Boundary Value Problems (APPM 4350) 3 credits
- Methods in Applied Mathematics: Complex Variables & Applications (APPM 4360) 3 credits
Choose One:
- Upper Division APPM course at the 3000 or 4000 level 3 credits
Total Credits:
- 12 credits
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: Students must officially declare the minor with the Applied Math department.
The 12-credit hour Applied Mathematics in Statistics Concentration is for e+ students who would like to acquire in-depth training in statistical methods and techniques, realizing that the ability to understand, visualize and analyze data has become an increasingly important skill in many fields. Requirements for this concentration address most, but not all, requirements to earn an Applied Mathematics Minor in Statistics.
Note: Attaining an Applied Mathematics Minor in Statistics requires you choose APPM 4590 as your elective course, plus that you take one additional elective course from the "Choose One" list below.
Below are the credit hours required for students who choose the Applied Mathematics in Statistics Concentration:
Required:
- Matrix Methods & Applications (APPM 3310) 3 credits
- Applied Probability (APPM 3570) 3 credits
- Introduction to Mathematical Statistics (APPM 4520) 3 credits
Choose One:
- Introduction to Time Series (APPM 4540) 3 credits
- Markov Processes, Queues & Monte Carlo Simulations (APPM 4560) 3 credits
- Statistical Applications: Software & Methods (APPM 4580) 3 credits
- Statistical Modeling* (APPM 4590) 3 credits
Total Credits:
- 12 credits
* Earning an Applied Mathematics Minor in Statistics requires you choose APPM 4590 as your elective course, plus you must take one additional elective course from the "Choose One" list.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: Students must officially declare the minor with the Applied Math department.
The 12-credit hour Business Minor Concentration is designed for students to perform in an emerging global business environment. Students are introduced to essential elements of Marketing, Management, Accounting, Finance and Corporate Social Responsibility. Students choose between three different track options: Innovation, Analytics or Entrepreneurship, culminating in a capstone course that focuses on strategy, application and the development of a "venture plan".
Students pursuing the Business Minor are required to apply to the Minor Program. The Fall deadline is October 15th and the Spring deadline is March 15th. Students need a minimum of 3 semesters in order to complete the Business Minor.
Below are the credit hours required for the Business Minor Concentration:
Required:
- Principles of Marketing & Management* (BUSM 2001) 3 credits
- Principles of Marketing (BUSM 2010) 1.5 credits
- Principles of Management (BUSM 2011) 1.5 credits
- Financial Accounting & Finance* (BUSM 2002) 3 credits
- Principles of Accounting (BUSM 2020) 1.5 credits
- Principles of Finance (BUSM 2021) 1.5 credits
Choose One:
- Innovation Track:
- Managing Innovation in Organizations* (BUSM 3001) 3 credits
- Managing Innovation I (BUSM 3010) 1.5 credits
- Managing Innovation II (BUSM 3011) 1.5 credits
- Managing Innovation in Organizations* (BUSM 3001) 3 credits
- Analytics Track:
- Business & Financial Analytics* (BUSM 3002) 3 credits
- Business & Financial Analytics I (BUSM 3020) 1.5 credits
- Business & Financial Analytics II (BUSM 3021) 1.5 credits
- Business & Financial Analytics* (BUSM 3002) 3 credits
- Entrepreneurship Track:
- New Venture Creation (BUSM 3003) 3 credits
- Now: New Venture Creation: Introduction to Entrepreneurship (BUSM 3030) 3 credits
- New Venture Creation (BUSM 3003) 3 credits
- Global Track:
- Global Business for Business Minors (BUSM 3004)** 3 credits
- Now: Introduction to International Business and Consulting (BUSM 3040)** 3 credits
- Global Business for Business Minors (BUSM 3004)** 3 credits
** BUSM 3004 is a global, study abroad experience which requires an additional cost and occurs over the summer.
Required:
- Professional Business/Venture Plan Development (BUSM 4001) 3 credits
- Now: Professional Business Plan Development (BUSM 4010) 3 credits
Total Credits:
- 12 credits
* Beginning Fall 2018 these courses are split into two corresponding sections.
Note: Section numbers must match for the 1.5 credit courses (i.e. BUSM 2010-100 & BUSM 2011-100)
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: Students accepted into the Business Minor must pay a $500 per course fee (in addition to standard tuition), or $2,000 for the 4-course/12-credit program. Students who pursue multiple tracks for increased breadth of application should plan to pay an additional $500 for each course taken. The global track course fee is $500, plus the cost of the international experience. Cost caries from year-to-year based on destination and inflation. All engineering majors admitted to the Business Minor are automatically considered for a $2,000 scholarship to cover the full cost of the program.
Everyone is a teacher!...and we are happy you've chosen to engage with the next generation of STEM students. You're making an impact, whether you lead projects teams, mentor others or engage in community events. You are uniquely preparing yourself to be a Math educator with the Scientific, Technological, Engineering and Mathematical literacy to improve the teaching and learning of math and engineering subjects in classrooms. The CU Teach Engineering Math Concentration requires completion of all semester hours of required and elective courses with a minimum GPA of 2.75. It includes 28 math credit hours and 30 education credit hours, including a culminating semester-long student teaching experience in a middle or high school math classroom in the Denver Schools of Science and Technology (DSST), as required by the Colorado Department of Education (CDE).
Need to apply to the Undergraduate Teacher Licensure program through the School of Education? You can as early as your sophomore year, resulting in dual enrollment in both the College of Engineering & Applied Science and the School of Education.
Required:
- Step 1: Inquiry Approaches to Teaching (EDUC 2020) 1 credit
- Step 2: Inquiry-Based Lesson Design (EDUC 2030) 2 credit
- Classroom Interactions* (EDUC 4060) 3 credits
- Language & Literacy Across the Curriculum* (EDUC 4232) 3 credits
- Differentiating Instruction in Diverse Secondary Classrooms*° (EDUC 4023) 3 credits
- Project-Based Instruction*° (EDUC 5375) 3 credits
- Teaching Design spring only (GEEN 4400) 3 credits
- Knowing & Learning in Mathematics & Science (EDUC 4050) 3 credits
- Student Teaching * (EDUC 4742) 12 credits
Total Credits:
- 33 credits
* Restricted to students admitted to School of Education's Secondary Math/Science Teacher Licensure Program.
° Taken concurrently.
Required:
- Calculus 1♦ (APPM 1350) 4 credits
- Calculus 2♦ (APPM 1360) 4 credits
- Calculus 3♦ (APPM 2350) 4 credits
- Differential Equations♦ (APPM 2360) 4 credits
Choose One:
- Euclidean & Non-euclidean Geometry (MATH 3210) 3 credits
- Teaching K-12 Mathematics: Geometry & Measurements spring only (EDUC 5830) 3 credits
Choose Two:
- Matrix Methods (APPM 3310) 3 credits
- Discrete Math (APPM 3170) 3 credits
- Complex Variables (APPM 4360) 3 credits
Choose One:
- Modeling in Applied Mathematics (APPM 4380) 3 credits
- History of Mathematical Ideas (MATH 4820) 3 credits
Total Credits:
- 28 credits
♦ Also listed in e+ Foundational Coursework
Everyone is a teacher!...and we are happy you've chosen to engage with the next generation of STEM students. You're making an impact, whether you lead projects teams, mentor others or engage in community events. You are uniquely preparing yourself to be a Science educator with the Scientific, Technological, Engineering and Mathematical literacy to improve the teaching and learning of science and engineering subjects in classrooms.
Need to apply to the Undergraduate Teacher Licensure program through the School of Education? You can as early as your sophomore year, resulting in dual enrollment in both the College of Engineering & Applied Science and the School of Education.
Though the CDE does not distiguish among science licensures, and grants a "science-secondary education" license, e+ CU Teach Science students must choose a science area of focus (Biology, Chemistry or Physics) to ensure deeper content knowledge. The CDE grants a "science-secondary education" license to students upon graduation, and the CDE doesn't distinguish among science focuses.
Required:
- Step 1: Inquiry Approaches to Teaching (EDUC 2020) 1 credit
- Step 2: Inquiry-Based Lesson Design (EDUC 2030) 2 credit
- Classroom Interactions* (EDUC 4060) 3 credits
- Language & Literacy Across the Curriculum* (EDUC 4232) 3 credits
- Differentiating Instruction in Diverse Secondary Classrooms*° (EDUC 4023) 3 credits
- Project-Based Instruction*° (EDUC 5385) 3 credits
- Teaching Design spring only (GEEN 4400) 3 credits
- Knowing & Learning in Mathematics & Science (EDUC 4050) 3 credits
- Student Teaching* (EDUC 4742) 12 credits
Total Credits:
- 33 credits
* Restricted to students admitted to School of Education's Secondary Math/Science Teacher Licensure Program
° Taken concurrently
The e+ CU Teach Engineering Biology degree requirements include completion of all semester hours of required and elective courses with a minimum GPA of 2.75. It includes 43-47 science credit hours and 30 CU Teach education credit hours, including a culminating semester-long student teaching experience in a middle or high school science or math classroom at the Denver Schools of Science and Technology (DSST) as required by the Colorado Department of Education (CDE).
Required:
- General Physics 1♦ (PHYS 1110) 4 credits
- General Physics 2♦ (PHYS 1120) 4 credits
- Experimental Physics♦ (PHYS 1140) 1 credit
- Teaching & Learning Biology fall only (EDUC 4811) 3 credits
- General Chemistry 1 w/ lab (CHEN 1211/CHEM 1221) 5 credits
- General Chemistry 2 w/ lab (CHEM 1133/1134) 5 credits
Choose One:
- General Biology 1 w/ lab (EBIO 1210/1230) 4 credits
- Cellular & Molecular Biology w/ lab (MCDB 1150/1151) 4 credits
Choose One:
- General Biology 2 w/ lab (EBIO 1210/1230) 4 credits
- Principles of Genetics w/ lab (MCDB 1150/1151) 4 credits
Choose Two:
- Principles of Ecology (EBIO 2040) 4 credits
- Genetics: Molecules to Populations (EBIO 2070) 4 credits
- Environmental Animal Physiology (IPHY 3130) 4 credits
- Human Anatomy w/ lab (IPHY 3410/3415) 3 credits
- Molecular Cellular Biology 1 (MCDB 3135) 3 credits
- Anatomy & Physiology for Engineers (MCEN 4117) 3 credits
Choose Two:
- Introduction to Geology w/ lab (GEOL 1010/1030) 4 credits
- Introductory Astronomy 1 (ASTR 1010) 4 credits
- Accelerated Introductory Astronomy 1 (ASTR 1030) 4 credits
- Teaching & Learning Earth Systems (EDUC 4833) 3 credits
Total Credits:
- 43-47 credits
♦ Also listed in e+ Foundational Coursework
The e+ CU Teach Engineering Chemistry degree requirements include completion of all semester hours of required and elective courses with a minimum GPA of 2.75. It includes 42-43 science credit hours and 30 CU Teach education credit hours, including a culminating semester-long student teaching experience in a middle or high school science or math classroom in the Denver Schools of Science and Technology (DSST) as required by the Colorado Department of Education (CDE).
Required:
- General Physics 1♦ (PHYS 1110) 4 credits
- General Physics 2♦ (PHYS 1120) 4 credits
- Experimental Physics♦ (PHYS 1140) 1 credit
- Teaching & Learning Chemistry fall only (EDUC 4822) 3 credits
- General Chemistry 1 w/ lab (CHEN 1211/CHEM 1221) 5 credits
- General Chemistry 2 w/ lab (CHEM 1133/1134) 5 credits
- Organic Chemistry 1 w/ lab (CHEM 3311/3321) 5 credits
Choose One Set:
- General Biology 1 w/ lab & General Biology 2 w/ lab (EBIO 1210/1230 & EBIO 1220/1240) 8 credits
- Cellular & Molecular Biology w/ lab & Microbiology (MCDB 1150/1151 & EBIO 3400) 8 credits
Choose Two:
- Introduction to Geology w/ lab (GEOL 1010/1030) 4 credits
- Introductory Astronomy 1 (ASTR 1010) 4 credits
- Accelerated Introductory Astronomy 1 (ASTR 1030) 4 credits
- Teaching & Learning Earth Systems (EDUC 4833) 3 credits
Total Credits:
- 42-43 credits
♦ Also listed in e+ Foundational Coursework
The e+ CU Teach Engineering Physics degree requirements include completion of all semester hours of required and elective courses with a minimum GPA of 2.75. It includes 40-41 science credit hours and 30 CU Teach education credit hours, including a culminating semester-long student teaching experience in a middle or high school science or math classroom in the Denver Schools of Science and Technology (DSST) as required by the Colorado Department of Education (CDE).
Required:
- General Physics 1♦ (PHYS 1110) 4 credits
- General Physics 2♦ (PHYS 1120) 4 credits
- Experimental Physics♦ (PHYS 1140) 1 credit
Choose One:
- General Physics 3 (PHYS 2130) 3 credits
- Foundations of Modern Physics (PHYS 2170) 3 credits
Required:
- Teaching & Learning Physics fall only (PHYS 4460) 3 credits
- General Chemistry 1 w/ lab (CHEN 1211/CHEM 1221) 5 credits
- General Chemistry 2 w/ lab (CHEM 1133/1134) 5 credits
Choose One Set:
- General Biology 1 w/ lab & General Biology 2 w/ lab (EBIO 1210/1230 & EBIO 1220/1240) 8 credits
- Cellular and Molecular Biology w/ lab & Microbiology (MCDB 1150/1151 & EBIO 3400) 8 credits
Choose Two:
- Introduction to Geology w/ lab (GEOL 1010/1030) 4 credits
- Introductory Astronomy 1 (ASTR 1010) 4 credits
- Accelerated Introductory Astronomy 1 (ASTR 1030) 4 credits
- Teaching & Learning Earth Systems (EDUC 4833) 3 credits
Total Credits:
- 40-41 credits
♦ Also listed in e+ Foundational Coursework
The 12-credit Economics Concentration provides a quantitative, policy-oriented social science perspective based on theory and real-world applications. The Economics Concentration requires students to have previously completed two foundation economics courses (8 credits), both of which may count towards the 18-credits of H&SS courses required by the College of Engineering & Applied Science. Combined, the foundation courses and Economics Concentration can support pursuit of an Economics Minor through the Department of Economics. Due to overlap of content with engineering courses, not all economics courses available to Economics Minor students (especially within the Qualitative Economics focus area) are choices available within the e+ Economics Concentration.
Below are the credit hours required for the Economics Concentration:
Prerequisites:
- Principles of Microeconomics (ECON 2010) 4 credits*
- Principles of Microeconomics (ECON 2020) 4 credits*
*ECON 2010 and ECON 2020 are foundational prerequisite courses for the Economics Concentration. They should both be taken as part of the 15 credits of H&SS courses required by the College of Engineering & Applied Science beforeembarking on the concentration.
Required:
- Intermediate Microeconomics Theory (ECON 3070) 3 credits
- Intermediate Macroeconomics Theory (ECON 3080) 3 credits
Choose Two from One Focus Area:
- Money & Banking Systems (ECON 4111) 3 credits
- Economics of the Public Sector (ECON 4211) 3 credits
- Political & Public Choice Economics (ECON 4221) 3 credits
- Urban Economics: The Economics of Cities (ECON 4242) 3 credits
- Migration, Immigrant Adaptation & Development (ECON 4292) 3 credits
- International Economics & Policy (ECON 3403) 3 credits
- International Trade (ECON 4413) 3 credits
- International Finance (ECON 4423) 3 credits
- New Institutional Economics (ECON 4504) 3 credits
- Economic History of Europe (ECON 4514) 3 credits
- Economic History of the United States (ECON 4524) 3 credits
- Economic Development & Policy (ECON 3784) 3 credits
- Economic Reform in Developing Countries (ECON 4774) 3 credits
- Economic Development (ECON 4784) 3 credits
- Economic Growth (ECON 4794) 3 credits
- Natural Resource Economics (ECON 3535) 3 credits
- Environmental Economics (ECON 3545) 3 credits
- Natural Resource Economics (ECON 4535) 3 credits
- Environmental Economics (ECON 4545) 3 credits
- Transportation Economics & Policy (ECON 4555) 3 credits
- Labor Economics (ECON 4616) 3 credits
- The Economics of Inequality & Discrimination (ECON 4626) 3 credits
- Topics in Health Economics (ECON 4646) 3 credits
- Industrial Organization & Regulation (ECON 4697) 3 credits
- Topics in Industrial Organization: Antitrust & Regulation (ECON 4797) 3 credits
- Economics of Organizations (ECON 4897) 3 credits
- Topics in Microeconomics (ECON 4070) 3 credits
- Introduction to Econometrics (ECON 4818) 3 credits
- Financial Econometrics (ECON 4858) 3 credits
Total Credits:
- 12 credits
Note: ECON 3818 (4) Introduction to Statistics with Computer Application, a prerequisite of many upper division ECON courses, introduces statistical methods and their applications in quantitative economic analysis. Prereqs: ECON 2010, ECON 2020 and APPM 1350. Does not count towards H&SS credit in the College of Engineering & Applied Science.
Note: APPM 4520, APPM 4570, CHEN 3010, CVEN 3227, MATH 4520 and SOCY 4061 are approved substitutes for ECON 3818. To enroll in an ECON course that has 3818 (or an approved statistics course) prerequisite, but you have not yet completed that prerequisite, you may consult directly with the ECON professor to try to secure permission to enroll.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
The 12-credit hour Engineering Management Concentration prepares engineers for success in entry-level engineering roles by providing business knowledge and skills in an engineering context. Students pursuing the Engineering Management Concentration will refine their interpersonal skills, leadership skills and understand a business framework in an engineering and technology environment. Students will learn a skillset to integrate engienering management systems into engineering and broaden their knowledge in project management, leadership, marketing, economics, accounting and finance.
Below are the credit hours required for students who choose the Engineering Management Concentration:
Choose Three:
- Business Methods & Economics for Engineers* (EMEN 4100) 3 credits
- Technology & Entrepreneurship for the Developing World (EMEN 4200) 3 credits
- Fundamentals of Engineering Management* (EMEN 4830)
- Leadership & Professional Skills (EMEN 4050) 3 credits
- Technology Ventures & Marketing (EMEN 4800) 3 credits
- Entrepreneurial Business Plan Preparation (EMEN 4825) 3 credits
- Introduction to Entrepreneurship ♦ (ESBM 3100) 3 credits
Choose One:
- Project Management Systems* (EMEN 4030) 3 credits
- Introduction to Construction* (CVEN 3246) 3 credits
Total Credits:
- 12 credits
♦ There is an additional $500 fee to take this class as an engineering major.
* Courses needed to complete an Engineering Management Minor
Note: To get a certificiate or minor, students must contact the EMEN program.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: By completing the concentration, students can receive a certificate in Engineering Management.
Note: Pursuing a Minor in Engineering Management requires completion of courses with a * below and one additional course beyond the requirements for the e+ Concentration.
The 12-13 credit hour Engineering Physics Concentration is for e+ students who would like to develop an enhanced understanding of the interrelationship between physics, math and engineering. Courses in the Engineering Physics Concentration are in addition to the e+ physics requirements that include PHYS 1110, PHYS 1120 and PHYS 1140.
Below are the credit hours required for the Engineering Physics Concentration:
Required:
- Experimental Modern Physics (PHYS 2150) 1 credit
- Foundations of Modern Physics (PHYS 2170) 3 credits
- Classical Mechanics & Mathematical Methods 1 (PHYS 2210) 3 credits
Choose Two:
- Quantum Mechanics & Atomic Physics 1 (PHYS 3220) 3 credits
- Principles of Electricity & Magnetism 1 (PHYS 3310) 3 credits
- Electronics for the Physical Sciences* (PHYS 3330) 2 credits
Total Credits:
- 12-13 credits
*Not minor applicable
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: Earning the Physics Minor requires the addition of upper division courses.
The 12-credit Entrepreneurship Concentration will focus on building knowledge of the business context of engineering and techonology. Progressing from concept validation to the development of a business plan, students will acquire the essential knowledge, understanding and skills to practice entrepreneurship in a start-up venture or within a larger corporation.
Below are the credit hours required for the Entrepreneurship Concentration:
Required:
- Business Methods & Economics for Engineers (EMEN 4100) 3 credits
- Technology Ventures & Marketing (EMEN 4800) 3 credits
- Entrepreneurial Business Preparation (EMEN 4825) 3 credits
Choose One:
- Introduction to Entrepreneurship (ESBM 3100*) 3 credits
- Leadership & Professional Skills (EMEN 4050) 3 credits
- Engineering Entrepreneurship for the Developing World (EMEN 4200) 3 credits
Total Credits:
12 credits
*There is an additional $500 fee to take this class as an engineering major.
Note: Students must notify the Entrepreneurship Program to declare the certificate.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: By completing the concentration, students can receive a certificate in Entrepreneurship.
The 13-14 credit hour Environmental Policy Concentration prepares students to think broadly about the impact of environmental policy challenges, integrating knowledge of the three major forces that drive public policy - economics, values/beliefs and politics.
Below are the credit hours required for students who choose the Environmental Policy Concentration:
Required:
- Principles of Microeconomics* (ECON 2010) 4 credits
- Environmental Ethics* (ENVS 3140) 3 credits
- The Environment and Public Policy (PSCI 3206) 3 credits
Choose One:
- Principles of Macroeconomics* (ECON 2020) 4 credits
- Climate Politics & Policy (ENVS 3022) 3 credits
- Energy Policy & Society* (ENVS 3621) 3 credits
Total Credits:
- 13-14 credits
*Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
The Environmental Studio Design (ENVD) Concentration provides foundational skills, knowledge and methodology for solving complex problems and designing in the context of the built environment - useful in fields such as architecture, planning and landscape architecture. This concentration also provides practice to enable students to work with professional architects and planners or to attend graduate school in professional design fields. The ENVD Concentration is comprised of six ENVD H&SS theory course credits, coupled with 11-12 credits of ENVD studio courses.
Below are the credit hours required for students who choose the Environmental Studio Design Concentration:
Required: e+ ENVD Theory Courses (must be taken in order)
- History & Theory of ENVD at the Small Scale: Buildings* (ENVD 3114) 3 credits
- History & Theory of ENVD at the Medium Scale: Precincts* (ENVD 3134) 3 credits
Required: e+ ENVD Concentration Courses (must be taken in order)
- Design & Communication 1 (ENVD 1052) 3 credits
- Design & Communication 2 (ENVD 1102) 3 credits
Choose One:
- Architectural Appreciation & Design (ARCH 4010) 5 credits
- Studio 1 - Small Scale (ENVD 2120) 6 credits
Total Credits:
- 17-18 credits
*Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
The 16-credit Geographic Information Systems (GIS) Concentration prepares e+ students to identify, analyze and understand spatial patterns. Coupled with CSCI 1300, the GIS Concentration augments deeper understanding of computation and analytical problem solving.
Attaining a GIS and Computational Science Certificate requires two additional courses (6-8 credit hours) beyond the e+ Concentration.
Below are the credit hours required for students who choose the GIS Concentration:
Required:
- Statistics for Geography (GEOG 3023) 4 credits
- Cartography Visualization & Information Design (GEOG 3053) 4 credits
- Introduction to Geographic Information Science* (GEOG 4103*) 4 credits
Choose One:
- Geographic Information Science Modeling Applications (GEOG 4203) 4 credits
- Geographic Information Systems Programming for Spatial Analysis (GEOG 4303) 4 credits
* This course has prerequisites of GEOG 3023 and GEOG 3053
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of
The Geological Sciences Concentration is for e+ students who would like to acquire a basic knowledge of geology. The concentration requires a minimum of 15 credit hours in the geological sciences, including at least 7 upper-division credits.
Below are the credit hours required for the Geological Sciences Concentration:
Required:
- Introduction to Geology (GEOL 1010) 3 credits
- Introduction to Geology Laboratory 1 (GEOL 1030) 1 credit
Choose One:
- Planet Earth (GEOL 2001) 4 credits
- Introduction to Earth Materials* (GEOL 2005) 4 credits
Choose One:
- Statistics for Geography (GEOL 3023) 3 credits
- Structural Geology (GEOL 3120) 4 credits
- Sedimentology & Stratigraphy (GEOL 3430) 4 credits
Choose One:
- Oceanography (GEOL 4060) 4 credits
- Remote Sensing of the Environment (GEOL 4093) 4 credits
- Principles of Geophysics (GEOL 4130) 4 credits
- Principles of Geomorphology (GEOL 4241) 4 credits
Total Credits:
- 15-16 credits
*Not minor applicable
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: Earning a Geological Sciences Minor requires nine upper-division credit hours; thus, an additional upper-division course is required for the minor. Students must also complete the 1000 intro sequence.
Note: To get the minor, students must take at least 7 additional credit hours.
The 15-credit Neuroscience Concentration is for e+ students who would like to develop an enhanced understanding of the field of neuroscience through an introduction to the interdisciplinary breadth of the biological sciences. Engineering Plus students wishing to pursue the Neuroscience Certificate, in addition to the Neuroscience Concentration, should visit the Neuroscience program's website (or send an email to the program's director) to gain understanding of the additional courses required for the certificate.
Below are the credit hours required for the Neuroscience Concentration:
Required:
- Introduction to Cellular & Molecular Biology (MCDB 1150) 3 credits
- Biology Lab (MCDB 1151) 1 credit
- Introduction to Neuroscience* (NRSC 2100) 4 credits
Choose Two:
- The Brain: Dysfuction to Disease (MCDB 3651) 3 credits
- Affective Neuroscience (NRSC 4015) 3 credits
- Neurobiology of Learning & Memory (NRSC 4032) 3 credits
Total Credits:
- 15 credits
*Students need to email amanda.meyer@colorado.edu and include their e+ academic advisor on the email to be enrolled into NRSC 2100. Within this email, students need to include their name, student ID#, and include that they're an Engineering Plus student pursuing the Neuroscience Concentration and Neuroscience Certificate.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
The 22-credit Pre-Medical Concentration is designed for students intending to apply to medical school after completion of their undergraduate engineering degree. Medical school admission requirements vary from school to school; however, most medical schools will expect you to have taken the Medical College Admission Test® (MCAT®) and to have completed a set of prerequisite courses.
Clinical Experience.
In addition to excelling in your coursework, it is essential to spend time with patients and to become familiar with the role of a physician. Clinical experiences may be paid or volunteer, and should involve opportunities for you to work directly with patients. In addition, shadowing various types of physicians will offer you a chance to observe their daily activities. Medical schools are most interested in applicants who possess excellent communication skills, leadership qualities and a dedication to serving others, as demonstrated in their choice of extra-curricular activities and work experiences.
Grades Do Count.
Most medical schools require a C or above in all prerequisites. As these courses will be tested on the MCAT, if you earn a C or C+ in a pre-requisite course, you may want to repeat that course to master the material, or to take a more rigorous course in the same discipline to demonstrate your knowledge base.
Coursework Requirements.
Check the requirements at the medical schools you are interested in applying to, as some will not accept AP or IB credit to meet course prerequisites. If this is the case, and if you have AP or IB credit for any of the prerequisites, consider retaking the courses during college (at the honors level, when possible).
The following courses meet most medical school admission requirements: one year of human biology (with lab); one year of general physics (with lab); one year of English literature/composition (6-credit hours); once year of general chemistry (with lab); one year of organic chemistry (with lab); and two courses in college level mathematics (algebra or above). Students are encouraged to consider additional coursework in biochemistry, genetics, humanities and social sciences. Additionally, beginning in 2015, the MCAT began to test biochemistry, statistics, psychology and sociology content.
In addition to completing courses for the Pre-Medical Concentration, you should verify the prerequisites for each medical school you are interested in applying to.
Below are the credit hours required for the Pre-Medical Concentration:
Required:
- Intro to Cellular & Molecular Biology (MCDB 1150) 3 credits
- Biology Lab - Choose 1 (MCDB 1151 or MCDB 1161 or MCDB 1171) 1-2 credits
- Principle of Genetics (MCDB 2150) 3 credits
- Genetics Lab - Choose 1 (MCDB 2151 or MCDB 1161 or MCDB 1171) 1-2 credits
- Organic Chemistry 1 w/ lab (CHEM 3311/3321) 5 credits
- Organic Chemistry 2 w/ lab (CHEM 3331/3341) 5 credits
Choose One:
- Survey of Biochemistry (CHEM 4611) 3 credits
- Foundations of Biochemistry (CHEM 4700) 3 credits
Total Credits:
- 22 credits
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Other upper division courses you may find of interest:
- IPHY 3430 Intro to Human Physiology (pre-req MCDB 2150)
- PHIL 3160 Bioethics (PHIL pre-reqs can be waived for pre-med students)
- IPHY 4200 Physiological Genetics & Genomics
- MCDB 3135 Molecular & Cell Biology (pre-req MCDB 2150)
- IPHY 3500 Clinical Research (pre-req CHEM 3311)
Pre-med helpful resources:
The 12-credit hour Russian Culture Concentration requires that students also complete 19-credits of Russian Studies language courses, through Third-Year Russian 1 (RUSS 3010). Combined, these courses support pursuit of a Russian Studies Minor through the GSLL department.
Below are the credit hours required for the Russian Culture Concentration:
Required:
- Third Year Russian 2 ♦ (RUSS 3020) 3 credits
Choose One:
- Introduction to Russian Culture* (RUSS 2211) 3 credits
- Introduction to Modern Russian Culture* (RUSS 2221) 3 credits
- Russian Culture Past & Present* (RUSS 3601) 3 credits (offered abroad only)
Choose One:
- Nineteenth-Century Russian Literature* (RUSS 4811) 3 credits
- Twentieth-Century Russian Literature & Art* (RUSS 4821) 3 credits
Choose One:
- History of Russian Cinema* (RUSS 3211) 3 credits
- Contemporary Issues in Russian Film (RUSS 3301) 3 credits
- Russian Culture Past & Present* (RUSS 3601) 3 credits (offered abroad only)
- Slavic Folk Culture: Ideals & Values in the Contemporary World* (RUSS 3701) 3 credits
- American-Russian Cultural Relations* (RUSS 4301) 3 credits
- Women in 20th Century Russian Culture* (RUSS 4471) 3 credits
- 19th Century Russian Literature* (RUSS 4811) 3 credits
- 20th Century Russian Literature & Art* (RUSS 4821) 3 credits
- Contemporary Russian Literature* (RUSS 4831) 3 credits
Total Credits:
- 12 credits
*Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
♦ The following courses are prerequisites for RUSS 3020 Third Year Russian 2:
- RUSS 1010 (4) Beginning Russian 1
- RUSS 1020 (4) Beginning Russian 2
- RUSS 2010 (4) Second-Year Russian 1
- RUSS 2020 (4) Second-Year Russian 2
- RUSS 3010 (3) Third-Year Russian 1
The 12-credit hour Spanish & Latin American Cultures Concentration requires that students previously complete Spanish language courses through Advanced Spanish Language Skills (SPAN 3000). Combined, the Spanish language and e+ Concentration courses support pursuit of a Spanish Minor through the Department of Spanish and Portuguese. All courses are taught in Spanish unless otherwise noted.
Below are the credit hours required for the Spanish & Latin American Cultures Concentration:
Required:
- Literary Analysis ♦ (SPAN 3100) 3 credits
- Advanced Spanish Grammar* (SPAN 3120) 3 credits
Choose One:
- Spanish Culture* (SPAN 3200) 3 credits
- Latin American Culture: Spanish America & Brazil (SPAN 3220) 3 credits
- Catalan Culture 1: Nation & Art (SPAN 3240) 3 credits
- Late 19th & 20th Century Argentine Narrative* (SPAN 3260) 3 credits (offered abroad only)
- Barcelona: Understanding Local & Immigrant Cultures* (SPAN 3270) 3 credits (offered abroad only)
- 20th Century Spanish Literature (SPAN 3310) 3 credits
- 20th Century Spanish American Literature (SPAN 3340) 3 credits
Choose One:
- Major Trends & Works of Modern & Contemporary Spanish American Literature: 1898-Present (SPAN 4180) 3 credits
- Special Topics in Spanish and/or Spanish American Literature (SPAN 4220) 3 credits
Total Credits:
- 12 credits
*Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
♦ The following courses are pre-requisites for SPAN 3100:
- SPAN 1010 (5) Beginning Spanish 1 & SPAN 1020 (5) Beginning Spanish 2 or SPAN 1150 (5) Intensive First-Year Spanish
- SPAN 2110 (5) Second-Year Spanish 1 & SPAN 2120 (5) Second-Year Spanish 2 or SPAN 1150 (5) Intensive Second-Year Spanish
- SPAN 3000 (5) Advanced Spanish Language Skills
The 12-credit Science, Technology, Engineering and Math (STEM) Education Concentration is for e+ students passionate about education and teaching in non-traditional settings. The STEM Education Concentration gives students an opportunity to engage in a design-rich, educational curriculum that incorporates K-12 teaching practicum experience at multiple levels. Students explore and experience the scientific, technological and scholarly approach to K-12 education through a practicum-rich curriculum. Students develop a deeper knowledge of K-12 education without completing a teaching licensure program.
Below are the credit hours required for students who choose the STEM Education Concentration:
Required:
- Step 1: Inquiry Approaches to Teaching (EDUC 2020) 1 credits
- Step 2: Inquiry-Based Lesson Design (EDUC 2030) 2 credits
- Teaching Design* (GEEN 4400) offered spring only 3 credits
- Knowing and Learning* (EDUC 4050) 3 credits
Choose One:
- Classroom Interactions (EDUC 4060) 3 credits
- Teaching and Learning Earth Systems (EDUC 4833) offered fall only 3 credits
- Teaching and Learning Physics (PHYS 4460) offered fall only 3 credits
- Teaching and Learning Chemistry (EDUC 4822) offered fall only 3 credits
* Course requires the pre-requisite course of GEEN 2400 or GEEN 3400
Note: Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
The 15-16 credit Sustainability Concentration promotes exploration of the complexities of sustainability. Learn how to create a more sustainable future for the planet - including environment, social and economic perspectives - through a focus on social sciences, natural sciences and technical courses.
Below are the credit hours required for students who choose the Sustainability Concentration:
Choose One:
- Introduction to Environmental Studies (ENVS 1000) 4 credits
- Environmental Systems 1: Climate & Vegetation (GEOG 1001) 4 credits
- Environment-Society Geography (GEOG 1972) 3 credits
- Creating a Sustainable Future* (BAKR 1600) 3 credits
Choose Four:
- Energy & the Environment (PHYS 3070) 3 credits
- Natural Resource Economics** (ECON 3535) 3 credits
- Environmental Economics** (ECON 3545) 3 credits
- Energy Fundamentals (CHEN 3660) 3 credits
- Civil Engineering Systems (CVEN 4147) 3 credits
- Sustainability & the Built Environment** (CVEN 4700) 3 credits
- Sustainability Principles for Environmental Engineers (CVEN 4834) 3 credits
Total Credits:
- 15-16 credits
* This course is part of the Baker RAP
** You cannot double count these courses
Note: Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: If you have AP credit for Economics, the Microeconomics pre-requisite for ECON 2010 for some upper division courses in this concentration is met. If you have AP credit for ENVS 1000 Environmental Science you should choose between GEOG 1001 and GEOG 1972 as your lower-division course for this concentration.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
The 15-credit CTD Concentration provides a multidisciplinary perspective to integrate technological skill with a theoretical and historical understanding of technology, arts and media - intended for engineering students desiring to pursue careers and research related to digital media.
Note: Earning a CTD Minor requires two additional courses (6-credit hours) beyond the e+ Concentration.
Below are the credit hours required for students who choose the Technology, Arts & Media Concentration:
Required:
- The Meaning of Information Technology** (HUEN 2020* or ATLS 2000) 3 credits
- Image (ATLS 2100) 3 credits
- Web (ATLS 2200) 3 credits
- Text (ATLS 2300) 3 credits
Choose One:
- Form (ATLS 3100) 3 credits
- Sound (ATLS 3200) 3 credits
Total Credits:
- 15 credits
* This course is only open to first-year students in the Global Engineering Academic Program
** Students with this concentration still need to complete the required 18 credit hours of H&SS electives outside of these courses.
Note: Beginning with the incoming class of Fall 2016, all courses in each e+ Concentration require a minimum grade of C.
Note: Students wishing to pursue the TAM Concentration must complete this form to declare the TAM Minor in order to gain access to register for ATLS courses.
Engineering Core
All e+ students take 27 credit hours of Engineering Core coursework. Beginning with the incoming class of Fall 2016, all Engineering Core courses require a minimum grade of C in each course. Course titles within your e+ Emphasis may vary, so check your selected Emphasis for discipline-specific Engineering Core courses:
- Statics for Engineers
- GEEN 2851, ASEN 2001, CVEN 2121 OR MCEN 2023
- Circuits for Engineers
- GEEN 3010, ASEN 3300, ECEN 2250, ECEN 2270 OR ECEN 3010
- Material Science for Engineers
- GEEN 3024, ASEN 1022, CVEN 3161 OR MCEN 2024
- Thermodynamics for Engineers
- GEEN 3852, ASEN 2002, AREN 2110, OR MCEN 3012
- Data Analysis for Engineers
- GEEN 3853, ASEN 2012 (w/ ASEN 2001 & ASEN 2002), CVEN 3227 OR MCEN 3047
- Engineering Projects Design Courses
- GEEN 1400, GEEN 2400 AND GEEN 3400
- Computing Experience
- CSCI 1300, CSCI 1320, CHEN 1310 OR ECEN 1310
Foundational Coursework
All e+ students take 46-48 credit hours of Foundational Coursework. Beginning with the incoming class of Fall 2016, Math and Science Foundational Coursework requires a minimum grade of C in each course.
Math courses 16 credits
Completion of three semesters of Calculus - APPM 1350, 1360 AND 2350
Differential Equations - APPM 2360
Science courses 12-14 credits
Completion of PHYS 1110, 1120 AND 1140
Completion of at least 3-4 additional credits of Physics, Chemistry or Biology, chosen from one of the following:
PHYS 2130, PHYS 2170, MCEN 1024, CHEM 1113 & 1114, CHEN 1211 & CHEM 1221, CHEM 1251, CHEM 1351, EBIO 1210 & 1220, EBIO 1230 & 1240, MCDB 1150 & 1151, OR MCDB 2150 & 2151
H&SS courses 18 credits
- EDUC 2020 allows you to share hands-on engineering design with students in local schools and counts as an H&SS course.
The general bachelor's degree requirements of the College of Engineering and Applied Science require 18 credit hours of social science/humanities/writing electives. Learn more here about the H&SS requirements.
- Engineering Math
- Required for all incoming students to Pre-Calc (APPM1235) or Calc 1A (APPM1240). Learn more here about the Engineering Math course.