Part time Bachelor's Degree in Biotechnology

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Biotechnology

Bachelor degrees from accredited colleges and universities can be important stepping-stones toward a successful career.The most common type of undergraduate program is a bachelor's degree, usually awarded after four years of successful study

A Bachelor’s degree in Biotechnology seeks to apply engineering and scientific principles to an organism to create products and services that have a value to society. It examines plants, animals and microorganisms with the intention of the development or improvement of current products or services.

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Bachelor - Biotechnology & Life Sciences

INTI International University & Colleges, Malaysia
Campus January 2018 Malaysia Kuala Lumpur Batu Pahat

Our programme provides you with the opportunity to examine the fundamental sciences that underpin Biotechnology – chemistry, biochemistry, microbiology and statistics – whilst developing applications to areas such as business, ethics, and environmental science. [+]

Best Part time Bachelors in Biotechnology 2017. Biotechnology and Life Sciences are the studies of live and living organisms to solve all kinds of problems, changing lives for the better. They are regarded as the most promising frontier technologies for the coming decades. These fields have a profound impact on our world. In medicine, they have helped advance the treatment of illnesses and diseases. In the agro-food area, they have helped produce healthier crops that grow faster in order to counter food shortages. They have also become a potent ally in the fight against crime by helping forensics collect and process trace evidence such as hair, skin and blood. Biotechnology and Life Sciences give you the chance to do work that make a real difference. You could be the one to discover the next breakthrough in science. And we are here to give you the knowledge and real-world skills you need to fulfil your potential. Our programme provides you with the opportunity to examine the fundamental sciences that underpin Biotechnology – chemistry, biochemistry, microbiology and statistics – whilst developing applications to areas such as business, ethics, and environmental science. You will be equipped with an advanced scientific education and prepared scientifically for diverse careers ranging from medicine and pharmaceuticals to food quality, agricultural systems and bio fuels. You will be given the opportunity to thrive in your study with the following advantages: Connections with the industry Go beyond just studying life under a microscope, as we get you ready for... [-]

Bachelor of Biotechnology Industry (Hons)

Universiti Selangor (UNISEL)
Campus 3 years September 2017 Malaysia Selangor

This program will provide students with: fundamental knowledge, principles [+]

Professional Recognition: Malaysian Qualification Agency (MQA) Intake: January / April/ June / September/ December Duration: 3 Years Fees: RM 31,845 Entry Requirements - Foundation in Science Program from UNISEL/ Matriculation Certificate in Science from Ministry of Education/Private Institution with at least CGPA 2.00; or - Diploma in Biotechnology/Science from UNISEL/ Matriculation Certificate in Science with at least CGPA 2.00; or - STPM/A-level or equivalent with at least 2 principals inclusive of Science subject (Biology/ Chemistry/ Physics/ Science) Overview This program will provide students with: - fundamental knowledge, principles and skills in biotechnology. - strong analytical and critical thinking skills to solve problems by applying knowledge, principles in biotechnology. - ability to acquire and apply the basic knowledge and skill in science and biotechnology. - Skills and understanding of biotechnology processes willbe developed through a planned series of practical skill basedactivities. - Students will be exposed to a hands-on activity via, labwork, assignment and thesis that are designed to allow thedevelopment of hands-on skills and develop creativity in designingand planning. - Students will also expose to theneeded soft skills in real-life situations as individuals involved withthe biotechnology industry. This set of skills acquired throughlearning courses, assignments, thesis that emphasize soft skillssuch as the communication and presentation skills, critical thinking and scientific problem solving (pre-planning, production and organization), leaderships skills and entrepreneurships. Program Learning Outcomes At the end of this programme, students should be able to: - Demonstrate a comprehensive understanding of plantbiotechnology, microbial biotechnology, animalbiotechnology, marine biotechnology, industrial biotechnology and biointrepreneurship.... [-]

Licence Frontières du Vivant

Center for Research and Interdisciplinary (CRI)
Campus 3 years September 2017 France Paris

The undergraduate program “Frontiers in Life Science” was created in 2011 as interdisciplinary life science program, based on innovative pedagogical methods and learning through research. It received the MCE Awards for “innovative pedagogy” [+]

Best Part time Bachelors in Biotechnology 2017. A new bachelor program at Paris Descartes The bachelor program Frontiers in Life Science at the University Paris Descartes welcomed its first class of students in September 2011, to learn in a unique and exceptional environment, with interdisciplinary approaches to science and innovative pedagogy. Quoted by the newspaper Le Monde, Research and The Ministry of higher education and research (video) the FDV bachelor is having a successful growth and will increase its number of students to meet the demands.” An interdisciplinary scientific bachelor program The “Frontiers in Life Science” program offers a general interdisciplinary science training. Its first aim is to provide students with a strong science culture in several disciplines (mathematics, physics, chemistry, biology, computer science, philosophy of science) with balanced workload between all of these diverse disciplines. In addition to a vast scientific background, the students develop their individual profiles through career counseling and choices of projects and internships, and prepare themselves for future studies. Learning through research The “Frontiers in Life Science” program leaves plenty of room for project-based learning and exploration of various professional backgrounds (laboratories, private companies, associations …) Over the period of three years, students are expected to take more and more responsibilities and autonomy in their projects. Learning through research methodology allows students to gain skills such as : Critical thinking Creativity and development of new tools Organizing and analyzing information Teamwork and leadership Visual and verbal communication ( text, web page, videos …) Our goal... [-]

Biotechnology Engineering

Universidad Autónoma de Guadalajara
Campus 4 years July 2017 Mexico Guadalajara

Study Engineering in Biotechnology in UAG. Learn Biotechnology Engineering at the University of Guadalajara best. You will be able to design, operate, optimize and innovate processes for the production of biotechnological products of commercial or scientific interest. You will apply analytics for identifying molecules of biotechnological importance techniques. [+]

Study Engineering in Biotechnology in UAG Learn Biotechnology Engineering at the University of Guadalajara best You will be able to design, operate, optimize and innovate processes for the production of biotechnological products of commercial or scientific interest. You will apply analytics for identifying molecules of biotechnological importance techniques. You can make your career in the area of ​​production, research, development, innovation and control of biotechnology products. Desirably you have some of the following characteristics: Taste for science. Capacity for analysis and synthesis. Entrepreneurial spirit. Taste for research. Capacity for teamwork. The curriculum consists of 12 semesters (4 years). When complete it will be able to continue and finish in a short time postgraduate studies in different areas of specialty or Masters offered by UAG within its flexible model, which is articulated giving you the opportunity to get your automatic titration undergraduate and your Expertise into 2 semesters and also earn credits to pursue your Master in less time. With this system you save time and you join the work force with better skills and academic degrees. Curriculum an independent, enterprising and flexible professional. The curriculum consists of 12 semesters (4 years). When complete it will be able to continue and finish in a short time postgraduate studies in different areas of specialty or Masters offered by UAG within its flexible model, which is articulated giving you the opportunity to get your automatic titration undergraduate and your Expertise into 2 semesters and also earn credits to pursue your Master in less... [-]

Bachelor (Top up) in Chemical and Biotechnical, Food or Process Technology

Business Academy Aarhus
Campus 18 months August 2017 Denmark Aarhus

Chemical and Biotechnical, Food or Process Technology is a top-up course for chemical and biotechnical analysts, and after completing the 18-month-long programme you will obtain a Bachelor’s degree. The programme is the direct route to further education for chemical and biotechnical analysts, food technologists and process technologists. [+]

Best Part time Bachelors in Biotechnology 2017. Bachelor top-up programme - 1½ year - 90 ECTS Chemical and Biotechnical, Food or Process Technology is a top-up course for chemical and biotechnical analysts, and after completing the 18-month-long programme you will obtain a Bachelor’s degree. The programme is the direct route to further education for chemical and biotechnical analysts, food technologists and process technologists. You will get the skills to be successful in both national and international laboratory environments, and you will be updated on the latest technological, scientific and social developments. You will be trained to acquire additional knowledge within a field that is constantly evolving, and your ability to transfer and implement technical and scientific results into practical usage will be one of your main strengths. You will improve your academic skills and your qualifications in relation to planning, coordination and project management. The programme has a multi-disciplinary focus which teaches you to coordinate, communicate and initiate projects across various disciplines. As a Bachelor you can work in pharmaceutical firms, research and development, or as a teacher. Most often you will be employed in a project management position responsible for planning, development, execution, documentation and quality control. You will use your analytical and practical abilities to address tasks in relation to development, product manufacturing and research. 18 months will qualify you to undertake the tasks of the future in both public and private companies. Admission requirements Chemical and Biotechnical, Food or Process Technology In order to be admitted to... [-]

Bachelor’s in Technology Engineering for Health ( taught in Italian )

University Of Bergamo
Campus 3 years October 2017 Italy Bergamo

The objective of the course is to train engineers who will work with medical staff to provide patients with more effective treatments, based on the use of innovative technologies. This professional is also able to organize and make efficient use of technological tools for patient care and assistance. [+]

OBJECTIVES The objective of the course is to train engineers who will work with medical staff to provide patients with more effective treatments, based on the use of innovative technologies. This professional is also able to organize and make efficient use of technological tools for patient care and assistance. The training in basic sciences and engineering is integrated with courses in biomedical engineering, pathophysiology, and psychology as well as courses in social issues related to the use of new technologies in medicine. In the final phase of the course an internship is carried out at hospitals and at research centers, in the Bergamo area, that are already collaborating with the University of Bergamo and that participate in the management of the training objectives of the course. Graduates of this course will be able to address the issues related to health processes, organization and management of biomedical technologies. They will also know the biological principles, problems due to pathological conditions and the main diagnostic tools used in the clinical setting. They will know how to assess the impact of new technologies in medicine and to manage the related innovation process. They will also be able to verify compliance with the regulations in manufacturing and use of medical devices and artificial organs. CAREER OPPORTUNITIES The Bachelor Degree in Technology Engineering for Health aims to provide the skills required for a wide range of roles in biomedical industry, in the field of biomedical and clinical research, in systems dedicated to patient care and... [-]

Bachelor's in Bioinformatics

Sapienza University of Rome
Campus 3 years October 2017 Italy Rome

The Bachelors Programme in Bioinformatics provides undergraduates with advanced knowledge of the molecular and cellular basis of biological systems, the structure and function of biological macromolecules and the cellular processes in which they are involved, analytical and biotechnological tools and mathematical methods, physics and chemistry for biotechnological applications; [+]

Best Part time Bachelors in Biotechnology 2017. The Bachelors Programme in Bioinformatics provides undergraduates with advanced knowledge of the molecular and cellular basis of biological systems, the structure and function of biological macromolecules and the cellular processes in which they are involved, analytical and biotechnological tools and mathematical methods, physics and chemistry for biotechnological applications; good computational and bioinformatics expertise, also for the organization, construction and access to databases, in particular for the analysis of genomes, proteomes and metabolomi; knowledge of the basic techniques in the various fields of biotechnology for the industry and the environment. Graduates in Bioinformatics must: Master specific technological platforms in the field of genetics and proteomics, design and develop new biologically active molecules, even with the use of nanostructured materials, techniques of fermentation and bioconversion for the production of metabolites, proteins of interest, and renewable energy sources, techniques purification and analysis of biomolecules; development of monitoring and environmental remediation processes; Understand the basic aspects of operational processes in the industrial design of biotechnological products, in compliance with ecocompatibilty processes; Possess advanced knowledge of patent systems and on technology transfer procedures; Be fluent in written and spoken English and Italian with reference to disciplinary lexicons; Be able to work autonomously, also taking on responsibility for projects and structures; Be qualified to carry out basic and applied research, promotion and scientific development and technological innovation, professional activity and project in areas related to biotechnology disciplines; Understand regulations related to bioethics, the validation/certification of products/biotechnological processes, the protection... [-]

Bachelor of Agriculture and Technology

Melbourne Polytechnic
Campus Part time 3 years July 2017 Australia Melbourne

Combine your interest in Agriculture and Technology and be at the forefront of the industry with Melbourne Polytechnic's Agriculture and Technology bachelor degree, offered in partnership with La Trobe University. [+]

Combine your interest in Agriculture and Technology and be at the forefront of the industry with Melbourne Polytechnic's Agriculture and Technology bachelor degree, offered in partnership with La Trobe University. The Bachelor of Agriculture and Technology is a unique three-year degree with major studies in: Agribusiness Agronomy Aquaculture Viticulture and Winemaking Note – Local students Local or Domestic students should note that this degree is offered through Melbourne Polytechnic in partnership with La Trobe University. Graduates will have their degrees conferred by La Trobe University, and degree testamurs will feature the La Trobe seal and logo. Focusing on agriculture needs for your future Offering essential business and practical skills, this industry-focused degree combines the experience and expertise of specialists from La Trobe University’s Food, Agriculture and Bioscience Department and Melbourne Polytechnic’s Primary Industries Department. Learn to apply theory and practice within the agriculture industry and prepare for a career within areas as diverse as farming, agribusiness, aquaculture, agronomy, viticulture and winemaking. Modern facilities in a rural setting You will have access to some of Australia’s best industrial training facilities, including: commercial scale aquaculture centre with indoor recirculating systems agriculture broad-acre farm cell grazing systems and laboratories access to four vineyards at Yarra Glen, Eden Park, Ararat and Yan Yean access to two wineries – 250 tonne at Ararat and 100 tonne at Epping Entrance Requirements satisfactory completion of Year 12 (or equivalent), with a study score of at least 20 in English (any), OR satisfactory completion of a Diploma course... [-]

Licenciatura em BIOTECNOLOGIA

Universidade de Évora
Campus 3 years October 2017 Portugal Évora

A licenciatura em Biotecnologia na Universidade de Évora aposta numa formação que privilegia o aproveitamento dos recursos naturais. [+]

Best Part time Bachelors in Biotechnology 2017. APRESENTAÇÃO A licenciatura em Biotecnologia na Universidade de Évora aposta numa formação que privilegia o aproveitamento dos recursos naturais. A via biotecnológica de produção de alguns bens está a tornar-se cada vez mais competitiva, sobretudo em áreas como a indústria farmacêutica, alimentar, agroindústria, agroquímica, e controlo ambiental, sendo as empresas de base biotecnológica reconhecidas como polos fundamentais de desenvolvimento sustentável. O projeto educativo foi construído com base na experiência acumulada e na consulta de outras realidades nacionais e internacionais, o que permitiu desenvolver uma conceção abrangente, articulada e inovadora. Esta área de formação, devido à sua transversalidade, permite fácil mobilidade de formação, quer em diferentes áreas científicas, quer em diferentes instituições de ensino/investigação sendo um dos ramos da Ciência com grande empregabilidade no espaço europeu. SAÍDAS PROFISSIONAIS Este projeto está concebido para garantir diversas saídas profissionais em instituições públicas e privadas como autarquias, direções regionais, hospitais e empresas ligadas às ciências químicas, biológicas, agronómicas, da saúde e ambiente, procurando colocar nessas áreas indivíduos que constituam uma mais valia pelos seus conhecimentos. As competências desenvolvidas nesta licenciatura permitem aos graduados, quer uma entrada na vida profissional ativa quer o prosseguimento de estudos em diversas formações de segundo ciclo. [-]

Master of Sciences in Biochemistry and Biotechnology

Eastern Illinois University
Campus September 2017 USA Charleston

The Master of Sciences in Biochemistry and Biotechnology (BCT) program is an advanced interdisciplinary program between the Departments of Biological Sciences, Chemistry, and Business for students interested in pursuing a career in Biochemistry and Biotechnology. [+]

The Master of Sciences in Biochemistry and Biotechnology (BCT) program is an advanced interdisciplinary program between the Departments of Biological Sciences, Chemistry, and Business for students interested in pursuing a career in Biochemistry and Biotechnology. Students will gain skill sets to improve products and services through molecular, chemical, biological and analytical techniques while also being trained in the fundamental business strategies to succeed in the fast paced field of biotechnology and medical services. Students that complete BCT program will (1) demonstrate an understanding of fundamental principles and applications of laboratory techniques and instrumentation, (2) be able to critically analyze a breadth of biochemical problems and experimental results, (3) be familiar with computer applications in biochemistry and biotechnology, (4) be able to properly utilize chemical information sources, (5) be able to apply the scientific method of investigation, and (6) be able to communicate technical material effectively in speaking & writing. The program size and design facilitates the personal development of students using the combined expertise of faculty from the Departments of Biological Sciences, Chemistry, and Business. Highly specialized techniques-based courses will train students on the most modern approaches to scientific problem solving while giving them the academic foundations they will need to succeed in the emerging national and global markets. There is a growing need for students to gain advanced training in the theory and applications of biochemistry and biotechnology that is usually not acquired at the undergraduate level due to the interdisciplinary nature of the field. With the advancements in... [-]

BA in Nanotechnology

University of Lodz
Campus 3 years October 2017 Poland Łódź

Nanotechnology is an interdisciplinary science basing on physics, chemistry, material sciences and biology. These independent fields are bind together in the Nanotechnology – a new field of study at the University of Lodz. [+]

Best Part time Bachelors in Biotechnology 2017. Nanotechnology is an interdisciplinary science basing on physics, chemistry, material sciences and biology. These independent fields are bind together in the Nanotechnology – a new field of study at the University of Lodz. This field of study is offered as the first-cycle studies i.e. 3 years with two terms per a study year (30 weeks of study per year) with English as the main study language. The alumnus profile assumes that a student with a Bachelor's Degree obtained after completing all mandatory courses is able to undertake laboratory/experimental work in the field of nanotechnology, Physics or Chemistry. He should be also able to continue his education at the second-cycle studies in order to obtain the Master of Science Degree in any university worldwide. During year one a student takes courses which allow him to understand and describe the macroscopic world, in particular, the fundamentals of Physics and Chemistry. A student also increases his knowledge in the field of Mathematics and Statistics. Finally, a course on Introduction to Nanotechnology allows him to understand basic concepts and terminology used in nano-science. The knowledge gained during theoretical courses is deepened through practical training which includes Physics and Chemistry laboratories. A student also learns how to analyse and present data. He also takes an extensive programming course which gives him a solid base for programming courses realised during year two. During year two a student takes courses which allow him to understand nano-world. He learns Quantum Physics,... [-]

Bachelor in Biotechnology

Vytautas Magnus University
Campus 4 years September 2017 Lithuania Kaunas

The programme applies scientific and engineering principles to living organisms in order to produce products and services of value to society. The programme of innovative combination of theory and application will provide graduates with a knowledge base and a set of skills that will make them very competitive in biotechnology, biopharmaceutics and environment protection employment fields also for laboratory jobs in the academic or industrial sectors. [+]

The programme applies scientific and engineering principles to living organisms in order to produce products and services of value to society. The programme of innovative combination of theory and application will provide graduates with a knowledge base and a set of skills that will make them very competitive in biotechnology, biopharmaceutics and environment protection employment fields also for laboratory jobs in the academic or industrial sectors. The programme is specifically designed to integrate the laboratory and lecture components through the use of an experimental approach to learning in biotechnological, genetics and molecular biology laboratories. Hands-on research experience is deepen through an extended independent research projects. Feedback of lecturers and students “Biotechnology programme gives very broad choice for career opportunities in variety of science and industry fields. It makes this programme one of most popular in Vytautas Magnus University.” Prof. Gintautas Saulis, Head of the programme. Competencies acquired Graduates of the programme will be able to: apply fundamental knowledge of biology, biological processes, and the scientific method to solve problems in biotechnology; integrate biological knowledge and concepts with the legal, ethical, and business perspectives of the biotechnology/life sciences industry; work in groups or individually to develop written and oral presentations that effectively communicate scientific concepts and opinions using language appropriate to the discipline; apply major quantitative and computational skills and tools to solve problems in the biotechnology/life sciences industry; work in biotechnological industry laboratories; plan and conduct reliable, evidence-based laboratories, field studies or industry-focused projects, by selecting and applying methods, techniques... [-]

Biological and Biomedical Science

The University of Illinois at Chicago
Campus Part time 4 years January 2018 USA Chicago

Biological Sciences majors study living systems. [+]

Best Part time Bachelors in Biotechnology 2017. Biological and Biomedical Science Biological Sciences majors study living systems. Students and faculty pursue diverse programs of study, including, but not limited to, biochemistry, botany, cell biology, development, ecology, environmental sciences, ethology, evolution, genetics, microbiology, molecular biology, morphology, neuroscience, paleontology, photosynthesis, physiology (animal, microbial, and plant), and population biology. Students completing a baccalaureate degree in Biological Sciences are prepared for a wide variety of careers, including jobs in health, veterinary or pharmaceutical sciences, research, education, regulatory policy, conservation, and agriculture. The Department of Biological Sciences offers a program leading to the Bachelor of Science in Liberal Arts and Sciences with a Major in Biological Sciences. A Minor in Biological Sciences is also offered. [-]

BTech in Biotechnology

University of Johannesburg
Campus February 2018 South Africa Johannesburg

Graduates of this programme are able to devise and apply specialized strategies and relevant management principles in quality control (QC) and research and development (R&D). [+]

DOORNFONTEIN CAMPUS Graduates of this programme are able to devise and apply specialized strategies and relevant management principles in quality control (QC) and research and development (R&D). They may work as supervising technicians and technologists in product and process development, and quality control. Employment may be in a laboratory, or production or sales environments. Exit-level outcomes Students should be able to: Identify a problem, formulate an appropriate hypothesis, generate experimental data, make correct interpretations and appropriate deductions. Work harmoniously with co-workers in the same working environment–work in groups with others in the solution of problems and the carrying out projects. Work independently in the mastery of Module contents, the performance of practical projects and the compilation of reports. Find, evaluate and integrate technical literature, use appropriate and correct technical language and terminology in reports. Perform the practice of science and technology effectively and responsibly without endangering the environment or the well-being of co-workers. Use different techniques to assimilate and analyse data, by reading, discussion, reporting and presentation of projects and seminars. Participate responsibly in activities that impinge on societal quality of life. Investigate further possibilities of training and employment. Demonstrate the ability to relate the field of study to society and thus know where those skills are likely to be required. Assessment criteria A student requires a semester mark of 40% to gain entrance to the final assessment opportunity. The semester and final assessment mark weight is 50:50. A student needs a final mark of 50% to pass a module.... [-]

Bachelor in Biochemistry

University of Central Missouri
Campus 4 years September 2017 USA Warrensburg

The Biochemistry and Chemistry programs at UCM provide a balanced curriculum of classroom instruction and practical laboratory experience. [+]

Best Part time Bachelors in Biotechnology 2017. The Biochemistry and Chemistry programs at UCM provide a balanced curriculum of classroom instruction and practical laboratory experience. Why Choose Biochemistry at UCM? You will receive hands-on experience with instrumentation, chromatography, calorimetry, electrochemical analysis and more. You will have access to modern, well-equipped computer laboratories in various areas of specialization, electronic classrooms and a library study area. What will I study? Biochemistry is a common and well-suited major for many of the pre-professional programs (medicine, dentistry, veterinary, pharmacy, optometry) and also qualifies graduates to work as teachers or as chemists in industry and government. Courses include: Intermediate and Advanced Biochemistry Molecular Biology Organic Chemistry Physical Chemistry: Thermodynamics and Kinetics What can I do with a degree in Biochemistry? Biomedical Engineer Epidemiologist Geneticist Molecular Biologist Toxicologist How can I get involved outside the classroom? At UCM, we value an engaging learning experience that includes student involvement and service-learning projects. In Biochemistry there are several opportunities to be involved in: American Chemical Society Beta Beta Beta Sigma Pi Sigma [-]