Register for classes using WebAdvisor. Review the searchable online Class Schedule for class dates and times. Course descriptions are available in the Catalog. All students are encouraged to meet with a counselor to review academic program requirements and/or have questions answered.
Did You Know…?
28% of University of California and 55% of California State University graduates started at a California community college. Source: California Community Colleges Chancellor's Office.
Upon transferring to either the CSU or UC, California community college students obtained GPAs equal to, or better than, "native" UC or CSU students and graduated at rates comparable to "native" UC and CSU students. Source: Community College League of California.
A sampling of courses for this discipline includes (not a complete list):
- BIOT-100 Biotechnology and Society
- BIOT-101 Environmental Biotechnology Research Projects
- BIOT/CHMT-102 Chemical Safety and Hygiene
- BIOT-103 LAB Biotech Summer Bridge
- BIOT/CHMT-104A HPLC
- BIOT/CHMT-104B Gas Chromatography
- BIOT/CHMT-104C IR and UV/VIs Spectroscopy
- BIOT/CHMT-104D Nuclear Magnetic Resonance Spectroscopy
- BIOT-105 Introduction to Cell and Molecular Biology
- BIOT-106A Introduction to Bio-Manufacturing Instruments and Measurements
- BIOT-106B Current Lab Methods in Bio-Pharmaceutical Industry and Standard Operating Procedures
- BIOT-106M Math Applications in Biotechnology
- BIOT-110A1 Introduction to DNA Techniques
- BIOT-110A2 PCR I and DNA Sequencing
- BIOT-110A3 Protein Isolation and Assays
- BIOT-111A Genomic and cDNA Library Construction and Analysis
- BIOT-111B PCR Primer Design and Optimization and Reverse Transcription
- BIOT-112 Introduction to Bioinformatics
- BIOT-113 GMP/GLP
- BIOT/BIOL-114 Introduction to Plant Biology
- BIOT-115A Mammalian Cell Culture Techniques
- BIOT-115B Bioreactor Cell Culture Techniques
- BIOT-117 Immunology
- BIOT-119 Clean Room Techniques
- BIOT-120A Introduction to SEM Technology
- BIOT-120B SEM - Biological Applications and Techniques
- BIOT-120C SEM - Applications in Physical Science and Engineering
- BIOT-121 Biotechnology Careers
- BIOT-122 Introduction to Nanotechnology
- BIOT-123 Writing SOPs
- BIOT/CS-131 Computing Concepts in Biotechnology
- BIOT-131D Review of Biotechnology Concepts
- BIOT-131L LAB Learning Community
- BIOT-132L LAB Learning Community, Mentoring Level
- BIOT/CS-133 Introduction to SAS Programming
- BIOT-133A Data Analysis Using SAS
- BIOT-141B SAS Graphing and ODS
- BIOT-143 Advanced SAS Programming
Most Ohlone College classes require the purchase of a textbook, and some classes require the purchase of online access codes (also known as keys) or other supplies. Most of these purchases are available at the Ohlone College Bookstore. The exact textbook and other specific costs are now available for each section on WebAdvisor (select "Book Info").
Students may go to the Ohlone College Bookstore website to find the textbook(s), access codes (keys), or supplies for their class(es). Students may be required to pay additional fees for access to online resources that are not available through the Ohlone College Bookstore. Additional supplies may be required and will be listed on the course syllabus on the first day of classes. Please check with your instructor.
More at Textbooks: Information and Purchasing, including Online Orders, Newark Center Textbooks and Supplies, Book Buybacks, and Textbook Costs.
Upon successful completion of the courses in this discipline, the student will have acquired the following knowledge and skills:
- Develop a results-oriented resume highlighting transferable skills relevant to bio-manufacturing positions.
- Demonstrate effective interviewing skills to obtain employment in the biotech industry.
- Understand and apply techniques to conduct a self-directed job search.
- Apply scientific method and good experimental design in scientific experiments.
- Understand and demonstrate lab safety procedures.
- Maintain a lab notebook; describe correct SOPs, GLPs, and other documentation required in a biotech lab.
- Demonstrate standard lab techniques such as pipetting and measurements (mass/ volume).
- Demonstrate proper use of lab equipment such as pH meters, spectrophotometers, chromatographic systems, electrophoresis apparatus, compound microscope, and other equipment.