University of Hertfordshire
University of Hertfordshire

MSc Molecular Biotechnology with Advanced Research

University of Hertfordshire, United Kingdom

Course Overview

The MSc Molecular Biotechnology program, designed for graduates in biological and biosciences, offers specialized knowledge in the dynamic and rapidly evolving fields of molecular biology and biotechnology. This course provides a deep dive into the impactful intersection of bioscience and biotechnology, where the analysis and manipulation of genes and genomes serve as the bedrock for groundbreaking developments. Throughout the course, you will develop a comprehensive understanding of key areas such as molecular biology, genetics, cell biology, and protein science. The curriculum also encompasses the latest techniques in recombinant DNA technology, protein analysis, genomics, and bioinformatics. Students will have the unique opportunity to explore cutting-edge topics, including plant and animal genome sequencing projects, gene editing technology, next-generation DNA sequencing, high-throughput analysis, and bioinformatic data analysis. Applied molecular technologies for advancements in plant and animal systems, including areas like metabolic engineering and surface display systems, will also be covered. The program places a strong emphasis on practical training, offering hands-on experience with laboratory and bioinformatics techniques. Students will receive training in research methods and gain practical skills in gene knockout methods and next-generation sequencing analysis. The course utilizes state-of-the-art facilities for biomolecular analysis, providing access to the latest equipment for PCR, qPCR, and 2D protein gel analysis systems for use in laboratory practicals and research projects. Upon completion of the MSc Molecular Biology and Biotechnology, graduates will be well-equipped with a robust skill set and in-depth knowledge to contribute to the forefront of molecular biology and biotechnological advancements. The hands-on experience and exposure to cutting-edge technologies ensure that students are prepared for impactful roles in research, biotechnology, and related fields.

Course Type
PG
Course Nature
Full Time
Course Duration
2 Years
Total Fee
£37900
Intake
September 2024 , May 2024
Language Proficiency

Under Graduation: 55%
English for HSE/SSE: 70% or IELTS: 6.5

Documents Required
  • 10TH
  • 12TH
  • DEGREE
  • DEGREE PROVISSIONAL CERTIFICATE
  • Degree Consolidated Marksheet
  • Degree Individual Marksheet
  • PASSPORT
  • LOR 1
  • LOR 2
  • CV
  • SOP
  • EXPERIANCE CERTIFICATES
University
University of Hertfordshire
University Details

The University of Hertfordshire, founded in 1952, is one of the top public institutions in the United Kingdom. The institution has 32,000 students studying for 550 degrees over two campuses. Over 11,500 foreign students from more than 140 countries study at the university's UK campus. The campuses of the University of Hertfordshire are among the 20 safest in England.

Syllabus

Course Overview: The Master of Science in Molecular Biotechnology program is designed to equip students with a profound understanding of key concepts in genetics, applied biotechnology, genome science, molecular cell biology, and immunology. The course structure integrates theoretical knowledge with hands-on experiences through a research internship and an extended research project.

Compulsory Modules:

  1. Genetics and Protein Biology (30 Credits)

    • In-depth exploration of genetic principles and the structure-function relationships of proteins.
  2. Applied Biotechnology (30 Credits)

    • Practical applications of biotechnological techniques across various sectors.
    • Integration of biotechnology principles into real-world scenarios.
  3. Genome Science (30 Credits)

    • Thorough study of genomics, encompassing advanced sequencing technologies and bioinformatics.
  4. Molecular Cell Biology and Immunology (30 Credits)

    • Detailed examination of molecular aspects of cell biology and the functioning of the immune system.
  5. Research Internship (30 Credits)

    • Hands-on experience through a research internship, allowing students to apply theoretical knowledge in a practical setting.
  6. Extended Research Project (90 Credits)

    • In-depth independent research project under faculty supervision, emphasizing advanced research methodologies and significant contributions to the field.

Assessment: Assessment methods include written examinations, research project reports, presentations, and practical assessments. The Research Internship and Extended Research Project contribute substantially to the overall assessment, providing students with a holistic evaluation of their academic and research capabilities.

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