Biotechnology Advanced. Our Program. This three year Ontario College Advanced Diploma program provides learners with a strong background in the science that drives this expanding interdisciplinary industry. The curriculum offers a combination of laboratory and theory courses in disciplines, such as, chemistry, cell biology, biochemistry, statistics, microbiology, bioinformatics and genetic engineering. In addition, learners gain a solid foundation of the complex political, social, and ethical implications of this remarkable field which allows them to make informed and exciting career choices. Graduates are prepared for fascinating work in a variety of laboratory settings including bioresearch facilities, analytical laboratories, commercial, biotechnology goods and services production, agricultural, government and academic labs. The skills graduates acquire are applicable to research and development, pharmaceutical production, quality assurance and quality control work, food or other biotechnology product manufacturing and environmental protection. This program offers two cooperative education Co op Work Term options. Qualified students with a minimum GPA of 3. See Additional Information for more details. Bring Your Own Device BYOD Students are expected to have and use a laptop or mobile computing device when registered in this on campus program. Hardware and software specifications required by your program are outlined at http algonquincollege. Mobile deviceslaptops and supplies can be purchased directly from Algonquins New Technology Store at educational rates. SUCCESS FACTORSThis program is well suited for learners who Enjoy problem solving. The Nuclear Medicine Technology Certification Board NMTCB has approved new eligibility requirements to take effect in 2017. Under these new requirements, the NMTCB. Like to conduct biology and chemistry laboratory experiments. Are inquisitive and have an analytical nature. Have good organizational and time management skills. Work well in a team oriented environment. Your Career. Graduates may find employment opportunities in a diverse range of bio based sectors such as the production of pharmaceuticals or medical devices, food and beverages production, or roles as lab technologists in the biotechnology, agriculture, or environmental fields. Graduates may also pursue advanced studies through articulation agreements between the college and various universities. Learning Outcomes. The graduate has reliably demonstrated the ability to Perform laboratory duties independently and in compliance with pertinent legislation and regulations, as well as biotechnology standards and guidelines. FUTURE STUDENT HANDBOOK 2016 2017. Programs Find yours inside FLIP TO PAGE 192 FOR PROGRAMS AT A GLANCE. Helping you. Succeed READ MORE ON PAGE 6. Below you will find many nursing and medical acronyms for degrees and certification. This is not a complete list, so if you have suggestions or revisions, please post. Iowa Iowa Department of Public Health, Bureau of Radiological Health Lucas State Office Bldg., 5th floor, 321 East 12th Street Des Moines, IA 503190075. Milk Specialists, FDA CFSAN Personnel, State Grade A Milk Sanitation Personnel, Third Party Certifiers and Single Service Consultants. Collaborate in implementing and evaluating quality control and quality assurance procedures to meet organizational standards and requirements. Select and implement best practices for sustainability. Complete complex biotechnological applications using advanced principles of chemistry, biology and biostatistics as well as basic principles of physics. Co ordinate, implement and validate laboratory procedures to carry out quantitative and qualitative tests and analyses. Co ordinate, implement and validate standard cell culture procedures under aseptic conditions. Co ordinate, implement and validate molecular biology procedures. Manage biological data to support biological scientists and researchers in capturing, organizingsummarizing and storing data. Prepare, anaylze, interpret, maintain and communicate scientific data effectively. Develop and present a strategic plan for ongoing personal and professional development to enhance work performance. Apply basic business principles to biotechnology practices. Identify and apply discipline specific practices that contribute to the local and global community through social responsibility, economic commitment and environmental stewardship. Courses. Programs at Algonquin College are delivered using a variety of instruction modes. Courses may be offered in the classroom or lab, entirely online, or in a hybrid mode which combines classroom sessions with online learning activities. CTS_MLT_featured_image.jpg' alt='Medical Laboratory Technologist Programs In Ontario' title='Medical Laboratory Technologist Programs In Ontario' />Upon registration, each full time student is provided an Algonquin email account which is used to communicate important information about program or course events. Level 0. 1Hours. BIO1. Cellular Biology The scientific study of life raises the obvious question What is life Learners explore the characteristics of life and distinguish living from nonliving things. Learners further examine the origins of biological diversity, the structure of cells and their components, as well as the form and function of plants and animals. As a foundation for future study, the cellular basis of reproduction and inheritance, as well as the flow of genetic information, are highlighted. Co requisites BIO1. BIO1. 30. 1 Biology Laboratory Learners are introduced to traditional experimentation in biological science. The process of scientific inquiry that includes repeatable observations and testable hypotheses is emphasized. Learners perform microscopy, spectral analysis and enzyme kinetic experiments. As learners evaluate and implement safe working procedures, the principles of Good Laboratory Practice are introduced. BTC1. 30. 0 Biosafety Detailed knowledge of laboratory safety and Biosafety regulations is essential in this field. Medical-Laboratory-Technician-Career-Opp.jpg' alt='Medical Laboratory Technologist Programs In Ontario' title='Medical Laboratory Technologist Programs In Ontario' />Students learn how to follow the Canadian Biosafety guidelines, Ontario WHMIS, occupational health and safety guidelines and general safe laboratory practices. Learners are prepared to work in laboratory environments with chemicals and organisms up to Biosafety level 2. BTC1. 30. 5 Understanding Biotechnology Learners review historical developments in biotechnology, analyze current industry developments and discuss the political, social and ethical implications of biotechnology. Through real world examples, learners explore ways in which biotechnology is improving quality of life through breakthroughs in healthcare, pharmaceuticals, agriculture, industrial and environmental processes. Cheats Gothic 2 Nacht Raben Gold Edition. Learners articulate ethical viewpoints and core values throughout the discussion of biotechnology and its applications. CHE1. 30. 2 Introduction to Chemistry and Physics Biotechnologists require a strong background in the fundamentals of inorganic chemistry and principles of applied physics. Learners gain an understanding of the periodic table and the chemicalphysical properties of elements and compounds which govern reactivity, intermolecular interactions and the physical state of matter under given conditions. Additionally, topics such as dimensional analysis, atomic structure, reaction stoichiometry, solution preparation, thermochemistry, chemical equilibrium, acid base chemistry and the preparation and use of buffers in biotechnology are examined. CHE1. 30. 3 Chemistry Laboratory Biotechnologists must adhere to Good Laboratory Practice standards and report scientific data concisely. Learners develop a skill base that allows them to confidently complete tasks in a chemistry laboratory. Illustrative chemical experiments related to solution preparation, buffer systems, spectroscopy and titrations are covered. Learners use technology and critical thinking to assess the accuracy and precision of measurements and results. SCI1. 30. 4 Essential Scientific Skills Successful application of the scientific method and the basics of design of experiments, draws on a breadth of knowledge and skills. Learners develop critical thinking skills, learn to document information, and use technology tools to communicate professionally.