Presentation is loading. Please wait.

Presentation is loading. Please wait.

Let’s START! We warmly welcome you to the OSU School of Chemical, Biological and Environmental Engineering! For simplicity, it is called the School of.

Similar presentations

Presentation on theme: "Let’s START! We warmly welcome you to the OSU School of Chemical, Biological and Environmental Engineering! For simplicity, it is called the School of."— Presentation transcript:

1 Let’s START! We warmly welcome you to the OSU School of Chemical, Biological and Environmental Engineering! For simplicity, it is called the School of 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. We will help you learn how to apply science & engineering to improve the quality of our water, air and land.

2 CHE/BIOE/ENVE Curriculum Students generally earn their 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 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 programs in CBEE are “capacity restricted” and the minimum required combined GPA for these courses was 2.9 in 2012. 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).

3 Chemical Engineering (192 Credits) Cr. First Year = 47 creditsSecond Year = 50 creditsThird Year = 47 creditsFourth Year = 48 credits FallWinterSpringFallWinterSpringFallWinterSpringFallWinterSpring 1 Chemistry CH 231 (4F) Chemistry CH 232 (4W) Chemistry CH 233 (4S) O Chem CH 331 (4F) O Chem CH 332 (4W) Tec Rpts WR 327 (3FWS) P Chem CH 440 (3F) P Chem CH 441 (3W) P Chem CH 442 (3S) CHE Lab CBEE 414 (3F) CHE Lab CHE 415 (3W) CHE Lab CBEE 416 (3S) 2 3 4 EE Fund ENGR 201 (3FWS) ENGR Topics 1 (3) Proc Dyn CHE 361 (3W) Proc Ctrl CHE 461 (3S) Rxn Engr CHE 443 (4F) Design CHE 431 (3W) Design CHE 432 (3S) 5CH Lab 261 (1)CH Lab 262 (1)CH Lab 263 (1) Mtrx & Pwr MTH 306 (4FWS) Diff Eqs MTH 256 (4FWS) 6 Diff MTH 251 (4FWS) Integral MTH 252 (4FWS) Vector Calc MTH 254 (4FWS) 7 COMM 111/114 (3FWS) Transport 1 Fluids CHE 331 (4F) Transport II Heat CHE 332 (3W) Transport III Mass CHE 333 (3S) Persp 5 (3) Synth 1 (3) 8 Unit Ops CHE 411 (4F) 9 Physics PH 212 (4FW) Physics PH 213 (4WS) 10 Orient CBEE 101 (3F) Prob Solv CBEE 102 (3W) Physics PH 211 (4SF) Statics ENGR 211 (3FWS) Transport Lab CHE 334 (2S) ENGR Topics 2 (3) Synth 2 (3) 11 Thermo I CHE 311 (3F) Thermo II CHE 312 (3W) 12 Persp 3 (3) Adv Chem 2 (3) 13 Eng Comp WR 121 (3FWS) BioSLab c (4) Mat Bal CBEE 211 (3F) Energy Bal CBEE 212 (3W) Process Data Anal CBEE 213 (4S) ENGR Topics 3 (3) Free Electives (4) 14 Life Fit HHS 231 (2FWS) Engr Ethics CHE 320 d (3F) Persp 2 (3) 15 Adv Chem 1 (3) Persp 4 (3) 16 HHS 24* (1) Persp 1 (3) 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.

4 First Year (48 credits)Second Year (49 credits)Third Year (48 credits)Fourth Year (47 credits) FallWinterSpring Fall WinterSpringFallWinterSpringFallWinterSpring *Differential calculus MTH 251 (4) *Integral calculus MTH 252 (4) *Vector calculus MTH 254 (4) Lifetime fitness HHS 231/24X (3) *Applied diff equations MTH 256 (4) *Matrix & power series methods MTH 306 (4) General biochemistry BB 450 (4) General biochemistry BB 451 (3) Biomedical Engr Principles BIOE 340 (3) Biochemistry lab BB 494 (3) Biochemistry lab BB 493 (3) Synthesis (3) *General chemistry CH 231 (4) CH Lab 261 (1) General chemistry CH 232 (4) CH Lab 262 (1) General chemistry CH 233 (4) CH Lab 263(1) Organic chemistry CH 331 (4) Organic chemistry CH 332 (4) *Statics ENGR 211 (3) Transport I CHE 331 (4) Transport II CHE 332 (3) Transport III CHE 333 (3) Bioreactors BIOE 457 (3) Engineering selection 2 (3) BIOE selection 3 (3) BIOE orientation CBEE 101 (3) *Engr problem solving CBEE 102 (3) *General physics PH 211 (4) *General physics PH 212 (4) *General physics PH 213 (4) *Electrical eng fundamentals ENGR 201 (3) Thermodynamic s CHE 311 (3) Social ethics in engineering BIOE 420 (3) Transport Lab CHE 334 (2) Perspectives (3) Reg of drugs & med devices BIOE 470 (2) Perspectives (3) Perspectives (3) *English composition WR 121 (3) *Speech communications COMM 111/114 (3) *Material balances CBEE 211 (3) *Energy balances CBEE 212 (3) Process analysis CBEE 213 (4) Professionalism & engr ethics CBEE 320 (3) Bioengineering product design BIOE 390 (4) Perspectives (3) Process Engr Laboratory CBEE 414^ (3) Bioengineering laboratory BIOE 415 (3) Bioengineering process design BIOE 490 (4) BIOE selection 3 (3) Anatomy & Physiology Z 331 (3) Biology selection 1 (2 or 4) Anatomy & Physiology Z 333 (3) Engineering selection 2 (3) Technical writing WR 327 (3) DPD 4 (3) Engineering selection 2 (BIOE 459) (3) Bioseparations BIOE 462 (3) Synthesis (3) 15 1617 1617151416 Bioengineering (192 Credits)

5 Environmental Engineering (192 Credits) Cr. First Year = 47 creditsSecond Year = 49 creditsThird Year = 49 creditsFourth Year = 47 credits FallWinterSpringFallWinterSpringFallWinterSpringFallWinterSpring 1 Chemistry *CH 231 (4F) Chemistry **CH 232 (4W) Chemistry CH 233 (4S) Organic Chemistry CH 331 (4F) Organic Chemistry CH 332 (4W) GEO 221 (3S) Transport I (Fluids) CHE 331 (4F) Transport II ChE 332 (3W) Tech Writing WR 327 (3FWS) W & WW I ENVE 421 (4F) W & WW II ENVE 422 (4W) Sust Water Resources ENVE 456 (3S) 2 3 4 Dynamics *ENGR 212 (3FWS) Engr Ethics CBEE 320 (3W) Transport III CHE 333 (3S) Air Poll Control ENVE 425 (3S) 5CH 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 431 (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 313 (4W) or Geotechnical CE 372 (4W) Transport Lab CHE 334 (2S) Synthesis #1 (3FWS) 8 Persp #2 (3FWS) Enve Lab ENVE 414^ (3F) 9 Physics PH 212 (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 213 (4S) Synthesis #2 (3FWS) 11 Graphics & Design CCE 201 (3F) Intro EnvE ENVE 322 (4W) Persp #5 (3FWS) 12 Engineering Elective (4FWS) 13 Eng Comp *WR 121 (3FWS) *COMM 111/114 (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 #1 (3FWS) Persp#3 (3FWS) Engineering Elective (3FWS) 15 Persp #4 (3FWS) 16 HHS 241-251 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)

6 STUDENT CLUBS AND ACTIVITIES CBEE CLUB OSU EWB-ers Build Meaningful Partnerships AMBASSADORS SOLAR CAR Sustainable Energy Initiative (SEI)

7 STUDY ABROAD CBEE Students have recently studied at: Danish Technical University University of Nottingham Tecnologico de Monterrey Yonsei University University of Queensland (Australia) University de Cantabria University of Auckland Dun Laoghaire Institute (Dublin) Your choice! “ I feel it has been one of the most significant attributes to my undergraduate career and personal growth during the last few years. ” Nikhil Prem, Chemical Engineering, Santander, Spain

8 CBEE SCHOLARSHIPS 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 $93,000 in 2012 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

9 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

10 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 chemical for economic well- being

11 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

12 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

13 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 Amgen Anheuser Busch Bayer Beaver Biodiesel Bend Research Berlex Laboratories Biotronik Boston Scientific Dimera Electrical Geodesics Inc. Entek Gallo Winery Genentech Hemcon Hewlett Packard OHSU Oregon Freeze Dry Oregon Medical Laser Center Sarepta (AVI BioPharma) Siga SolarWorld

14 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, reduction

15 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 CH2M Hill Hanford Group City of Troutdale 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 Weber Elliott Engineering W & H Pacific WRG Design

16 CHE/BIOE/ENVE: IMPORTANT WEBSITES-1 Student On-line 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? 1st year students-Dr. Skip, Transfer students-Kristin Rorrer) Make Advising Appointments On-line: Kristin Rorrer Head Advisor, School of CBEE Blackboard Class lecture notes, syllabus, calendar, other information from instructor

17 CHE/BIOE/ENVE: IMPORTANT WEBSITES-2 Registration dates and deadlines (add/drop/withdrawal) Deadline to drop a class: 11:55 p.m. Friday of 2 nd week Deadline to withdraw from a class or change to S/U grading: Friday of 7 th week Full time student status is 12 credits! See all important dates at this site: ONID student e-mail account and file storage Engineering TEACH login (create engineering account, receive newsletter, computing service) Admissions-transfer credits Degree Partnership Program (application) Kristin Rorrer Head Advisor, School of CBEE

Download ppt "Let’s START! We warmly welcome you to the OSU School of Chemical, Biological and Environmental Engineering! For simplicity, it is called the School of."

Similar presentations

Ads by Google