Master in Biochemistry

Advanced Studies - General MasterMasterMSBIOC-TG-SC

Faculty

العلوم

Department

الكيمياء الحيوية

Duration

Three years

Language

English

About the Program

The department started the postgraduate program (Master of Curriculum and Thesis) more than twenty years ago (1404/1405 AH). The department developed the master's program with courses and a thesis to align with the huge scientific developments in this field, and began work on it from the first semester of the academic year 1426/1427 AH. Research from those theses has been published in specialised scientific journals around the world. Most of these graduates were able to pursue their higher studies and obtain their doctorate degrees from abroad or through the joint supervision system.

Vision & Mission

Vision

To be a leading master’s program in biochemistry that provides high-quality graduate education, supports advanced scientific research, and prepares competent specialists capable of applying biochemical knowledge and research skills to address contemporary scientific, biomedical, and societal challenges at the national and international levels.

Mission

Providing advanced and innovative research-based education in the field of biochemistry to prepare highly qualified graduates for diverse labor markets—academic, industrial, and governmental—and to contribute effectively to community service.

Last Modified Date: 14/06/2026 - 2:57 PM Saudi Arabia Time

1Providing postgraduate students with advanced knowledge in biochemistry and related sciences.
2Enhancing students’ sense of social responsibility through extracurricular activities and community service.
3Enabling graduates to work effectively within a team that sets objectives, plans tasks, adheres to deadlines, and analyzes risks.
4Integrating master’s degree holders into the labor market across diverse sectors, including education, healthcare, forensic science, and industry.
5Preparing students to conduct advanced scientific research and pursue higher academic studies
6Ensuring that graduates possess strong communication skills.
7Preparing graduates for careers in clinical analysis, laboratories, food industries, and pharmaceutical industries
8Introducing master’s students to hypothesis development and scientific research methodology.
9Developing students’ understanding of current achievements and future prospects in the field of biochemistry.
10Aligning student development with the goals of the Kingdom of Saudi Arabia’s Vision 2030

Learning Outcomes

Knowledge and Understanding Explaining, in depth, the principles and applications related to experimental techniques used in biochemistry and molecular biology. Demonstrating advanced and integrated knowledge of the structure and function of biomolecules, the regulation of metabolic pathways, and the molecular mechanisms underlying related diseases. Recognising recent advances and research trends across different scientific fields. Second:
Skills: Interpreting biochemical data to solve scientific problems. Demonstrating the ability to innovate and to apply advanced scientific approaches to solve complex problems in biochemistry. Mastering scientific writing skills, including the preparation of research articles, technical reports, and competitive project proposals. Integrating computational tools, information technology, and digital databases into data analysis, self-directed learning, and research activities.
Values, Autonomy, and Responsibility Demonstrating integrity and conducting research in biochemistry in accordance with ethical principles, professional standards, and societal responsibilities. Communicating scientific concepts effectively through various formats, such as seminars, posters, and conference presentations, with due consideration for clarity, accuracy, and the target audience. Managing specialised tasks and activities in the field of biophysics effectively and with a high degree of independence.

Graduate Attributes

Possessing in-depth knowledge in the fields of biochemistry and molecular biology.Demonstrating the ability to initiate, design, and conduct research in biochemistry efficiently and effectively through the development and enhancement of high-quality research skills.Developing expertise in the design, implementation, and evaluation of biochemistry-related studies using modern methods, techniques, and laboratory instruments in the field.Demonstrating the ability to identify problems and propose appropriate solutions, with full awareness of safety procedures and ethical principles in laboratory work.Participating effectively as both a leader and a team member to achieve shared objectives.Working independently and demonstrating readiness for self-directed projects, while showing leadership within the specialisation and the workplace through self-reliance, initiative, adaptability, and flexibility.

Study Plans & Courses

Course Code	Course	Credits	Prerequisites
Bioc 601	Biochemical Communications	1	None
Description	The goal of this course is to provide a survey about the important sources of the biochemical literature and, classification systems and retrospective searches in the field.
Bioc 602	Experimental Techniques in Biochemistry	2	None
Description	The goal of this course is to bring the student in contact with basic and modern techniques in the field of practical biochemistry. Subjects include basic and modern techniques for the isolation, purification and characterization of biological molecules. Application of these techniques on the selected biological samples.
Bioc 603	Bioinformatic (I)	2	None
Description	This course introduces the fundamentals and advanced applications of bioinformatics, including large-scale biological data analysis using command-line and other open-source tools. It develops students’ theoretical understanding and practical skills in genomics, proteomics, and transcriptomics.
Bioc 604	Biostatistics	2	None
Description	This course introduces the basic principles and techniques of biostatistics, including descriptive statistics, measures of central tendency and variability, confidence intervals, hypothesis testing, and power and sample size calculations. The course emphasizes fundamental concepts and the interpretation of statistical results.
Bioc 695	Seminar	1	None
Description	This course helps students develop critical thinking skills in selected biochemistry topics and explore subjects of special interest in greater depth. It also aims to enhance their communication skills through presenting research on chosen topics.

Course Code: Bioc 601
Biochemical Communications
Credits
1
Prerequisites
None
Description
The goal of this course is to provide a survey about the important sources of the biochemical literature and, classification systems and retrospective searches in the field.
Course Code: Bioc 602
Experimental Techniques in Biochemistry
Credits
2
Prerequisites
None
Description
The goal of this course is to bring the student in contact with basic and modern techniques in the field of practical biochemistry. Subjects include basic and modern techniques for the isolation, purification and characterization of biological molecules. Application of these techniques on the selected biological samples.
Course Code: Bioc 603
Bioinformatic (I)
Credits
2
Prerequisites
None
Description
This course introduces the fundamentals and advanced applications of bioinformatics, including large-scale biological data analysis using command-line and other open-source tools. It develops students’ theoretical understanding and practical skills in genomics, proteomics, and transcriptomics.
Course Code: Bioc 604
Biostatistics
Credits
2
Prerequisites
None
Description
This course introduces the basic principles and techniques of biostatistics, including descriptive statistics, measures of central tendency and variability, confidence intervals, hypothesis testing, and power and sample size calculations. The course emphasizes fundamental concepts and the interpretation of statistical results.
Course Code: Bioc 695
Seminar
Credits
1
Prerequisites
None
Description
This course helps students develop critical thinking skills in selected biochemistry topics and explore subjects of special interest in greater depth. It also aims to enhance their communication skills through presenting research on chosen topics.

Course Code	Course	Credits	Prerequisites
Bioc 6XX	Elective	2	None
Bioc 6XX	Elective	2	None
Bioc 6XX	Elective	2	None
Bioc 6XX	Elective	2	None

Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None

Course Code	Course	Credits	Prerequisites
Bioc 6XX	Elective	2	None
Bioc 6XX	Elective	2	None
Bioc 6XX	Elective	2	None
Bioc 6XX	Elective	2	None
Bioc 699	Thesis	10	None

Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 6XX
Elective
Credits
2
Prerequisites
None
Course Code: Bioc 699
Thesis
Credits
10
Prerequisites
None

Master in Biochemistry

About the Program

Vision & Mission

Vision

Mission

Program Goals

Learning Outcomes

Graduate Attributes

Study Plans & Courses

Biochemical Communications

Experimental Techniques in Biochemistry

Bioinformatic (I)

Biostatistics

Seminar

Elective

Elective

Elective

Elective

Elective

Elective

Elective

Elective

Thesis

Thesis

Thesis

Thesis

Related Links

Master in Biochemistry

About the Program

Vision & Mission

Vision

Mission

Program Goals

Learning Outcomes

Graduate Attributes

Study Plans & Courses

First Level – First Year

Biochemical Communications

Experimental Techniques in Biochemistry

Bioinformatic (I)

Biostatistics

Seminar

Second Level – First Year

Elective

Elective

Elective

Elective

First level - Second Year

Elective

Elective

Elective

Elective

Thesis

Second Level – Second Year

Thesis

First Level - Third Year

Thesis

Second Level - Third Year

Thesis

Related Links