Bachelor of Science in Biotechnology
About This Programme
The College of Sciences offers a degree in Bachelor of Sciences in Biotechnology. The degree is accredited by the ministry of higher education in UAE and accredited by the Applied and Natural Science Accreditation Commission of ABET, www.abet.org With these accreditations, Students, employers and the society we serve can be confident that our program meets the quality standards that produce graduates. The Biotechnology program at the University of Sharjah (UOS) is hosted by the Department of Applied Biology which was established at the beginning of the academic year 2008/2009. The decision to establish the Department at UOS is considered as one of the most important steps taken by the University to keep up with the rapid growth and advances in the life sciences as well as to train students for rewarding careers in the fields of biotechnology, whether in industry, academia or government. The Bachelor of Sciences degree in Biotechnology is an interdisciplinary program that brings together a unique combination of skills and a wide range of scientific disciplines to maximize the benefits of both teaching and research. The degree includes the study of cell biology, tissue culture, genetics, molecular biology, microbiology, biochemistry, immunology, hybridoma technology, plant biotechnology, in addition to other important areas such as ethics, scientific writing and bioinformatics. The program has specialized faculty members whose specialization and skills span the broad range of basic sciences to cover thoroughly each discipline. In addition, the program is linked to local biotechnology industries that provide specialized input into the curriculum including field training.
Course Highlights
- 124 credit hours
- Taught in English
- College of Sciences
- Three concentrations
- Study system: Courses
- Full-time study
What You'll Study
The curriculum of the Biotechnology degree provides an academic foundation in essential scientific disciplines, including biostatistics, chemistry, biology, microbiology, immunology, quantitative analysis, diagnostic techniques in molecular biology and computer science. The students also will spend most of their time studying in more specialized fields in molecular biology, recombinant DNA and biochemistry. Much of the practical learning will take place in the laboratories where students will gain training in these fields. These trainings will be supported by sophisticated instrumentation and research facilities. Students will study 124 C.H. during 4 years, which will be categorized as follows: • University Compulsory Requirements 15 C.H. • University Elective Requirements 9 C.H. • College Compulsory Requirements 15 C.H. • Department Compulsory Requirements 70 C.H. • Department Elective Requirements 15 C.H. These categories (15 compulsory and 9 elective university credit hours) match the study plan before 2021. The plan for students joining from Fall 2025/2026 has 18 compulsory and 6 elective university credit hours, 15 of College of Sciences required courses, 14 of supporting courses from other departments, 47 of program compulsory courses for all concentrations plus 12 for the chosen concentration, and 12 of program electives: 124 in all. All undergraduate students should spend 6 weeks to be trained in one of the research centers and laboratories assigned by the Department. This will enhance students' practical skills and will provide them opportunities to learn in new environment. To facilitate the training process, a faculty member will be assigned to the students during their training and will also help in arranging lectures and seminars to support their learning. Training centers will include private and governmental labs, forensic labs, food and pharmaceutical industries, research centers both inside and outside the country. Concentrations (study plan for students joining from Fall 2025/2026, modified Spring 2024/25 based on accreditation requirements and program reforms), taken in Year 4: • A. Forensic & Medical Biotechnology • B. Industrial Biotechnology • C. Plant & Environmental Biotechnology Enrollment (programme page): in Fall 2022/2023 the BSc in Biotechnology had 497 students (15 in the Intensive English Program, 482 in the major); 57 graduated in 2021/22, and it had 668 alumni in total.
University Requirements: compulsory courses (18 credit hours)
Six courses.
- 0101100Islamic Culture3 credits
- 0204102UAE Society3 credits
- 0201102 or 0201105Arabic Language or Arabic Language for non-Arabic Speakers3 credits
- 0202112English for Academic Purpose3 credits
- 1411100Introduction to IT3 credits
- 0302200Fundamentals of Innovation and Entrepreneurship3 credits
This list numbers Islamic Culture 0101100; the semester plan numbers it 0104100.
University Requirements: electives, Domain 1 (Humanities & Arts)
University Required (Elective) Courses (6 C.H.): 1 course from domain 1 and 1 course from domain 2.
- 0203100Islamic Civilization3 credits
- 0602246Human Rights in Islam &Intern. Declarations3 credits
- 0201140Introduction to Arabic Literature3 credits
- 0203200History of the Sciences Among the Muslims3 credits
- 0203102History of the Arabian Gulf3 credits
- 0900107History of Medical & Health Sciences3 credits
- 0710109Arts and Medicine3 credits
- 0202130French Language3 credits
- 0104130Analytical Biography of the Prophet3 credits
- 0206105Fundamental of Islamic Education3 credits
- 0206103Introduction to Psychology3 credits
- 0305110Introduction to Economics3 credits
- 0302120Introduction to Business Administration3 credits
- 0800107Media and Modern Sciences3 credits
- 0308131Personal Finance3 credits
- 0103103Islamic System3 credits
The document lists Analytical Biography of the Prophet twice and marks six electives in the two domains with one to three asterisks that it does not explain.
University Requirements: electives, Domain 2 (Natural & Health Sciences)
One course.
- 1430101Astronomy and Space Sciences3 credits
- 1450100Biology and Society3 credits
- 0401142Man and the Environment3 credits
- 0507101Health Awareness and Nutrition3 credits
- 055101Fitness & Wellness3 credits
College of Sciences required courses (15 credit hours)
Four courses.
- 1511116Programming 14 credits
- 1426155General Chemistry for Health Sciences4 credits
- 1430107General Physics for Health Sciences4 credits
- 1440163Calculus 1 for Health Sciences3 credits
Supporting required courses offered by other departments (14 credit hours)
Five courses.
0202121English for Medical Sciences3 credits
Prerequisite: 0202112
- 0504252Biostatistics3 credits
1426217Organic Chemistry (HS)4 credits
Prerequisite: 1426155
1420225Analytics Chemistry3 credits
Prerequisite: 1426155
1420226Analytical Chemistry Lab1 credit
Prerequisite: 1420225 or Cor
Program compulsory courses, all concentrations (47 credit hours)
Twenty-two courses, including 1450399 Field training: students spend 6 weeks during the summer (3 credit hours).
1450101General Biology (1)3 credits
This course includes topics concerned with the cell biochemistry, structure, function, respiration and photosynthesis. The cell cycle and its control in addition to the division of animal and plant cells will be discussed. Classical and molecular genetics will be emphasized. Also, animal and plant tissues will be introduced.
1450107General Biology Lab1 credit
Prerequisite: 1450101 or Cor
The course is designed to introduce students to many of the fundamental concepts in biology. Experiments are presented in a “hands-on” environment illustrated by the use of the microscope and observable physical and chemical reactions to study the principals of cell structure and functions of plant and animal cells. This lab course will, also, be devoted to cellular respiration, division and genetics. The last section will focus on the study of animal tissues in addition to the human anatomy. Prerequisite: Pre/Co 1450101
1450102General Biology (2)3 credits
Prerequisite: 1450101
This course will cover wide range of conceptual knowledge of both molecular level from molecular basis of inheritance from gene to protein synthesis, gene replication, gene regulation, gene expression (transcription & translation) up to the selected body systems function & structure. The course also covers the viral genomics DNA vs. RNA types & variants, phylogenetic, life cycle, infectious spectrum & pandemics. Examples on the principles of viral applications in biotechnology will be given including gene transfer & vaccine production platforms. The course also introduces the basic principles of selected examples on various spectrum of biotechnology on microbial, plant, animal, environmental, gene editing gene therapy. Prerequisite: 1450101
1450202Basic Biotechnology3 credits
Prerequisite: 1450102
1450251Cell Biology3 credits
Prerequisite: 1450102
In this course the following topics will be covered: Introduction to the world of cell; brief description of unity and diversity of cells; evolution of cell from simple molecules; the structure and function of cell membrane and the transport of small molecules across the membrane; structure and function of different organelles and protein targeting to these organelles; introduction to cytoskeletal proteins and extra cellular matrix; eukaryotic cell cycle and cancer. Prerequisite: 1450102
1450331General Microbiology3 credits
Prerequisite: 1450331
General Microbiology is a 3-credit course that introduces the students to the microbial world, but will emphasize bacteria. The course will cover bacterial cell structure and function, microbial nutrition, growth, and methods of controlling of microbial growth. Classification of microorganisms, diversity of prokaryotes, principles of the interrelationships of microorganisms and man, and their role in the environment are other key topics of the course. Prerequisite: 1450251
1450332General Micro. Lab1 credit
Prerequisite: 1450332
The laboratory is designed to provide practical and hands-on experience of a variety of microbiological techniques. Laboratory work includes microscopy, staining, aseptic and sterile transfer techniques, assessment of morphological and biochemical properties of microorganisms and microbial identification. Prerequisite: Pre/Co 1450331
1450333Immunology & Serology3 credits
Prerequisite: 1450333
The course describes the fundamental aspects of immunology. Antigen and antigenicity. Antibody structure, function, and diversity. Cell and organs of immune system. Humoral and cellular immune response. Complement and phagocytosis. Immunity against infectious pathogens and tumors. Immunodeficiency and AIDS, hypersensitivity, autoimmunity, and transplantation. Prerequisite: 1450251
1450336Immunology and Serology Lab1 credit
Prerequisite: 1450336
The objective of this course is to introduce experimental design and basic and advanced techniques commonly used in immunology research laboratories. The course provides basis for popular immunological techniques like ELISA, immunofluorescence, flow cytometry and serum protein electrophoresis. Prerequisite: Pre/Co 1450333
1450341Molecular Genetics3 credits
Prerequisite: 1450341
This course aims to introduce students to the fundamental principles of genetics in eukaryotes and prokaryotes and to basic molecular genetics analysis used in biotechnology. Topics will include Mendelian and non-Mendelian inheritance, sex-linked traits, linkage, recombination, bacterial and viral genetic systems, control of gene expression in bacteria and molecular genetic analysis in biotechnology. Prerequisite: 1450251
1450342Molecular Genetics Lab1 credit
Prerequisite: 1450342
This course is an introduction to many areas of modern genetics and emphasizes the principles of genetics in each of two main areas, transmission, and molecular genetics. Different model organisms will be studied and analyzed by students to understand the segregation of mendelian and non-mendelian genes, as well as sex-linked traits. Moreover, experiments of the three main modes of gene’s transfer in bacterial genetics (conjugation, transformation, and transduction) will be conducted. Furthermore, students will study and investigate the inducible expression of Lac operon genes in prokaryotes. Finally, they will perform different molecular genetics experiments used in the different fields of Biotechnology. Prerequisite: Pre/Co 1450341
1450302Bioinformatics3 credits
Prerequisite: 1450202
1450303Bio-informatics Lab1 credit
Prerequisite: 1450302
1450351General Biochemistry3 credits
Prerequisite: 1426217+1450251
The course is designed to provide an understanding of the structure of the chemical components of living matter. Topics covered include chemical principles of biologic systems; water, amino acids, proteins (protein structure and stability); introduction to steady-state kinetics; enzyme mechanism; controlling enzyme activity; metabolic circuitry; glucose transport and metabolism; pyruvate metabolism; citric acid cycle; electron flow and oxidative phosphorylation; glycogen metabolism; gluconeogenesis and the pentose shunt; fatty acid catabolism and synthesis; disposal of nitrogen: the urea cycle; amino acid catabolism and synthesis. Prerequisite: 1426217+1450251
1450352General Biochemistry Lab1 credit
Prerequisite: 1450351 or Cor
The aim of this Laboratory course is to provide an introduction to general laboratory techniques routinely used in Biochemistry with emphasis on the qualitative as well as quantitative aspects of the biochemical experiments. The course deals with principles and practices of Biochemistry, chromatography for the investigation of metabolites, proteins, polysaccharides, application of enzymes for quantitative determinations by spectroscopic methods, and introductory experiments about kinetics of enzyme action. Prerequisite: Pre/Co 1450351
1450361Tissue Culture & Animal Biotech.2 credits
Prerequisite: 1450332+1450333
This course provides insights into the application of animal tissue culture. It is designed to familiarize you with the basic principles and training in cell culture techniques that are widely used in modern research laboratories and bio-industries. The course involves correlation between the theory and practical to ensure full understanding of the techniques. The establishment and requirements of the basic concepts of totipotency, organized growth, growth regulator types and functions and the different factors that affect the success of the culture will be emphasized in the theoretical part. In the laboratory part the establishment, maintenance and subculture of animal cells will be a major task. The course will also introduce the student to basic hybridoma technology and isolation of monoclonal antibodies. Prerequisite: 1450332+1450333
1450399Field training3 credits
Prerequisite: 65 Cr. H +1450361+1450352
1450451Molecular Biology3 credits
Prerequisite: 1450341
A lecture course dealing with the molecular nature of genes and genomes and analysis of the biochemical processes (homologous recombination, transcription, RNA splicing, and translation) involved in expression and regulation of prokaryotic and eukaryotic genes. Prerequisite: 1450341
1450452Molecular Biology Lab1 credit
Prerequisite: 1450451 or Cor.
This course is designed to enhance the preparation of students for careers in research, biotechnology and science education. The laboratory experience will introduce students to the field of molecular biology where they will learn all the basic methodologies and instrumentation commonly used in biotechnology and molecular biology laboratories. Students will learn bacterial transformation, plasmid DNA purification, restriction digestion and ligation along with gel electrophoresis, polymerase chain reaction (PCR), cloning DNA fragments, and selection of recombinants. This course will give students who plan career in research or biotechnology practical experience that mimics the realities of the laboratory setting. Prerequisite: Pre/Co 1450451
1450491Seminar1 credit
Prerequisite: Completion 90 C.H.
This one credit course is meant to give students practice speaking in front of a scientific audience and to explore topics in detail. Students will search topics and organize presentations for faculty and other students. The topics may be a recently published scientific paper or breaking news in the field of biotechnology. The topic must be approved by the instructor in advance. The student should prepare the slides and presented the topic in the following order: abstract, introduction objectives, materials and methods, results, discussion, conclusions and references. Prerequisite: Pre/Co 1450451
1450493Research Project3 credits
Prerequisite: Completion 99 C.H.
A well-defined problem is assigned to the student in order to carry out experimental work to be presented in an acceptable form of a scientific report. Generally, the supervisors have set of problems/themes for the students to choose. Students in the form of group of three or more will discuss and agree for the project with respective supervisors. Prerequisite: 99 C.H
1450496Ethics in Biotechnology1 credit
Prerequisite: 1450202
This course will focus on discussing what is morally right or wrong in the practice of biotechnology. The applications of modern biotechnology impinge upon some of the most fundamental of human situations - our health, our food, our environment - they raise serious questions in our minds. The ethics of the following issues will be discussed: Fertility and morality; research on human embryo and embryonic stem cells; genomic, eugenics and integrity; experiments on animal and bioethics and environment. Prerequisite: 1450201
The list gives six courses their own codes as prerequisites (General Microbiology to Molecular Genetics Lab); the semester plan gives 1450251 for the three lectures and the lecture, or concurrent registration, for the three labs. The course descriptions on the programme page (last line: prerequisite) follow the earlier study plans, which number Basic Biotechnology 1450201 and Bioinformatics 1450301, so those two are not described here (see Other courses described on the programme page); the page titles 1450496 Ethical Aspects of Biotechnology.
Concentration A, Forensic & Medical Biotechnology: compulsory courses (12 credit hours)
Four courses.
1420429Forensic Chemistry3 credits
Prerequisite: 1420225
1450311Introduction to Forensic Sciences3 credits
Prerequisite: 1450102+1426155
This course introduces the basic principles and relationships between the applications of chemistry, biology, and physics to forensic science as they relate to the criminal investigative process. The course is designed to give students insight into the many areas of forensic science and to study the newest techniques used by forensic laboratories. Topics discussed include organic and inorganic chemical analyses of physical evidence, principles of serology and DNA analysis, identification of fresh and decomposed human remains, fingerprint analysis, drug analysis, and forensic entomology. Prerequisite: 1450102+1426155
1450441Molecular Human Genetics3 credits
Prerequisite: 1450341
In this course you will learn about a dynamic field that is expanding very rapidly and is directly concerning human biology and general health. The course deals with the mode of inheritance of human genes, structure and organization of the human genome, mapping of the human genome, the technology behind sequencing the human genome, instability of the human genome, identifying human disease genes, genetic testing in individuals, genetic manipulation of animals for modeling disease and investigating gene function. Prerequisite: 1450341
1450455Biotechnology in Medicine3 credits
Prerequisite: 1450341
This course will focus on the uses of modern biotechnology in the areas of medicine, from making vaccines and drugs to determining genetic origins of diseases, producing organs for xeno-transplant and developing nano-medical diagnostic methods. The student will be exposed to genetic counseling training, based on studying and writing a report on selected cases that address specific genetic diseases and their outcomes. Prerequisite: 1450341
The programme page prints the code of Biotechnology in Medicine as 450455.
Concentration B, Industrial Biotechnology: compulsory courses (12 credit hours)
Four courses.
1450431Microbial Processing & Biotechnology4 credits
Prerequisite: 1450202+1450331
The course focuses on the wide scope of the biotechnological applications & processing of industrial microbiology. It is aimed to highlight the potential of wild-type or genetically modified microorganisms as cell factories for the production of products and services. It introduces the student to the modern microbial biotechnology with the several areas of industrial application of microorganisms as production of antibiotics & other medico-pharmaceuticals, protein production (hormones, enzymes, antibodies, vaccines, SCP), production of biochemical (primary/secondary metabolites, organic acids, amino acids), applications in food and beverage technology, agriculture and environmental biotechnologies and alternative energies (bioenergy), downstream processing technology. Prerequisite: 1450201+1450331
1450461Animal Biotechnology2 credits
Prerequisite: 1450361
1450471Industrial Biotechnology3 credits
Prerequisite: 1450331
1450453Protein Biochemistry & Engineering3 credits
Prerequisite: 1450351
Concentration C, Plant & Environmental Biotechnology: compulsory courses (12 credit hours)
Four courses.
1450421Plant Biotechnology4 credits
Prerequisite: 1450202
This course presents an overview of the genetic principles and techniques used in plant modification. Starting with a general background about the mendelian genetics and plant sexual reproduction, then explaining the conventional methods of plant breeding. Moving to the modern techniques used in plant molecular breeding. Plant tissue culture and genetic engineering methods used to develop transgenic plants will be emphasized. The course is also discussing the controversy over transgenic plants and their risk assessment. Patents and intellectual property issues will be also highlighted in the course. The course format is a combination of lectures, laboratory, visits, and projects. Two field trips that will emphasize different application of plant biotechnology will also be included. Prerequisite: 1450201
1450436Environmental Biotechnology3 credits
Prerequisite: 1450202+ 1450331
This course gives an overview of the fundamental components of the science needed to address environmental problems such as detection of pollutants, elimination and treatment of toxic wastes, development of environment friendly products and improved energy sources. Students will learn specific applications of metabolic capability and molecular biology of microorganisms to degrade environmental contaminants and remediate environmental media will be discussed. Biofuel production will be discussed with an emphasis on cleaner and sustainable environment. Prerequisite: 1450201+1450331
1450433Marine Biotechnology3 credits
Prerequisite: 1450202+1450331
1450442Genetically Modified Organisms2 credits
Prerequisite: 1450202
Program elective courses (12 credit hours)
Departmental Elective (1) to (4) in the semester plan.
1450261Animal Biology3 credits
Prerequisite: 1450102
1450221Plant Biology3 credits
Prerequisite: 1450102
1450311Introduction to Forensic Sciences3 credits
Prerequisite: 1450102+1426155
This course introduces the basic principles and relationships between the applications of chemistry, biology, and physics to forensic science as they relate to the criminal investigative process. The course is designed to give students insight into the many areas of forensic science and to study the newest techniques used by forensic laboratories. Topics discussed include organic and inorganic chemical analyses of physical evidence, principles of serology and DNA analysis, identification of fresh and decomposed human remains, fingerprint analysis, drug analysis, and forensic entomology. Prerequisite: 1450102+1426155
1450334Microbial Genetics3 credits
Prerequisite: 1450332+1450341
Theory part: The course covers a wide scope of both prokaryotic and eukaryotic microbial genetic systems including microbial modules, genetic complexity, gene-interplay regulation, Quorum & sigma regulation systems. The course covers the Lateral/Horizontal genetic transfer (LGT/HGT) processes in bacteria such as conjugation, transformation and transduction, gene manipulation, recombination, cloning, expression, phylogenetic analysis of microbial genetics, mutations & mutagenesis, and the latest discovery of CRISPR-Cas9-gene-editing in the streptococcus pyogens. The viral DNA/RNA complexity with relations to the epidemics will be covered also. Practical platform, in the laboratory, student will develop their practical skills on genetic complexity & the Lateral/Horizontal genetic transfer (LGT/HGT) processes in bacteria such as conjugation, transformation and transduction, CRISPR-Editing, & visit to the human insulin production unit in Julphar, industry. The practical includes training microbial DNA isolation, purification, quantitation, standardization, optimization, restriction mapping, cloning & expression using Lux-gene cluster (vibrio fischeri) & GRP-gene cluster (Aquaria victoria) with different plasmids such as pVIP, pGLO, pBR322. Prerequisite: 1450332+1450341
1450391Scientific Writing & Presentation1 credit
Prerequisite: 0202103+1450202
This class outlines the basic requirements for science essays and oral presentations. It covers the basic tools of writing such as illustrations and references. Students learn how to write a scientific paper, a grant proposal, and how to prepare a scientific poster. Curriculum vitae and cover letters will also be addressed. Prerequisite: 0202103+1450201
1450437Pharmaceutical Biotechnology3 credits
Prerequisite: 1450202
This course presents an overview of the concepts and applications of the pharmaceutical biotechnology. The course is highlighting the basic principles of protein structure, and describing in details the concepts and methods for recombinant drug production with special focus on downstream and upstream processing and product analysis. It also increases/extends the focus upon topics such as formulation and delivery of biopharmaceuticals, and it contains case studies in which both biotech and clinical aspects of a particular approved product of pharmaceutical biotechnology are overviewed. Recent applications of pharmaceutical biotechnology are also discussed. The course format is a combination of lectures, visits, and projects. Prerequisite: 1450201
1450453Protein Biochemistry & Engineering3 credits
Prerequisite: 1450351
1450454Molecular Developmental Biology3 credits
Prerequisite: 1450451
1450455Biotechnology in Medicine3 credits
Prerequisite: 1450341
This course will focus on the uses of modern biotechnology in the areas of medicine, from making vaccines and drugs to determining genetic origins of diseases, producing organs for xeno-transplant and developing nano-medical diagnostic methods. The student will be exposed to genetic counseling training, based on studying and writing a report on selected cases that address specific genetic diseases and their outcomes. Prerequisite: 1450341
1450492 ASelected topics in Biotechnology A3 credits
Prerequisite: 65 Cr. H
1450492 BSelected topics in Biotechnology B2 credits
Prerequisite: 65 Cr. H
1450492 CSelected topics in Biotechnology C1 credit
Prerequisite: 65 Cr. H
1450422Biotechnology for Resources Sustainability3 credits
Prerequisite: 1450202+1450331
1450433Marine Biotechnology3 credits
Prerequisite: 1450202+1450331
1450442Genetically Modified Organisms2 credits
Prerequisite: 1450202
1450461Animal Biotechnology2 credits
Prerequisite: 1450361
1450471Industrial Biotechnology3 credits
Prerequisite: 1450331
1450472Food Biotechnology & Analysis4 credits
Prerequisite: 1450352
0501370Hematology4 credits
Prerequisite: 1450251
Study plan (students joining from Fall 2025/2026): Year 1, Fall semester
17 credit hours
- 0104100Islamic Culture (1)3 credits
- 0201102 or 0201105Arabic Language or Arabic Language for non-Arabic Speakers3 credits
- 0202112English for Academic purpose3 credits
- 1426155General Chemistry (HS)4 credits
- 1450101General Biology (1)3 credits
1450107General Biology Lab1 credit
Prerequisite: 1450101 or Cor
Study plan (students joining from Fall 2025/2026): Year 1, Spring semester
16 credit hours
- 1411100Introduction to IT (English)3 credits
- 1430107General Physics for (HS)4 credits
- 1440163Calculus for (HS)3 credits
1450102General Biology (2)3 credits
Prerequisite: 1450101
- University Elective (1): one course from Domain 13 credits
Study plan (students joining from Fall 2025/2026): Year 2, Fall semester
17 credit hours
- 1511116Programming4 credits
- 0504252Biostatistics3 credits
1426217Organic Chemistry (HS)4 credits
Prerequisite: 1426155
1450202Basic Biotechnology3 credits
Prerequisite: 1450102
- 0204102UAE Society3 credits
Study plan (students joining from Fall 2025/2026): Year 2, Spring semester
16 credit hours
0202121English for Medical students3 credits
Prerequisite: 0202112
1420225Analytical Chemistry3 credits
Prerequisite: 1426155
1420226Analytical Chemistry Lab1 credit
Prerequisite: 1420225 or Cor
1450251Cell Biology3 credits
Prerequisite: 1450102
- 0302200Fundamentals of Innovation and Entrepreneurship3 credits
- University Elective (2): one course from Domain 23 credits
Study plan (students joining from Fall 2025/2026): Year 3, Fall semester
15 credit hours
1450331General Microbiology3 credits
Prerequisite: 1450251
1450332General Micro. Lab1 credit
Prerequisite: 1450331 or Cor
1450333Immunology & Serology3 credits
Prerequisite: 1450251
1450336Immunology and Serology Lab1 credit
Prerequisite: 1450333 or Cor
1450341Molecular Genetics3 credits
Prerequisite: 1450251
1450342Molecular Genetics Lab1 credit
Prerequisite: 1450341 or Cor
- 1450XXXDepartmental Elective (1)3 credits
Study plan (students joining from Fall 2025/2026): Year 3, Spring semester
16 credit hours
1450302Bioinformatics3 credits
Prerequisite: 1450202
1450303Bio-informatics Lab1 credit
Prerequisite: 1450302
1450351General Biochemistry3 credits
Prerequisite: 1426217+1450251
1450352General Biochemistry Lab1 credit
Prerequisite: 1450351 or Cor
1450361Tissue Culture & Animal Biotech.2 credits
Prerequisite: 1450332+1450333
- 1450XXXDepartmental Elective (2)3 credits
- 1450XXXDepartmental Elective (3)3 credits
Study plan (students joining from Fall 2025/2026): Summer after Year 3
3 credit hours
1450399Field training3 credits
Prerequisite: 65 Cr. H +1450361+1450352
Students will spend 6 weeks during the summer.
Study plan (students joining from Fall 2025/2026): Year 4, Fall semester, Concentration A (Forensic & Medical Biotechnology)
13 credit hours
1420429Forensic Chemistry3 credits
Prerequisite: 1420225
1450451Molecular Biology3 credits
Prerequisite: 1450341
1450452Molecular Biology Lab1 credit
Prerequisite: 1450451 or Cor.
1450455Biotechnology in Medicine3 credits
Prerequisite: 1450341
- 1450XXXDepartmental Elective (4)3 credits
Study plan (students joining from Fall 2025/2026): Year 4, Spring semester, Concentration A (Forensic & Medical Biotechnology)
11 credit hours (programme total: 124)
1450311Introduction to Forensic Sciences3 credits
Prerequisite: 1450102+1426155
1450441Molecular Human Genetics3 credits
Prerequisite: 1450341
1450491Seminar1 credit
Prerequisite: Completion 90 C.H.
1450493Research Project3 credits
Prerequisite: Completion 99 C.H.
1450496Ethics in Biotechnology1 credit
Prerequisite: 1450202
Study plan (students joining from Fall 2025/2026): Year 4, Fall semester, Concentration B (Industrial Biotechnology)
14 credit hours
1450431Microbial Processing & Biotechnology4 credits
Prerequisite: 1450202+1450331
1450451Molecular Biology3 credits
Prerequisite: 1450341
1450452Molecular Biology Lab1 credit
Prerequisite: 1450451 or Cor.
1450453Protein Biochemistry & Engineering3 credits
Prerequisite: 1450351
- 1450XXXDepartmental Elective (4)3 credits
Study plan (students joining from Fall 2025/2026): Year 4, Spring semester, Concentration B (Industrial Biotechnology)
10 credit hours (programme total: 124)
1450461Animal Biotechnology2 credits
Prerequisite: 1450361
1450471Industrial Biotechnology3 credits
Prerequisite: 1450331
1450491Seminar1 credit
Prerequisite: Completion 90 C.H.
1450493Research Project3 credits
Prerequisite: Completion 99 C.H.
1450496Ethics in Biotechnology1 credit
Prerequisite: 1450202
Study plan (students joining from Fall 2025/2026): Year 4, Fall semester, Concentration C (Plant & Environmental Biotechnology)
14 credit hours
1450421Plant Biotechnology4 credits
Prerequisite: 1450202
1450436Environmental Biotechnology3 credits
Prerequisite: 1450202+ 1450331
1450451Molecular Biology3 credits
Prerequisite: 1450341
1450452Molecular Biology Lab1 credit
Prerequisite: 1450451 or Cor.
- 1450XXXDepartmental Elective (4)3 credits
Study plan (students joining from Fall 2025/2026): Year 4, Spring semester, Concentration C (Plant & Environmental Biotechnology)
10 credit hours (programme total: 124)
1450433Marine Biotechnology3 credits
Prerequisite: 1450202+1450331
1450442Genetically Modified Organisms2 credits
Prerequisite: 1450202
1450491Seminar1 credit
Prerequisite: Completion 90 C.H.
1450493Research Project3 credits
Prerequisite: Completion 99 C.H.
1450496Ethics in Biotechnology1 credit
Prerequisite: 1450202
Earlier study plan (modified Fall 2021/2022)
Year 1, Fall (17 credit hours): 0104100 Islamic Culture (1); 0201102 Arabic Language or 0201105 Arabic Language for non-Arabic Speakers; 0202112 English for Academic purpose; 1426155 General Chemistry (HS), 4; 1450101 General Biology (1); 1450107 General Biology Lab, 1 Year 1, Spring (16): 1411100 Introduction to IT (English); 1430107 General Physics (HS), 4; 1440163 Calculus for Health Sciences; 1450102 General Biology (2); University Elective (1), one course from Domain 1 Year 2, Fall (16): 1411116 Programming 1, 4; 0504252 Biostatistics; 1426217 Organic Chemistry (HS), 4; 1450201 Basic Biotechnology, 2; 0302200 Fundamentals of Innovation and Entrepreneurship Year 2, Spring (16): 0202121 English for Medical students; 1420225 Analytical Chemistry; 1420226 Analytical Chemistry Lab, 1; 1450251 Cell Biology; University Elective (2), one course from Domain 2; 0204102 UAE Society Year 3, Fall (15): 1450331 General Microbiology; 1450332 General Micro. Lab, 1; 1450333 Immunology & Serology; 1450336 Immunology and Serology Lab, 1; 1450341 Molecular Genetics; 1450342 Molecular Genetics Lab, 1; Departmental Elective (1) Year 3, Spring (12): 1450301 Bioinformatics, 2; 1450351 General Biochemistry; 1450352 General Biochemistry Lab, 1; 1450361 Tissue Culture & Animal Biotech., 2; Departmental Elective (2); Departmental Elective (3), 1 Summer: 1450399 Field training, 6 weeks, 3 credit hours (prerequisite: 65 Cr. H +1450361+1450352) Year 4, Fall (15): 1450431 Microbial processing & Biotechnology; 1450436 Environmental Biotechnology; 1450451 Molecular Biology; 1450452 Molecular Biology Lab, 1; Departmental Elective (4); Departmental Elective (5), 2 Year 4, Spring (14): 1450421 Plant Biotechnology; 1450441 Molecular Human Genetics; 1450491 Seminar, 1; 1450493 Research Project; Departmental Elective (6); 1450496 Ethical Aspects of Biotechnology, 1 Courses carry 3 credit hours unless another figure is given. University Required (Compulsory) Courses: 18 credit hours; University Required (Elective) Courses: 6 credit hours, from Domain 1 (Humanities & Arts) and Domain 2 (Natural & Health Sciences); College of Sciences Required Courses: 15; Supporting Required Courses: 14; Departmental Elective Courses: 15, from List A (at least 11 credit hours: 1450311 Introduction to Forensic Sciences, 1450334 Microbial Genetics, 1450391 Scientific Writing and Presentation (1), 1450437 Pharmaceutical Biotechnology, 1450453 Protein Biochemistry & Engineering, 1450454 Molecular Developmental Biology, 1450455 Biotechnology in Medicine, 1450492 A/B/C Selected topics in Biotechnology (3/2/1)) and List B (maximum 4 credit hours, preference for Hematology (1): 0501253 Medical Microbiology (4), 0501254 Histology, 0501258 Molecular Genetics (4), 0501359 Clinical Chemistry 1 (4), 0501370 Hematology (1) (4), 0501463 Medical Virology (2)).
Study plan before 2021
The same semester sequence as the Fall 2021/2022 plan, except that University Required (Compulsory) Courses are 15 credit hours (UAE Society is not among them) and University Required (Elective) Courses 9 credit hours: three University Electives, each "one course from Domain 1,2,3" (Literature and Humanities; Applied Sciences; Social Sciences and Education, which lists UAE Society). Year 2, Spring therefore has University Elective (2) and (3) where the 2021 plan has University Elective (2) and UAE Society.
Other courses described on the programme page
The page’s course descriptions follow the earlier study plans; these two courses are from those plans (2 credit hours each there). The current plan has Basic Biotechnology and Bioinformatics under 1450202 and 1450302, of 3 credit hours each.
1450201Basic Biotechnology
This course discusses the fundamental aspects of biotechnology and its importance to mankind in a concise and lucid explanation of this newly founded science. The course emphasizes how cell structure and function is a vital starting point for knowledge of genetic engineering and gene technology. Lectures will underlie the principles and application of Recombinant DNA technology in industrial, agricultural, pharmaceutical, and biomedical fields. Lecture will also include the fermentation systems for commercial production of useful products and their purification. Prerequisite: 1450102
1450301Bioinformatics
This course will introduce students to biological databases especially GenBank at the NCBI in addition to some of the most commonly used software and tools for genetic analysis of nucleic acid, protein sequences and designing primers and probes for conventional and quantitative PCR. In addition, the class explores and explains some of the computational biology tools found on the Internet and how they can be applied to problems in genomics and molecular biology. Prerequisite: 1411100+1411116
What You'll Learn
The Bachelor of Sciences degree in Biotechnology is an interdisciplinary program that brings together a unique combination of skills and a wide range of scientific disciplines to maximize the benefits of both teaching and research. The degree enhances your knowledge in the following areas such as the study of cell biology, tissue culture, genetics, molecular biology, microbiology, biochemistry, immunology, hybridoma technology, plant biotechnology, in addition to other important areas such as ethics, scientific writing and bioinformatics. In addition, the program is linked to local biotechnology industries that provide specialized input into the curriculum including field training.
Entry Requirements
Careers
Graduates from our Biotechnology program have diverse career paths. They may opt to work in industry, academia, or for biotechnology companies. Career options range from roles as microbiologists in the food industry to geneticists in medical research. Opportunities abound in sectors like pharmaceuticals, agriculture, and more. Our Biotechnology graduates have a promising future, with employment prospects in various positions, including: • Lab specialists in food processing and manufacturing, pharmaceutical companies, medical and pathology diagnostics labs, reproductive biology industries, plant biotechnology, and veterinary and agricultural support sectors. • Forensic, medical, and quality control laboratory specialists conduct DNA analysis for criminal investigations and diagnosing microbial and genetic diseases. • Environmental consultants assessing and monitoring environmental contamination, aiding in landfill site development, and implementing environmental bioremediation programs. • Scientific journalists and media presenters contribute articles and assist in preparing broadcast programs to communicate scientific developments to the public. • Sales representatives and marketing professionals selling and advising on specialized scientific products, aiding research, and solving equipment application and experimental procedure challenges.
Accreditation & Professional Recognition
Accredited by the Accreditation Board for Engineering and Technology (ABET).
Programme Details
Award
BSc
Start Date
Fall and Spring
Duration
4 Years
Qualification
BSc
Subject Area
Natural Sciences
Study Pattern
Full time
Tuition Fee
AED 59,140/yr
Apply online through the University of Sharjah admissions portal. The undergraduate application fee is AED 360 and is non-refundable; applicants to the Colleges of Medicine and Dental Medicine pay AED 1,500 to be considered in the competitive process.