1. Welcome!
CBEE: Chemical (CHE), Biological (BIOE), & Environmental (ENVE) Engineering

2. Richard Kerr Head Advisor CBEE – CHE, BIOE, ENVE:
What students can expect from their
advisor:
Accurate and timely advice.
Appropriate referrals.
Accessibility.
Assistance clarifying academic and career goals.
Accurate and current records of your progress.
A friendly, professional resource.

3. CBEE
In these fields of study, you will learn how to apply chemistry, math, and economics to the process of converting raw materials or chemicals into more useful and valuable forms.
While pursuing your Bachelors of Science the curriculum will assist you in learning how to apply science and engineering to improve the quality of our water, air, and land.

4. Common Questions we will have for you:
How are you doing?
What is your target pro school term?
Did you get all the courses you need?
Do you have the pre-reqs?
Do you plan on taking Summer courses?
Have you been able to think about an internship?

5. CHE/BIOE/ENVE Curriculum
Students generally earn their CBEE B.S. degree in 4 or 5 years. There are many reasons that the program may take longer than 4 years. For example, the CHE/BIOE/ENVE programs require 192 credits, and other programs on campus require only 180 credits. Some students may start out in the Academic English program, which adds a few terms to the completion of the degree. Students might study abroad or do an internship, which may extend the degree completion date.
Baccalaureate Core (BC) courses (highlighted in yellow in following slides) are required for each program at OSU, in addition to courses in major.
Courses highlighted in gray are required for admission to professional school (300/400 level courses in the major). The minimum required combined GPA for these courses is 2.8 as of 2015.
AP and IB credits are accepted as detailed on the OSU admissions website.
All three programs are accredited by the Accreditation Board for Engineering and Technology (ABET).

6. Chemical Engineering (192 credits):
Cr.
First Year = 47 credits
Second Year = 50 credits
Third Year = 47 credits
Fourth Year = 48 credits
Fall
Winter
Spring 1
Chemistry CH 231 (4F)
Chemistry CH (4W)
Chemistry CH 233 (4S)
O Chem CH (4F)
O Chem CH (4W)
Tec Rpts WR (3FWS)
P Chem
CH 440 (3F)
CH 441 (3W)
CH 442 (3S)
CHE Lab CBEE 414 (3F)
CHE Lab CHE 415 (3W)
CHE Lab CBEE 416 (3S) 2 3 4
EE Fund ENGR (3FWS)
ENGR Topics (3)
Proc Dyn
CHE 361 (3W)
Proc Ctrl CHE 461 (3S)
Rxn Engr CHE 443 (4F)
Design CHE (3W)
Design CHE (3S) 5
CH Lab 261 (1)
CH Lab 262 (1)
CH Lab 263 (1)
Mtrx & Pwr
MTH (4FWS)
Diff Eqs MTH (4FWS) 6
Diff MTH (4FWS)
Integral MTH (4FWS)
Vector Calc MTH 254 (4FWS) 7
COMM 111/114 (3FWS)
Transport 1 Fluids CHE 331 (4F)
Transport II
Heat
CHE (3W)
Transport III Mass
CHE 333
(3S)
Persp 5 (3)
Synth 1 (3) 8
Unit Ops CHE (4F) 9
Physics PH (4FW)
Physics PH (4WS) 10
Orient CBEE (3F)
Prob Solv CBEE 102 (3W)
Physics PH (4SF)
Statics ENGR 211 (3FWS)
Transport Lab CHE 334 (2S)
ENGR
Topics 2
(3)
Synth 2 (3) 11
Thermo I CHE (3F)
Thermo II
CHE 312
(3W) 12
Persp 3 (3)
Adv Chem (3) 13
Eng Comp
WR 121 (3FWS)
BioSLabc (4)
Mat Bal CBEE 211 (3F)
Energy Bal CBEE (3W)
Process Data Anal CBEE (4S)
Topics 3
Any Area
Electives
(4) 14
Life Fit HHS (2FWS)
Engr Ethics
CHE 320d
(3F)
Persp 2 15
Adv Chem (3)
Persp 4 (3) 16
HHS 24* (1)
Persp 1 17 18
Notes:
Technical Electives a.
Only Persp, Syn, HHP 231, and FREE can be taken on S/U grading (# of S/U credits are limited to 3X # of terms at OSU, up to 36 max). b.
"Shaded" courses = required for admission to professional program and contribute to "core" GPA used for admission (also 80 credits minimum completed).
Univ & College Core c.
Must satisfy the OSU-BACC "Biological Science (with lab)" requirement - see list of acceptable courses in current Schedule of Classes. d.
CHE 320 satisfies the department Ethics Requirement.

7. Bioengineering (192 credits):
First Year (46 credits)
Second Year (51 credits)
Third Year (48 credits)
Fourth Year (47 credits)
Fall
Winter
Spring
Pro School /Starts
Pro School Winter
Pro School Spring
Pro School Fall
Pro School
*Differential calculus
MTH 251
(4FWS)
*Integral calculus
MTH 252
*Vector calculus
MTH 254
Perspective
(3FWS)
*Applied diff equations
MTH 256
*Matrix & power series methods
MTH 306
General Biochemistry
BB 450
(4FW)
General Biochemistry
BB 451
(3WS)
Biomedical ENGR Principles
BIOE 340
(3S)
Biochemistry lab
BB 493
(3F)
Biochemistry lab
BB 494
(3W)
Engineering Selection2
(3)
*General
chemistry
CH 231 (4FW)
CH Lab 261 (1F)
General chemistry
CH 232 (4WS)
CH Lab 262 (1W)
General
CH 233 (4S)
CH Lab 263 (1S)
Organic Chemistry
CH 331
CH 332
(4WS)
*Statics
ENGR 211
Transport I
CHE 331 (4F)
Transport II
CHE 332
Transport III
CHE 333
Bioreactors
BIOE 457
Bioengineering Laboratory BIOE 415
 BIOE selection3
BIOE
Orientation
CBEE 101
*ENGR problem solving
CBEE 102
*General physics
PH 211
*General physics
PH 212
*General physics
PH 213
*Electrical ENGR Fundamentals
ENGR 201
Thermodynamics
CHE 311
Social Justice, Ethics in Engineering BIOE 420 (3W)
Biomaterials & Biointerfaces
BIOE 351 /451
Bioengineering process design
BIOE 490 (4F)
Bioengineering product design
BIOE 491 (4W)
Bioengineering product design II
BIOE 492 (3S)
Lifetime fitness
HHS 231 (2) and HHS 24X or PAC(1)
*English Composition
WR 121
*Speech Communication
COMM 111/114
*Material balances
CBEE 211
*Energy balances
CBEE 212
Process analysis
CBEE 213
(4S)
Professionalism & ENGR Ehics
CBEE 320
Engineering Selection 2
Perspectives
Process ENGR Laboratory
CBEE 414(WIC)
BIOE Selection3
Synthesis
Anatomy & Physiology
BI 231
Biology selection1
(2 or 4)
BI 233
 Tech. Writing
WR 327
1 credit elective credit
DPD4
 Engineering selection2
Perspectives (3) 15 16 17

8. Environmental Engineering (192 credits):
Cr.
First Year = 47 credits
Second Year = 49 credits
Third Year = 49 credits
Fourth Year = 47 credits
Fall
Winter
Spring 1
Chemistry *CH 231
(4F)
Chemistry **CH 232
(4W)
Chemistry CH 233(4S)
Organic Chemistry CH (4F)
Organic Chemistry CH (4W)
GEO 221 (3S)
Transport I (Fluids) CHE (4F)
Transport II ChE 332 (3W)
Tech Writing WR 327 (3FWS)
W & WW I ENVE 421(4F)
W & WW II ENVE (4W)
Sust Water Resources ENVE (3S) 2 3 4
Dynamics *ENGR 212 (3FWS)
Engr Ethics CBEE 320 (3W)
Transport III CHE (3S)
Air Poll Control ENVE (3S) 5
CH Lab 261 (1)
CH Lab 262(1)
CH Lab 263 (1)
Matrix
Power Series *MTH 306 (4FWS)
Diff Eqs *MTH 256 (4FWS)
Thermo Prop CHE 311 (3 FWS)
Bioreactors I BIOE 457 (3F)
Fate & Transport ENVE (4W) 6
Diff Calc *MTH 251 (4FWS)
Integral Calculus *MTH 252 (4FWS)
Vector Calculus *MTH 254 (4FWS) 7
Strength of Materials ENGR 213 (3FWS)
Hydraulic CE (4W) or Geotechnical CE 372 (4W)
Transport Lab CHE 334(2S)
Synthesis # (3FWS) 8
Persp #2 (3FWS)
Enve Lab ENVE 414^ (3F) 9
Physics PH (4FW)
Physics PH 213 (4WS)
General Microbiology MB 230 (4FWS)
Enve Lab ENVE 415 (3W) 10
Orientation CBEE 101 (3F)
Engr Comp CBEE 102 (3W)
Physics *PH 211(4FS)
Process Analysis CBEE (4S)
Synthesis # (3FWS) 11
Graphics & Design CCE 201 (3F)
Intro EnvE ENVE 322 (4W)
Persp # (3FWS) 12
Engineering Elective (4FWS) 13
Eng Comp *WR 121 (3FWS)
*COMM 111/ (3FWS)
Material Balances CBEE 211 (3F)
Energy Balances CBEE 212 (3W)
Hydrology CE 412 (4WS)
Capstone Design ENVE 490 (3S) 14
Life Fitness HHS 231
Persp # (3FWS)
Persp# (3FWS)
Engineering
Elective (3FWS) 15
Persp #4 (3FWS) 16
HHS or PAC (1)
Statics *ENGR 211 (3FWS) 17 18
^ WIC
F,W,S = Multiple terms in which same course is offered
course required for entrance to professional school (and used for pre-GPA calculation)

9. What is the difference(s) between pre-professional school and professional School?:
Students in the College of Engineering’s CBEE Professional school have completed all of the 1st and 2nd year courses with a GPA of 2.8 in their noted (grayed out) essential courses.
Students taking junior level ENGR courses are in Pro-School.
Students haven’t received a grade lower than C in any of their required coursework.
Professional students do pay more for tuition.
Pro-School coursework is sequential and dense, so taking courses ahead of time or out of sequence is nearly impossible.
Pro-School starts in the Fall of each year.

10. Pro-School Spring & Summer Admittance CBEE
Application Cycles:
Spring = for Summer Admission (register for pro courses after being admitted)
Summer = for Fall Admission (register for pro courses after being admitted)
Application forms are online and will open for three weeks for Summer or Fall Admission (application are open for Summer from April to early May and for Summer in July)
Note – All pre-core courses must be completed with a ‘C’ or better by the end of term which you apply.

11. Common Question: What if I don’t have all of the Pre-Pro courses done by the fall term that I want to enter Pro-School?
- Students are expected to have all the requirements done. Often students will take some of these requirements over the summer or at a community college.

12. Academic Schedule Reminders:
Last day to withdraw from a class is at the 7th week of each term (but differs during Su terms).
When applying to pro school the 2nd take of a given class always counts.

13. How do the PINs and Majors work?:
- MyDegrees (in-house curriculum audit system): you have access to it online; Advisors will put your PINs in it, and you can see your progress. For instance, you can see what BC (bacc core) categories you have open and search for classes through the corresponding link. Keep in mind that BC classes should yield to your major requirements. Some BC courses can be taken as an S/U option.
- Oregon State University has about 30 minors which can be added to your curriculum by going to the minor’s home academic advisor and declaring the minor. Minors take about 27 extra credits and these courses can count toward your major requirements.

14. Student Health Services:
-Student Health Services is something you pay for through your students fees; use it when needed.
-Immunization concerns.
-Counseling Services (CAPS).

15. What do successful CBEE students do?:
They make connections with their faculty, establishing relationships that encourage involvement, career development and learning. This includes informal leadership roles.
They take a lot of notes.
They do not procrastinate.
They engage in the University and the College of Engineering fully, using all that Student Affairs offers (Health Services, Counseling services, Career Services, etc.).
They set goals and work toward them in systematic and healthy ways.
They manage their time well, schedule for courses early, and set aside time to study.
They have back-up plans when needed and persist through difficult courses and circumstances.
Learning Corner – can give you information on how to review, view, and recall course content:

16. Grade Options: S/U vs. W vs. A-F grade:
Satisfactory or Unsatisfactory by 7th week, only non-major courses.
W is a withdraw, by 7th week. Can withdraw by end of first week.

17. Math Learning Center: Kidder Hall 108
MLC Services: The services offered by the Math Learning Center are:
A well-lit study area with tables and a coin-operated photocopy machine.
Free drop-in tutoring (provided by GTAs, faculty volunteers, and a few hired undergraduate tutors).
Resources (textbooks, solution manuals, a few graphing calculators, etc.) to check out for use in the MLC.
Make-up testing (faculty or TAs can leave make-up tests in a file behind the MLC desk; clerks will administer and refile. the completed test to be picked up at the instructor's convenience).
A mathematics education resource room (for use by the Excel program and mathematics education classes).
A computer classroom with mathematical software installed (for use by students in mathematics classes).
Their schedule can be found at:

18. Get involved: CBEE CLUB SOLAR CAR
OSU EWB-ers Build Meaningful Partnerships
SOLAR CAR
Sustainable Energy Initiative (SEI)

19. Study Abroad: CBEE Students have recently studied at:
Danish Technical University
University of Nottingham
Tecnologico de Monterrey
Yonsei University
University of Queensland (Australia)
University of Cantabria
University of Auckland
Dun Laoghaire Institute (Dublin)
Your choice!

20. Many Scholarships for Students:
ARCO Scholarship
Skye Balkwill Memorial
Belknap Scholarship
Frank & Cynthia Biasca Endowment
Chevron Scholarship
Dorsey & Aurelia Edwards Endowment
Georgia Pacific Scholarship
Richard E. Hatchard Endowment
James & Billie Jean Hickman Endowment
Mark Holcom Memorial
David Jackson Memorial
Pete & Rosalie Johnson Scholarships
Milan Knezevich
Shirley Kuse Fellowship
Victor W. Laine Memorial
Ralph McCugh Scholarship
Susan Stutz-McDonald Fellowship
James & Vivian McEwen Scholarship
Robert V. Mrazek Memorial
Erik Muehlenkamp Memorial
Gayle Nichols Memorial
Herbert Nierman Memorial
PBS Scholarship
Don C. Phillips Memorial
PIMA Scholarship
Proctor Chevron Scholarship
$45,000 in 2017
J & T Ringe Scholarship
Charles Rohrmann Memorial
Colonel & Mrs. Scott Memorial
Alan Selker Memorial
Kevin Shannon Memorial
Gerald Sing Scholarship
Kenneth Spies Memorial
Roy Strandberg Memorial
Perry Swanson Fellowship
C.E. Wicks Scholarship

21. CHE/BIOE/ENVE Undergraduate Internships and Research
Multiple Engineering Cooperative Program (MECOP), two 6-month internships in industry (CHE & ENVE).
Summer Internships (on campus and off-site).
Johnson summer internship.
Senior Lab and Design Classes.

22. Chemical Engineering Is…
A branch of engineering that focuses on chemical processes.
A broad profession that allows people to do many different things throughout their careers.
A path to opportunities to help society by:
Developing new products and technologies.
Supplying society with thousands of chemicals for economic well-being.

23. Employment Opportunities: CHE
The chemical engineering curriculum provides students with a background of fundamental knowledge that prepares them for positions in research and development, design, technical service, plant operation, technical sales, and management.
A few of the employers of OSU
CHE Alumni are:
Battelle
Bechtel
Boeing
Bend Research
Boise Cascade
Chevron USA
CH2M Hill
Dow Chemical
Exxon
Fort James Corp.
Frito-Lay
Gallo Winery
Georgia Pacific – Toledo
Hercules Chemicals
Hewlett Packard
Longview Fibre
Louisiana Pacific Co.
LSI Logic
3M Company
Merck
Mitsubishi Silicon
NYPRO OREGON
ON Semiconductor
Cascade Pacific
Proctor and Gamble
Pyrotek
Siltronic
Teledyne Wah-Chang
Tektronix
Union Oil
US Bureau of Mines
Verdezyne
Wafer-Tech
Weyerhaeuser

24. Bioengineering Is…
A branch of engineering that focuses on the application of biological and chemical processes.
A broad profession that allows people to work in the medical, pharmaceutical and bio-production fields.
A path to opportunities to help society by:
Developing new medical products and technologies.
Advancing the biological production of new products and materials.

25. Employment Opportunities: BIOE
The biological engineering undergraduate program provides a solid background in biology (anatomy and physiology, biochemistry, molecular and cellular biology), chemistry, physics, and math, in addition to the engineering sciences.
A few of the employers of OSU
BIOE Alumni are:
Acumed
Acrymed
OHSU
Amgen
Oregon Freeze Dry
Anheuser Busch
Oregon Medical Laser Center
Bayer
Sarepta (AVI BioPharma)
Beaver Biodiesel
Siga
Bend Research
SolarWorld
Berlex Laboratories
Biotronik
Boston Scientific
Dimera
Electrical Geodesics Inc.
Entek
Gallo Winery
Genentech
Hemcon
Hewlett Packard
Career/Internship Reddit Resource:

26. Environmental Engineering Is…
A branch of engineering that focuses on physical, chemical, and biological processes to limit environmental impacts.
A multidisciplinary profession that allows people to deal with a wide range of environmental problems.
A path to opportunities to help society by:
Developing new sustainable practices.
Reduce impacts to air, water, and soil.
Promoting reuse, recycling, and reduction.

27. Employment Opportunities: ENVE
The environmental engineering program provides undergraduate students with the background necessary to study air, water, and subsurface environmental problems. Coursework includes analysis and design of water and wastewater treatment systems, sustainable water resources, and air pollution control technologies.
A few of the employers of OSU ENVE Alumni are:
CH2M Hill
Weber Elliott Engineering
CH2M Hill Hanford Group
City of Troutdale
W & H Pacific
WRG Design
ET Technologies Inc.
Geo Trans Inc.
JE Dunn NW
Professional
Services Industries (PSI)
SCS Engineers
Shaw Environmental, Inc.
US Department of the Navy
US Forest Service
US Public Health Service
Wallis Engineering

28. Helpful hints: - Make Advising Appointments Online:
- When you arrive at the appointment you’ll have to sign in at the iPad in the front office.
- Buy lined Engineering Paper at the CBEE main office for $6, as sold by the CBEE student club.
Engineering Paper $6!

29. CHE/BIOE/ENVE: Important Websites
Student Online Services-Registration, Student Records:
Register for classes, Use MyDegrees, View and Order Transcripts
Catalogs & Schedules:
course catalog-major and baccalaureate core courses listed by section
CBEE Advising Page:
Advisors - Who is my advisor?
Richard Kerr (CHE, BIOE & ENVE)
Make Advising Appointments Online:
Richard Kerr, Head Advisor School of CBEE

30. CHE/BIOE/ENVE: Important information:
Registration dates and deadlines (add/drop/withdrawal)
Deadline to drop a class: 11:55 p.m. Friday of 2nd week
Deadline to withdraw from a class or change to S/U grading: Friday of 7th week
Full-time student status is 12 credits.
See all important dates at this site:
ONID student account and file storage:
COE Useful links - Engineering (create engineering account, receive newsletter, computing service):
Admissions-transfer credits:
Degree Partnership Program (application):
Professional School (application):

31. Dozens offered every term.
PAC Courses: 1 credit
Physical Activity Courses
Dozens offered every term.
Quick jump (this jump link can help you find and research course availability and requirements):
This is what
it looks like

32. Richard Kerr, Head Advisor, CBEE (CHE, BIOE, ENVE):
What advisors expect from their students:
To maintain regular contact and to make appointments.
To report to advising appointments on time and prepared.
To track your academic progress and fulfillment of all requirements.
To read the advising guides and materials: academic calendar, academic regulations, schedule of classes, academic program guides, check sheets, OSU catalog.
To check your registration and grades.
To engage in periodic and realistic self-evaluations.
To maintain a healthy lifestyle.
To ask for help.

33. Richard’s Schedule: 8:00 to 3:00 PM Appointments – Johnson Hall 116
(you make these appointments online)
3:00 to 4:30 PM Drop-Ins – Johnson Hall 116
Note: But you get a better service if you make an appointment.

34. Today’s Goals: Today you will be shown how to register
for your first term of courses.
You will register online.
You will need and get a PIN to register – which changes every term (no PIN needed for Summer terms).
The great majority of classes have prerequisites or are reserved for students in particular programs (example: CH (Chemistry) and CE (Civil Engineering) courses).
If at any point you can’t get into a class that you need let us know as soon as possible, many required courses are only offered one a year.
Courses marked as 300 or higher are junior level courses and are not offered at Community Colleges.

35. Thank you and welcome to CBEE!
CBEE: Chemical (CHE), Biological (BIOE), & Environmental (ENVE) Engineering