VAGELOS INTEGRATED PROGRAM IN ENERGY

RESEARCH (VIPER) CURRICULUM OVERVIEW

Contents Introduction .................................................................................................................................................. 3

First Semester Recommended VIPER Schedule ............................................................................................ 3

VIPER Contacts .............................................................................................................................................. 4

A checklist for the summer before freshmen year ....................................................................................... 5

A Brief look at the VIPER Curriculum ............................................................................................................ 6

Advance Placement and Advanced Placement Credits ................................................................................ 7

Which Math, Chemistry and Physics courses should you start with? .......................................................... 8

Math Placement ........................................................................................................................................ 8

Chemistry Placement ................................................................................................................................ 9

Physics Placement ................................................................................................................................... 10

Appropriate 100-level engineering course for the SEAS major .................................................................. 11

Social Science or Humanities Elective/Writing Course/College Sector/Foundational Approach Course ... 12

The Basics of the Majors ............................................................................................................................. 13

Physics ..................................................................................................................................................... 14

Chemistry ................................................................................................................................................ 15

Biology ..................................................................................................................................................... 16

Environmental Science ............................................................................................................................ 18

Chemical and Biomolecular Engineering (CBE) ....................................................................................... 19

Materials Science and Engineering (MSE) .............................................................................................. 20

Mechanical Engineering and Applied Mechanics (MEAM) ..................................................................... 21

Electrical Engineering (EE) ...................................................................................................................... 22

Sample Curricula ......................................................................................................................................... 23

Important Notes about Sample Curricula ............................................................................................... 23

Sample Chemistry and CBE VIPER 4 Year Schedule ................................................................................ 24

Sample Physics and Materials Science and Engineering VIPER 4 Year Schedule .................................... 25

Sample Environmental Science and CBE VIPER 4 Year Schedule ............................................................ 26

Sample Physics & Mechanical Eng. and Apld. Mechanics VIPER 4 Year Schedule ................................. 27

Some examples of real VIPER students’ freshman schedules: ................................................................... 28

Introduction This document is intended to be a guide to the curriculum for VIPER students. Note, however, that for

both your major in the College of Arts and Science (often referred to with the acronym for the whole

School of Arts and Sciences, SAS) and the School of Engineering and Applied Sciences (SEAS) major, you

will have a major/faculty advisor and should consult with them about the requirements for your majors.

First Semester Recommended VIPER Schedule

Since VIPER is a dual degree program, courses taken by VIPER students in the first semester will largely

depend on the majors chosen within SAS and SEAS. Below is a rough guideline. Students should choose

tentative majors in both SAS and SEAS in order to choose the best schedule.

Refer to each major’s course requirement listed on the department’s website and/or in the Course

Planning Guide for more details on each major’s requirements. Brief descriptions of each and links to

details are given later in this document.

The course recommendations below do not take into account any Advance Placement credits you may

have so make sure to read the placement sections below.

MATH 104 (or appriate level Mathematics)—See below for Mathematics placements

CHEM 101 (or appriate level Chemistry)— See below for Chemistry placements

CHEM 053

PHYS 150 or 140 (or appriate level Physics)—See below for Physics placements

Appropriate 100-level engineering course for the SEAS major

Social Science or Humanities Elective/Writing Course/College Sector

VIPER Contacts

VIPER Managing Director:

Jane Dmochowski: janeed@sas.upenn.edu

VIPER Faculty Co-Directors:

Prof. Andrew M. Rappe

Prof. John M. Vohs

A checklist for the summer before freshmen year

June View the Freshman Videos and familiarize yourself with the College and SEAS websites.

Set up your PennKey account. The Office of Information Systems and Computing sends incoming freshmen a PennKey set-up code by email if you provided an email address to admissions, and by mail if you did not. If you did not receive this mailing, or if you need further information, see PennKey Set-up Code Service.

Once you have your PennKey, create your School of Arts and Sciences AND School of Engineering and Applied Sciences email address.

Complete the Advising Questionnaire . Use the on-line resources for selecting courses especially courses recommended

for freshmen. Pay particular attention to freshman seminars and writing seminars, and the Course Search and Mock Schedule tool.

View Penn's Advanced Placement Policies.

June 25-

July 20

Advance

Registration

Review the Registration Tutorial. If you have questions about how to register, contact your peer-advisors (see list

below). This is when we will be talking on the phone and/or Skype to discuss your fall

classes. Select potential courses. Identify five primary and several alternate courses you

would like to request during Advance Registration. Enter your requests on Penn InTouch between June 25 and July 20. Your

chances of obtaining the courses you request are the same regardless of when during this period you register.

Tune in to the live advising webcast with the Dean of the College, Dean of Freshmen and faculty and College advisors. See the webpage for dates and times.

August-

September

Check your schedule on Penn InTouch in early August. Let Dr. D. know if there are any issues you need to discuss.

Check the New Student Orientation schedule for College and SEAS activities and events including the Penn Reading Project. I will send out a list of events not to miss for VIPER students in August.

Take Placement exams for Chemistry, Math, and/or Language. (We can discuss this during our phone/Skype advising session.)

Move-in and New Student Orientation

In addition to those above, here are some good reference websites to help you get started thinking

about your freshmen year:

Engineering freshmen welcome

College freshmen welcome

VIPER curriculum page

A Brief look at the VIPER Curriculum

Link to VIPER curriculum information

The basics:

SAS major and school requirements +

SEAS major and school requirements +

The following VIPER requirements:

Introduction to Energy Research (1 CU; two 0.5 CU courses)

A seminar course that introduces students to current energy research topics, the challenges and

techniques involved with conducting research, and strategies for reading and writing technical papers

and research proposals. Students will also be paired with research mentors in this course.

VIPER summer research internship

Independent Study Research (1 CU)

3 CUs of Energy Specific Coursework (3 CU)

A capstone energy design or research project (1 CU)

Advance Placement and Advanced Placement Credits

SATII Language Placement

For full list of AP credit

Biology* 5 Biology 091 (1 c.u.) - no AP credit is given for laboratory work

Chemistry* 5 Chemistry 091 (1 c.u.) - no AP credit given for labs

Mathematics AB no credit

Mathematics BC* 5 Math 104 (1 c.u.)

Physics-B 5 Physics 091, 092 (2 c.u.)

Physics-C (Mechanics) 5 Physics 093 (1 c.u.)

Physics-C(Electricity and Magnetism) 5 Physics 094 (1 c.u.)

Please see the Department of Physics and Astronomy website for further details on lab

requirements.

Spanish Language 5 Spanish 210 (1 c.u.) (fulfills language requirement)

Spanish Literature 5 Spanish 220 (1 c.u.) ( fulfills language requirement)

* An internal departmental examination is also available for credit. See below for more

details and NSO Placement Exam Schedule

Which Math, Chemistry and Physics courses should you start with? One of the most difficult things to determine before your freshmen year is which Mathematics, Physics

and Chemistry courses to take. Hopefully the information below will help.

Math Placement

Detailed placement information is listed on the Mathematics website:

http://www.math.upenn.edu/ugrad/advising.html

Passing the external Advanced Placement BC Exam administered by the College Entrance

Examination Board with a score of 5 gives credit for Math 104. Lower scores on the BC

Exam receive no course credit. No credit is given for the AB Exam.

Students who plan to enroll in a Math course in their first year at Penn are expected to take the Penn

Math Diagnostic first. This test will guide you in your choice of the appropriate entry course.

To take the diagnostic, go to the website: https://upenn.instructure.com/courses and sign in using your

PennKey and password. You will see a "course" called "Penn Math Diagnostic Group x" where x is a

number between 1 and 9. Click on this to enter the course. You will see a link to the Math Diagnostic

Placement Test and a date by which you are asked to complete it. Follow the instructions, including that

you make sure to take the diagnostic test during an uninterrupted time block. The test is timed for 90

minutes but you may complete it in less time depending on your previous math experiences.

The problems on the diagnostic test cover a broad range of topics and skills. You

should expect to encounter problems that you cannot solve. The idea is to solve

what you can within the timeframe. Remember that the purpose of the test is to

guide you in finding a starting place, not to evaluate your ability to achieve your

math potential.

If you need an extension because you are unavailable during your assigned testing period, please

request an extension by clicking on this link:

http://www.math.upenn.edu/diagnostic-extension

If you encounter any technical trouble, please email ugrad@math.upenn.edu. For further information

see our Diagnostic FAQ at the following link

http://www.math.upenn.edu/ugrad/diagnosticFAQ.txt

Chemistry Placement

A score of 5 on the AP Chemistry exam earns a student Chemistry 091 credit. One can also

take a placement exam given by the Chemistry Department. This is strongly

recommended. See more the Chemistry’s detailed information regarding placement

here: http://www.chem.upenn.edu/chem/undergraduate/advanced.php

Chem091 is used to indicate the equivalent of 1 c.u. (1 semester) of introductory chemistry

based solely on standardized exam performance (high school AP exam, etc.) Chem 091

does not correspond exactly to either Chem101 or 102. HOWEVER, credit for Chem091

can be converted into either Chem101 or 102 by taking the Chemistry Department

Placement exam (and doing well).

For exam registration inquiries, please contact Billy Werner in the undergraduate office. 215-898-8311 or chemugrd@sas.upenn.edu

For VIPER students planning to take Introductory Chemistry, the Honors Chemistry series

Chem115 and Chem116 (equivalent to Chem101 and 102), is most appropriate.

Physics Placement

5 on the Physics-B Physics 091, 092 (2 c.u.)

5 on the Physics-C (Mechanics) Physics 093 (1 c.u.)

5 on the Physics-C(Electricity and Magnetism) Physics 094 (1 c.u.)

Please see the Department of Physics and Astronomy website for further details on lab

requirements.

A further explanation of the Penn Physics AP equivalents is here:

http://www.physics.upenn.edu/ugrad/AP%20credit.pdf

For students who took AP Physics in high school and are planning to major in Physics, the

Honors Physics series Physics170 and Chem171 (equivalent to Physics150/151), may be

most appropriate.

Physics 140, 1.0 credit units, is equivalent to Physics 150, but without the lab. Physics 150 is 1.5

credit units and has a lab and lecture component. Of the majors most likely for VIPER

students, Physics 150 is required of the Physics, Computer Engineering, and Electrical

Engineering majors. Physics 150 is also recommended for anyone considering medical

school in the future.

Appropriate 100-level engineering course for the SEAS major

Depending on your SEAS major, a different 100-level Engineering course is recommended in the first

semester. Consult with your SEAS faculty advisor, but the general recommendations are:

Bioengineering (BE): BE100

Chemical and Biomolecular Engineering (CBE): CBE150 Electrical Engineering (EE): EE111 and CIS 110

Materials Science and Engineering (MSE): MSE220, EAS101, or other Tech Elective

Mechanical Engineering and Applied Mechanics (MEAM): MEAM 110 (If you have AP credit for the "C" Mechanics Exam [PHYS 093] then

take EAS 105 or MEAM 101) MEAM 147 (If you have AP credit [PHYS 050] then take EAS 105 or MEAM 101)

MEAM110, 147

Social Science or Humanities Elective/Writing Course/College

Sector/Foundational Approach Course

As a dual degree student, you will want to choose your general requirement courses carefully so that in

many cases your courses fulfill both the College and SEAS general requirements.

Some examples:

A student could take History 120, fulfilling both the College’s “History and Tradition

Sector” requirement, as well as the Engineering “Social Science and Humanities”

breadth requirement.

A student could take Economics 001 (ECON001), fulfilling the College’s “Society Sector”

requirement, as well as the Engineering’s “Social Science and Humanities” breadth

requirement. That student could then later take Economics 002 (ECON002), and

therefore have ECON001 and ECON002 fulfill both the Engineering’s “Social Science and

Humanities” breadth and depth requirements.

Details regarding College requirements

Courses fulfilling College requirements

Details regarding SEAS Social Science Humanities Breadth and Depth Requirements

Students are strongly encouraged to complete their writing requirement in their freshmen year. To

meet College requirements, students may not use A.P. credit to satisfy the writing requirement, and

must take the course for a letter grade. The guidelines for fulfilling this requirement in the College are

here. Satisfying the College writing requirement will also fulfill the writing requirement in SEAS.

VIPER students will take the VIPER freshmen seminar in the spring of their freshmen year and the fall of

their sophomore year. This course can be used toward one College sector requirement. One other

“Sector” course can also double count with your major. The College “Foundational Approaches”

requirements can also double count with classes from your majors and with courses you take for SEAS

requirements and the College Sector requirements.

The Basics of the Majors

While VIPER students come to Penn as “Undecided” in the College and “Curriculum Deferred” in SEAS, it

is important to consider your likely majors in each school so that you plan accordingly. The most likely

majors for VIPER students include Physics, Chemistry, Biology or Environmental Science from the College

and Chemical and Biomolecular Engineering (CBE), Materials Science and Engineering (MSE), Electrical

Engineering (EE), or Mechanical Engineering and Applied Mechanics (MEAM) from SEAS. Other science

and engineering majors are also possible, including Mathematics.

Physics

The details, restrictions and policies of the Physics Major are listed online here. Always consult with

your faculty/major advisor.

The Basics:

The major in physics is divided into a core requirement plus all of the courses in one of five

concentrations: Advanced Physical Theory and Experimental Techniques, Chemical Principles, Computer

Techniques, Astrophysics, or Business and Technology. There is an overall requirement of 17 1/2 or 18

1/2 credit units (c.u.), depending on the concentration chosen. There is also an honors program for

ambitious students. A Master's Program permits qualified students to submatriculate and obtain a

master's degree.

Core Courses: The following courses must be taken by all Physics majors, no matter what their concentration:

Math 104, 114, 240, and 241

Physics 150 or 170, Physics 151 or 171

Physics 230, 250, 351, 361, 362, and 411. + Concentration Courses

See the Physics and Astronomy Department’s website for more information.

Chemistry

The details, restrictions and policies of the Chemistry Major are listed online here. Always

consult with your faculty/major advisor.

The Basics:

Chemistry majors normally complete the following introductory sequences by the end of the sophomore

year:

CHEM 101 (or 001 or 115), 102 (or 116) General Chemistry (2 c.u.) CHEM 053, 054 General Chemistry Laboratories (1 c.u.) CHEM 241, 242, 245 Organic Chemistry and Laboratory (3 c.u.) MATH 104, 114 Calculus (formerly Math 140, 141) (2 c.u.) PHYS 150, 151 Physics (3 c.u.) (VIPER students may take Physics140/141)

Completion of the major requires:

CHEM 261 Inorganic Chemistry (1 c.u.) CHEM 221, 222, 223 Physical Chemistry and Laboratory (3 c.u.) CHEM 251 Biochemistry (1 c.u.) CHEM 246 Advanced Laboratory (1 c.u.)

Honors majors add one advanced course (400 level or above) and two units of independent study

(CHEM 399).

Note: Although the Chemistry Major only requires MATH 104 and 114, students wishing to

pursue more advanced courses in Physical Chemistry, or other fields involving quantitative

treatment of Chemistry, should consider taking additional Math courses such as MATH 240,

241, etc.

Biology

The details, restrictions and policies of the Biology Major are listed online here. Always consult

with your faculty/major advisor.

The Basics:

Introductory biology: Track 1: BIOL 121 with 123 and BIOL 124 (lab course) Track 2: BIOL 101 and BIOL 102 Note: BIOL 091 (assigned for AP credit) does not fulfill requirements in the Biology major.

Two semesters of biology lab requirement:

2 semesters of lab or field experience, normally met by labs associated with introductory courses. (Students with credit for the departmental placement exams, transfer credit, or a waiver for Introductory Biology, see Section 6.) Two cu of chemistry, chosen from the following:

CHEM 101 or 115 with 53 (1.5 cu; first semester of general chemistry) CHEM 102 or 116 with 54 (1.5 cu; second semester of general chemistry) CHEM 241 (1.0 cu; first semester of organic chemistry) CHEM 242 (1.0 cu; second semester of organic chemistry) CHEM 245 (1.0 cu; organic chemistry lab)

Two additional cu of chemistry and/or physics, from the above list and/or the following: PHYS 101 or 150 or 170 (1.5 cu; first semester of introductory physics) PHYS 102 or 151 or 171 (1.5 cu; second semester of introductory physics)

(Students interested in Graduate School are advised to take a full year of both physics and organic chemistry. Premeds should see: www.upenn.edu/careerservices/gradprof/gradprofmain.html)

Two cu of calculus and/or statistics, chosen from the following: MATH 104 MATH 114 or 115 BIOL 446 or STAT 111 or STAT 102

(MATH 115 is recommended for students who do not plan to take further math courses, other than a statistics course. MATH 114 is recommended for students who plan to take additional math courses.)

Intermediate biology courses must be selected from the following groups: Track 1: must take four courses from four different groups Track 2: must take three courses from three different groups

Group 1: BIOL 202 - Cell Biology and Biochemistry Group 2: BIOL 221 - Molecular Biology and Genetics Group 3: BIOL 215 - Vertebrate Physiology or BIOL 231 - Animal Behavior

or BIOL 251 - Molecular and Cellular Neurobiology

Group 4: BIOL 230 - Evolution or BIOL 240 - Ecology: from individuals to ecosystems All Biology Majors are strongly encouraged to take BIOL 221, since molecular biology and

genetics play a central role in modern biology. Four additional course units selected from:

Additional BIOL 200-level courses BIOL 300, 400, or 500 level courses (listed in Section 3) BIOL 109 or 140 (see additional restrictions below) Up to 2 courses given in other departments selected from the list in Section 4 and seen

addtional restrictions below) Students are encouraged to seek out advanced courses covering topics of current research interest.

Such courses often have small enrollments. Students will take a total of 16.0 cu to meet the requirements for the major. Most relevant biology courses are 1.0 cu, but BIOL 251 is 1.5 cu and BIOL 476 is a 0.5 cu course.

Environmental Science

The details, restrictions and policies of the Environmental Science Major are listed online here.

Always consult with your faculty/major advisor.

The Basics:

ENVS and GEOL Core Courses (2 CU’s): Students must take 2 of the 5 courses below, GEOL100 and/or ENVS 200 is required: ENVS 200: Introduction to Environmental Earth Science (1 CU), GEOL 100: Introduction to Geology (1 CU), ENVS 301: Environmental Case Studies (1 CU), ENVS 400: Environmental Studies Seminar (1 CU), GEOL 103: Natural Disturbances and Human Disasters (1 CU) Math, Physics and Chemistry courses (3 CU’s): Students must take three course units from the following list, with at least one course from two different groups (Math, Physics, Chemistry): (Note that 3CU's is the minimum requirement. More is certainly encouraged, and may be required for admission to graduate school. Please see your advisor for recommendations.) Math: MATH 104: Calculus, Part I (1 CU) , MATH 114: Calculus Part II (1 CU), MATH 115: Calculus Part II with Probability and Matrices (1 CU), STAT 111: Intro Statistics (1 CU) Physics: PHYS 101/150 or 170 and corresponding lab: General Physics I (1.5 CU), PHYS 102/152 or 171 and corresponding lab: General Physics II (1.5 CU), GEOL 420: Introduction to Geophysics (1CU) Chemistry: CHEM 101 or CHEM 001 and corresponding lab: Chemistry I (1.5 CU), CHEM 102 or CHEM 002 and corresponding lab: Chemistry II (1.5 CU), GEOL 418: Geochemistry (1CU) Earth and Environmental Systems Courses (5 CU’s): Students must take five course units from the list of Earth and Environmental Systems Courses (at least 2 CU’s should be 300-level or above and at least 1 CU of the 5 must be ENVS and at least 1CU GEOL): Living Systems Courses (5 CU’s): Students must take the following 4 course units: BIOL 101 Introduction to Biology A lecture and lab (1.5 CU) AND BIOL 102 Introduction to Biology B lecture and lab (1.5) OR BIOL 121 + AP BIOL credit AND BIOL 240: Ecology: from individuals to ecosystems (1 CU) Plus, 1 elective course from the List of Living Systems Courses: Honors distinction in the major. Students will follow the regular Environmental Science curriculum above, and in addition take 2 CU’s from any of the following categories: Earth and Environmental Systems Living Systems Math, Physics and Chemistry Plus, complete a senior thesis while taking the following senior thesis seminars: GEOL 399 Environmental Research Seminar (1CU) and ENVS 498a and b (0.5 CU each; 1.0 CU total)

Chemical and Biomolecular Engineering (CBE)

The details, restrictions and policies of the Chemical and Biomolecular Engineering Major are listed

online here. Always consult with your faculty/major advisor. Sample CBE curriculum:

Year 1 Fall Year 1 Spring

MATH 104 Calculus, Part I CBE 160 Introduction to Chemical Engineering

CHEM 101 General Chemistry I MATH 114 Calculus, Part II

CHEM 053 General Chemistry Lab I CHEM 102 General Chemistry II

Writing Requirement/ CHEM 054 General Chemistry Lab II

or Social Science/Humanities/Free Elective

PHYS 141 Principles of Physics II

CBE 150 Introduction to Biotechnology

Free Elective

or Technical Elective

PHYS 140 Principles of Physics I

Year 2 Fall Year 2 Spring

CBE 230 Material and Energy Balances

CBE 231 Thermodynamics of Fluids

MATH 240 Calculus, Part III MATH 241 Calculus, Part IV

CHEM 241 Organic Chemistry I CHEM 242 or 251 Organic Chemistry II

Social Science or Humanities Elective EAS 105 Engineering Computer Elective

Free Elective Social Science or Humanities Elective

Year 3 Fall Year 3 Spring

CBE 350 Fluid Mechanics CBE 351 Heat and Mass Transport

CBE 353 Advanced Chemical Engineering Science

CBE 371 Separation Processes

CHEM 221 or MSE 221 Physical Chemistry I

CBE 480 or CHEM 223 or CHEM 245 Chemistry Lab Elective

CBE Elective Social Science or Humanities Elective

Social Science or Humanities Elective Free Elective

Year 4 Fall Year 4 Spring

CBE 400 Introduction to Process Design

CBE 459 Process System Design Projects

CBE 410 Chemical Engineering Lab CBE 460 Chemical Process Control

CBE 451 Chemical Reactor Design CBE Elective

Social Science or Humanities Elective Technical Elective

Technical Elective Social Science or Humanities Elective

Materials Science and Engineering (MSE)

The details, restrictions and policies of the Materials Science and Engineering Major are listed online

here. Always consult with your faculty/major advisor. The basics:

Below is a list of required courses for the Undergraduate Degree in Materials Science and Engineering.

For a sample MSE undergraduate curriculum, including electives, click here.

Course Title Semester Instructor

EAS 101 Intro to Engineering Fall Pope

Chem 101 General Chem. for Engineers Fall Davies

Chem 102 General Chem. for Engineers Spring Composto

EAS 210 Introduction to Nanotechnology Spring Bonnell

MSE 215 Introduction to Nanoscale Functional Materials Spring Agarwal

MSE 220 Structural Materials Fall Winey

MSE 221 Quantum Physics of Materials Fall Khantha

MSE 250 Nano-scale Materials Lab. Spring Gianola

MSE 260 Energetics of Macro/Nanoscale Materials Spring Davies

MSE 330 Soft Materials Fall Composto

MSE 360 Structure at the Nanoscale Fall Khantha

MSE 393 Materials Selection Spring Chen

MSE 405/505 Mechanical Properties of Macro/Nanoscale Materials Fall Gianola

MSE 430/580 Polymers & Biomaterials Spring Yang

MSE 440 Phase Transformations Spring Pope

MSE 465 Fabrication/Characterization of Nanostructured Devices (lecture/lab) Fall Bonnell

MSE 495/496 Senior Design Fall/Spring Graham

Mechanical Engineering and Applied Mechanics (MEAM)

The details, restrictions and policies of the Mechanical Engineering and Applied Mechanics major are

listed online here. Always consult with your faculty/major advisor.

The Basics:

(5.0 CUs) Mathematics Be sure to see also the Mathematics section of the SEAS Undergraduate Handbook

(1.0) MATH 104-007 Calculus I (1.0) MATH 114 Calculus II (1.0) MATH 240 Calculus III (1.0) MATH 241 Calculus IV or ENM 251 Analytical Methods for Engineering (1.0) Additional Math Course (5.0 CUs) Natural Science

Be sure to see also the Natural Science section of the SEAS Undergraduate Handbook (1.0) MEAM 110 Introduction to Mechanics (0.5) MEAM 147 Introduction to Mechanics Lab (1.5) PHYS 151 Principles of Physics II (1.0) CHEM 101 General Chemistry I (0.5) CHEM 053 General Chemistry Laboratory I (0.5-1.0) Additional Natural Science Course (10.0) Core MEAM (1.0) MEAM 203 Thermodynamics - Spring (1.0) MEAM 210 Statics and

Strength of Materials - Fall (1.0) MEAM 211 Engineering Mechanics: Dynamics - Spring (0.5) MEAM 247 MEAM Lab I - Fall (0.5) MEAM 248 MEAM Lab I - Spring (1.0) MEAM 302 Fluid Mechanics - Fall (1.0) MEAM 321 Vibrations of Mechanical Systems - Fall (1.0) MEAM 333 Heat and Mass Transfer - Spring (1.0) MEAM 347 Mechanical Engineering Design Lab - Fall (1.0) MEAM 348 Mechanical Engineering Design Lab - Spring (1.0) MEAM 354 Mechanics of Solids - Spring (10.0) Professional Electives

Maximum of three 100-level courses in this section (including programming course) (1.0) EAS 105 Intro to Scientific Computing (1.0) MEAM 445 Mechanical Engineering Design Projects - Fall (1.0) MEAM 446 Mechanical

Engineering Design Projects - Spring (3.0) MEAM Upper-Level Electives (4.0) General Professional Electives (7.0) GENERAL ELECTIVES

Depth requirement - Two general electives (below) must be taken in the same department (e.g., two Music courses).

Writing requirement - One general elective (below) must be a Writing course. (2.0) Social Science electives (2.0) Humanities electives (1.0) Social Science or Humanities

elective (2.0) Social Science, Humanities or Technology, Business and Societies electives (3.0) FREE ELECTIVES (3.0) Free electives - Every course at Penn is considered a Free Elective except those on this list.

Electrical Engineering (EE)

The details, restrictions and policies of the Electrical Engineering Major are listed online here.

Always consult with your faculty/major advisor.

The Basics:

EE suggests EE freshmen take EE111 and CIS110 in first year.

Electrical Engineering students are required to take:

MATH 104, MATH 114, MATH 240

ESE 301 or STAT 430 or MATH 430

1 Mathematics Elective

Natural Sciences: 5.5 CU

PHYS 150 or PHYS 170

PHYS 151 or PHYS 171

CHEM 101/053 or BIOL 101 or BIOL 121 1 Elective: Mathematics or Natural Science

Engineering : 14 CU

CSE 110, ESE 210, ESE 215/205, ESE 216/206, ESE 450, ESE 451 A: Circuits and Architecture course: Choose 1 from 170/171, 319, 350, 419, or 570 B: RF, Photonics and Devices course: Choose 1 from 218, 310, 460, 509, 511, 521, 525, or 529 C: Signals, Communication and Control course: Choose 1 from 250, 303, 304, 313, 325, 404, 406, 408, 500, 531 or 539 2 Electives from lists A, B or C above Specialization Electives: Choose 2 ESE courses1

Technical Electives: 6 CU

5 Mathematics, Natural Science or Engineering Electives

1 Engineering Elective

Social Science and Humanities: 7 CU:

2 Social Science Electives

2 Humanities Electives

1 Social Science or Humanities Elective

2 Social Science or Humanities or Technology in Business and Society Electives

Free Electives: 3 CU 3 courses meeting the requirements for Free Electives

Sample Curricula

Important Notes about Sample Curricula

These samples are only to serve the purpose of showing the VIPER student a tentative, possible

4-year schedule. Individual student schedules may vary quite a bit.

Courses written as “requirement1/requirement2” indicate a course that is chosen to fulfill both

requirements—double counting.

The following assumptions were made for the sample curricula below:

VIPER students’ courses combined from their College and SEAS majors will be chosen to

help fulfill their “Natural Science”, “Mathematics” and “Tech Electives” for their BSE

degree.

The Energy Courses (I, II, and III), below are mostly shown not to overlap with a

student’s courses for their major; however, in many cases these courses can double-

count toward the VIPER and major requirements.

Advanced Placement* in Mathematics such that the student can begin her/his first

semester in Math114.

Advanced Placement* in a foreign language such that the student has already fulfilled

the College Foreign Language Requirement

*Students without these advanced placements can still complete the VIPER curriculum but will need to

take extra classes.

Sample Chemistry and CBE VIPER 4 Year Schedule

Freshmen Fall Freshmen Spring

CHEM 115 (Sector VI/QDA) Honors Chemistry I

CHEM 116 Honors Chemistry II

MATH 114 (Formal Reasoning) Calculus II

MATH 240 Calculus III

PHYS 140 (or 150) Principles of Physics I PHYS 141 (or 151) Principles of Physics II

CBE150 Introduction to Biotechnology (Sector V)

VIPR120(Sector VII) VIPER Research Seminar

CHEM053 General Chemistry Lab I CHEM054 General Chemistry Lab II

Writing Requirement/ HSS elective CBE160 Introduction to Chemical Engineering

Sophomore Fall Sophomore Spring

CHEM 241 Organic Chemistry CHEM242 Organic Chemistry II

CBE230 Material and Energy Balances CHEM245 Experimental Organic Chemistry I

Energy Course I CBE 231 Thermodynamics of Fluids

Sector I/HSS elective Sector IV/HSS elective/CCA

CD-Cultural Div in US/HSS elective Chem elec 400-level

VIPR121 (Sector VII) VIPER Research Seminar EAS105 Engineering Computer Elective

MATH 241 Calculus IV

Junior Fall Junior Spring

CHEM261 Inorganic Chemistry CHEM 222 Physical Chemistry II (or CBE353 in fall)

CHEM 221 Physical Chemistry I CHEM223 Experimental Physical Chemistry

CHEM246 Experimental Organic Chemistry

CBE 351 Heat and Mass Transport

CBE350 Fluid Mechanics CBE371 Separation Processes

CBE Elective Independent Research

CHEM251 Biochemistry Sector II/HSS elective

Senior Fall Senior Spring

CBE400 Introduction to Project Design CBE459 Process System Design Projects

CBE410 Chemical Engieering Lab CBE460 Chemical Process Control

Sector III/HSS elective CBE Elective

Energy Course II Elective

VIPER/Chem/CBE Capstone/Thesis Course Elective

CBE451 Chemical Reactor Design

Energy Course III/HSS elective

Sample Physics and Materials Science and Engineering VIPER 4 Year Schedule

Freshmen Fall Freshmen Spring

CHEM 115 (Sector VI/QDA) Honors Chemistry I

CHEM 116 Honors Chemistry II

MATH 114 (Formal Reasoning) Calculus II

MATH 240 Calculus III

PHYS 150 Principles of Physics I PHYS 151 Principles of Physics II

MSE 220 Structural Materials VIPR120 Seminar A (Sector VII) VIPER Research Seminar

Writing Requirement/ HSS elective EAS105 or CSE110 (Eng or Tech Elective)

MSE 215 Introduction to Nanoscale Functional Materials

Sophomore Fall Sophomore Spring

MSE 221 Quantum Physics of Materials MSE 260 Energetics of Macro/Nanoscale Materials

Energy Course I PHYS250 Physics Priciples IV: Modern Physics

CD-Cultural Div in US/HSS elective Sector IV/HSS elective/CCA

VIPR121 Seminar B (Sector VII) VIPER Research Seminar

MSE 250 Nano-scale Materials Lab

MATH 241 Calculus IV Sector I/HSS elective

PHYS230 Physics Priciples III Engineering Elective

Junior Fall Junior Spring

MSE 330 Soft Materials MSE 393 Materials Selection

MSE 360 Structure at the Nanoscale PHYS362 Electromagnetism II

PHYS361 Electromagnetism I PHYS401 Thermodynamics

PHYS351 Analytical Mechanics Sector V

PHYS364 Laboratory Electronics Independent Research

Sector II/HSS elective

Senior Fall Senior Spring

MSE 405/505 Mechanical Properties of Macro/Nanoscale Materials

MSE 440 Phase Transformations

MSE 465 Fabrication/Characterization of Nanostructured Devices (lecture/lab)

PHYS414 Modern Physics Lab

MSE 495 Senior Design/ VIPER Capstone Course

MSE 496 Senior Design/ VIPER Capstone Course

PHYS411 Introduction to Quantum Mechanics

PHYS412 Introduction to Quantum Mechanics II

Sector III/HSS elective Elective/Indep Research

Energy Course II Energy Course III/HSS elective

Sample Environmental Science and CBE VIPER 4 Year Schedule

Freshmen Fall Freshmen Spring

CHEM 115 (Sector VI/QDA) Honors Chemistry I

CHEM 116 Honors Chemistry II

MATH 114 (Formal Reasoning) Calculus II

MATH 240 Calculus III

PHYS 140 (or 150) Principles of Physics I PHYS 141 (or 151) Principles of Physics II

CBE150 (Sector V Introduction to Biotechnology

VIPR120 Seminar A (Sector VII) VIPER Research Seminar

CHEM053 General Chemistry Lab I CHEM054 General Chemistry Lab II

Writing Requirement/ HSS elective CBE160 Introduction to Chemical Engineering

Sophomore Fall Sophomore Spring

CHEM 241 Organic Chemistry CHEM242 Organic Chemistry II

CBE230 Material and Energy Balances ENVS400 Environmental Studies Seminar

Energy Course I/ENVS204/GEOL100 or ENVS200

CBE 231 Thermodynamics of Fluids

Sector I/HSS elective Sector IV/HSS elective/CCA

CD-Cultural Div in US/HSS elective Geol421 Elemental Cycling in Global Systems

VIPR121 Seminar B (Sector VII) VIPER Research Seminar

EAS105 Engineering Computer Elective

MATH 241 Calculus IV

Junior Fall Junior Spring

Biol101 Biology I Biology102

CHEM 221 or MSE221 Physical Chemistry I CHEM223 Experimental Physical Chemistry

GEOL508 The Geology and Geography of Energy Resources

CBE 351 Heat and Mass Transport

CBE350 Fluid Mechanics CBE371 Separation Processes

CBE Elective/Indep Research ENVS312 Ocean Atmosphere Dynamics

CBE353 Sector II/HSS elective

Senior Fall Senior Spring

CBE400 Introduction to Project Design CBE459 Process System Design Projects

CBE410 Chemical Engieering Lab CBE460 Chemical Process Control

Sector III/HSS elective CBE Elective

Energy Course II/Biology 240 Ecology Independent Research

GEOL498a/VIPER/CBE Capstone/Thesis Course GEOL498b/VIPER Capstone Course

CBE451 Chemical Reactor Design

Energy Course III/HSS elective

Sample Physics & Mechanical Eng. and Apld. Mechanics VIPER 4 Year Schedule

Freshmen Fall Freshmen Spring

CHEM 115 (Sector VI/QDA) Honors Chemistry I

CHEM 116 Honors Chemistry II

MATH 114 (Formal Reasoning) Calculus II

MATH 240 Calculus III

PHYS 150 Principles of Physics I PHYS 151 Principles of Physics II MEAM 110/147 Intro to Mechanics & Lab VIPR120 Seminar A (Sector VII) VIPER

Research Seminar

Writing Requirement/ HSS elective EAS 105 Intro to Sci Comp and/or MEAM 101 Intro to Mech Design

Sector I/HSS elective

Sophomore Fall Sophomore Spring MEAM 210 Stats & Strengths of Materials MEAM 203 Thermodynamics I MEAM 247 Mech. Engineering Lab I MEAM 211 Eng. Mechanics: Dynamics Energy Course I PHYS250 Physics Priciples IV: Modern

Physics

CD-Cultural Div in US/HSS elective Sector IV/HSS elective/CCA

VIPR121 Seminar B (Sector VII) VIPER Research Seminar

MEAM 248 Mech Engineering Lab I

MATH 241 Calculus IV Independent Research

PHYS230 Physics Priciples III

Junior Fall Junior Spring MEAM 302 Fluid Mechanics MEAM 333 Heat & Mass Transfer MEAM 321 Vibrations MEAM 354 Mechanics of Solids MEAM 347 Mech Eng Design Lab MEAM 348 Mech Eng Design Lab PHYS361 Electromagnetism I PHYS362 Electromagnetism II

PHYS351 Analytical Mechanics PHYS401 Thermodynamics

PHYS364 Laboratory Electronics Sector V

Sector II/HSS elective Upper-level MEAM course

Math elective

Senior Fall Senior Spring MEAM 445 Mech Eng Design Projects MEAM 446 Mech Eng Design Projects Upper-level MEAM course PHYS414 Modern Physics Lab/

Professional Elective?

Upper-level MEAM course VIPER/Phys/MEAM Capstone/Thesis Course

PHYS411 Introduction to Quantum Mechanics/ Professional Elective?

PHYS412 Introduction to Quantum Mechanics II

Sector III/HSS elective Elective/Indep Research

Energy Course II Energy Course III/HSS elective

Some examples of real VIPER students’ freshman schedules:

MSE/CHEM VIPER Student Freshman Schedule: CBE/Physics VIPER Student Freshman Schedule:

Fall 2012 COLLEGE OF ARTS & SCIENCES Fall 2012 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

CHEM 053 GEN CHEM LAB I 0.50 CU CBE 150 FUNDAMENTALS OF BIOTECH 1.00 CU

(Quanti tative Data Analys is Course) CHEM 115 HONORS CHEMISTRY I 1.00 CU

CHEM 115 HONORS CHEMISTRY I 1.00 CU CINE 180 FILM IN RESIDENCE:

MATH 104 CALCULUS I 1.00 CU Fi lm Culture in Res idence

MSE 220 STRUCTURAL MATERIALS 1.00 CU 0.50 CU

PHYS 140 PRINCIPLES I WITHOUT LAB 1.00 CU MATH 240 CALCULUS III 1.00 CU

WRIT 039 WRITING SEMINAR IN ENGL: PHYS 151 PRINCIPLES II 1.50 CU

DANTE'S DIVINE COMEDY 1.00 CU (Quanti tative Data Analys is Course)

Term Statis tics : 5.50 CU WRIT 026 WRITING SEMINAR IN CLST:

Cumulative: 5.50 CU VIOLENCE AND VENGEANCE 1.00 CU

Term Statis tics : 6.00 CU

Spring 2013 COLLEGE OF ARTS & SCIENCES Cumulative: 6.00 CU

ENGINEERING & APPLIED SCIENCE UNDERGRAD

CHEM 116 HONORS CHEMISTRY II 1.00 CU Spring 2013 COLLEGE OF ARTS & SCIENCES

CLST 100 GREEK & ROMAN MYTHOLOGY 1.00 CU ENGINEERING & APPLIED SCIENCE UNDERGRAD

MATH 114 CALCULUS II 1.00 CU CBE 160 INTRO TO CHEMICAL ENG 1.00 CU

MSE 260 MACRO&NANO-SCALE MATLS 1.00 CU CINE 180 FILM IN RESIDENCE: Fi lm Culture in

PHYS 141 PRINCIPLESII WITHOUT LAB 1.00 CU Res idence 0.50 CU

SOCI 010 SOCIAL STRATIFICATION 1.00 CU ESE 560 SUST DEV/WATER RES SYS 1.00 CU

VIPR 120 VIPER SEMINAR: Vagelos Integrated MATH 241 CALCULUS IV 1.00 CU

Program in Energy Research (VIPER) PHYS 250 PRINCIPLES IV: MOD.PHYS. 1.50 CU

Seminar, Part I 0.50 CU PHYS 351 ANALYTICAL MECHANICS 1.00 CU

Term Statis tics : 6.50 CU VIPR 120 VIPER SEMINAR: Vagelos Integrated

Cumulative: 12.00 CU Program in Energy Research (VIPER)

Seminar, Part I 0.50 CU

Term Statis tics : 6.50 CU

Cumulative: 12.50 CU

BE/CHEM VIPER Student Freshman Schedule: CBE/CHEM VIPER Student Freshman Schedule::

Fall 2012 COLLEGE OF ARTS & SCIENCES Fall 2012 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

BE 100 INTRO TO BIOENGINEERING 0.50 CU CBE 150 FUNDAMENTALS OF BIOTECH 1.00 CU

CHEM 053 GEN CHEM LAB I 0.50 CU CHEM 053 GEN CHEM LAB I 0.50 CU

(Quanti tative Data Analys is Course) (Quanti tative Data Analys is Course)

CHEM 115 HONORS CHEMISTRY I 1.00 CU CHEM 115 HONORS CHEMISTRY I 1.00 CU

MATH 114 CALCULUS II 1.00 CU MATH 114 CALCULUS II 1.00 CU

PHYS 140 PRINCIPLES I WITHOUT LAB 1.00 CU PHYS 140 PRINCIPLES I WITHOUT LAB 1.00 CU

WRIT 049 WRITING SEMINAR IN HIST: WRIT 039 WRITING SEMINAR IN ENGL:

NEW WORLDS 1492 & BEYOND 1.00 CU DANTE'S DIVINE COMEDY 1.00 CU

Term Statis tics : 5.00 CU Term Statis tics : 5.50 CU

Cumulative: 5.00 CU Cumulative: 5.50 CU

Spring 2013 COLLEGE OF ARTS & SCIENCES Spring 2013 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

BE 101 INTRO TO BIOENG II 0.50 CU CBE 160 INTRO TO CHEMICAL ENG 1.00 CU

CHEM 054 GEN CHEM LAB II 0.50 CU CHEM 054 GEN CHEM LAB II 0.50 CU

(Quanti tative Data Analys is Course) (Quanti tative Data Analys is Course)

CHEM 116 HONORS CHEMISTRY II 1.00 CU CHEM 116 HONORS CHEMISTRY II 1.00 CU

MATH 240 CALCULUS III 1.00 CU CLST 100 GREEK & ROMAN MYTHOLOGY 1.00 CU

PHYS 141 PRINCIPLESII WITHOUT LAB 1.00 CU MATH 240 CALCULUS III 1.00 CU

SOCI 001 INTRO TO SOCIOLOGY 1.00 CU PHYS 141 PRINCIPLESII WITHOUT LAB 1.00 CU

VIPR 120 VIPER SEMINAR: Vagelos Integrated VIPR 120 VIPER SEMINAR: Vagelos Integrated

Program in Energy Research (VIPER) Program in Energy Research (VIPER)

Seminar, Part I 0.50 CU Seminar, Part I 0.50 CU

Term Statis tics : 5.50 CU Term Statis tics : 6.00 CU

Cumulative: 10.50 CU Cumulative: 11.50 CU

MSE/MATH VIPER Student Freshman Schedule: CBE/CHEM VIPER Student Freshman Schedule:

Fall 2012 COLLEGE OF ARTS & SCIENCES Fall 2012 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

CHEM 053 GEN CHEM LAB I 0.50 CU CBE 150 FUNDAMENTALS OF BIOTECH 1.00 CU

(Quanti tative Data Analys is Course) CHEM 115 HONORS CHEMISTRY I 1.00 CU

CHEM 115 HONORS CHEMISTRY I 1.00 CU MATH 114 CALCULUS II 1.00 CU

EAS 101 INTRO TO ENGINEERING 1.00 CU MUSC 007 ENSEMBLE PERFORMANCE:

MATH 240 CALCULUS III 1.00 CU ANCIENT VOICES 0.50 CU

PHYS 140 PRINCIPLES I WITHOUT LAB 1.00 CU PHIL 001 INTRO TO PHILOSOPHY 1.00 CU

WRIT 082 WRITING SEMINAR IN RELS: WRIT 039 WRITING SEMINAR IN ENGL:

SUFISM: ISLAM MYSTICISM 1.00 CU CAMUS 1.00 CU

Term Statis tics : 5.50 CU Term Statis tics : 5.50 CU

Cumulative: 5.50 CU Cumulative: 5.50 CU

Spring 2013 COLLEGE OF ARTS & SCIENCES Spring 2013 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

CHEM 102 GENERAL CHEMISTRY II 1.00 CU CBE 160 INTRO TO CHEMICAL ENG 1.00 CU

CLST 100 GREEK & ROMAN MYTHOLOGY 1.00 CU CHEM 116 HONORS CHEMISTRY II 1.00 CU

MATH 241 CALCULUS IV 1.00 CU MATH 240 CALCULUS III 1.00 CU

PHYS 141 PRINCIPLESII WITHOUT LAB 1.00 CU MUSC 007 ENSEMBLE PERFORMANCE:

VIPR 120 VIPER SEMINAR: Vagelos Integrated ANCIENT VOICES 0.50 CU

Program in Energy Research (VIPER) PHIL 004 HISTORY OF MODERN PHILOS 1.00 CU

Seminar, Part I 0.50 CU PSYC 170 SOCIAL PSYCHOLOGY 1.00 CU

Term Statis tics : 4.50 CU VIPR 120 VIPER SEMINAR: Vagelos Integrated

Cumulative: 10.00 CU Program in Energy Research (VIPER)

Seminar, Part I 0.50 CU

Term Statis tics : 6.00 CU

Cumulative: 11.50 CU

CBE/CHEM VIPER Student Freshman Schedule: MSE/CHEM Student Freshman Schedule:

Fall 2012 COLLEGE OF ARTS & SCIENCES Fall 2012 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

CBE 150 FUNDAMENTALS OF BIOTECH 1.00 CU CHEM 053 GEN CHEM LAB I 0.50 CU

CHEM 053 GEN CHEM LAB I 0.50 CU (Quanti tative Data Analys is Course)

(Quanti tative Data Analys is Course) CHEM 115 HONORS CHEMISTRY I 1.00 CU

CHEM 115 HONORS CHEMISTRY I 1.00 CU MATH 114 CALCULUS II 1.00 CU

EAS 105 INTRO SCIENTIFIC COMP 1.00 CU MSE 220 STRUCTURAL MATERIALS 1.00 CU

MATH 114 CALCULUS II 1.00 CU PHYS 140 PRINCIPLES I WITHOUT LAB 1.00 CU

WRIT 049 WRITING SEMINAR IN HIST: WRIT 023 CRITICAL WRITING SEMINAR:

WINSTON CHURCHILL 1.00 CU DRUG BUSINESS AND ETHICS 1.00 CU

Term Statis tics : 5.50 CU Term Statis tics : 5.50 CU

Cumulative: 5.50 CU Cumulative: 5.50 CU

Spring 2013 COLLEGE OF ARTS & SCIENCES Spring 2013 COLLEGE OF ARTS & SCIENCES

ENGINEERING & APPLIED SCIENCE UNDERGRAD ENGINEERING & APPLIED SCIENCE UNDERGRAD

CBE 160 INTRO TO CHEMICAL ENG 1.00 CU CHEM 054 GEN CHEM LAB II 0.50 CU

CHEM 054 GEN CHEM LAB II 0.50 CU (Quanti tative Data Analys is Course)

(Quanti tative Data Analys is Course) CHEM 116 HONORS CHEMISTRY II 1.00 CU

CHEM 116 HONORS CHEMISTRY II 1.00 CU MATH 240 CALCULUS III 1.00 CU

HIST 170 THE AMERICAN SOUTH 1.00 CU MSE 215 INTRO NANOSCALE MATL 1.00 CU

MATH 240 CALCULUS III 1.00 CU MSE 221 QUANTUM PHYS OF MATLS 1.00 CU

PHYS 141 PRINCIPLESII WITHOUT LAB 1.00 CU PHYS 141 PRINCIPLESII WITHOUT LAB 1.00 CU

VIPR 120 VIPER SEMINAR: Vagelos Integrated VIPR 120 VIPER SEMINAR: Vagelos Integrated

Program in Energy Research (VIPER) Program in Energy Research (VIPER)

Seminar, Part I 0.50 CU Seminar, Part I 0.50 CU

Term Statis tics : 6.00 CU Term Statis tics : 6.00 CU

Cumulative: 11.50 CU Cumulative: 11.50 CU

CBE/CHEM VIPER Student Freshman Schedule:

Fall 2012 ENGINEERING & APPLIED SCIENCE UNDERGRAD

CBE 150 FUNDAMENTALS OF BIOTECH 1.00 CU

CHEM 241 ORGANIC CHEMISTRY I 1.00 CU

MATH 114 CALCULUS II 1.00 CU

PHYS 050 PHYSICS LABORATORY I 0.50 CU

PHYS 051 PHYSICS LABORATORY II 0.50 CU

WRIT 073 WRITING SEMINAR IN PHIL:

ENVIRONMENTAL ETHICS 1.00 CU

Term Statis tics : 5.00 CU

Cumulative: 5.00 CU

Spring 2013 ENGINEERING & APPLIED SCIENCE UNDERGRAD

CBE 160 INTRO TO CHEMICAL ENG 1.00 CU

CHEM 242 ORGANIC CHEMISTRY II 1.00 CU

EAS 105 INTRO SCIENTIFIC COMP 1.00 CU

ECON 101 INTERMED MICROECONOMICS 1.00 CU

ECON 103 STAT FOR ECONOMISTS 1.00 CU

MATH 240 CALCULUS III 1.00 CU

VIPR 120 VIPER SEMINAR: Vagelos Integrated

Program in Energy Research (VIPER)

Seminar, Part I 0.50 CU

Term Statis tics : 6.50 CU

Cumulative: 11.50 CU