Degree Overview:

Objectives:

Provide students with knowledge and understanding of scientific methods of inquiry and theoretical principles of biological sciences.
Apply these principles in an employment context.
Develop students' understanding of:
Relevance of biological sciences in the current economic environment.

Hierarchical nature of biological sciences from molecular level to whole organism and species interactions.

Competence and dexterity in contemporary biological practical techniques and cognate disciplines.

A professional approach to work, study and lifelong learning.

Description: This program aims to equip students with knowledge and understanding of biological sciences, with a focus on practical skills and application in real-world contexts. It covers various aspects of biology, from molecular and cellular levels to whole organisms and their interactions with the environment, with an emphasis on contemporary techniques and their relevance to employment opportunities. The program also encourages students to develop key professional skills and a commitment to lifelong learning.

Outline:

Content: The program covers a wide range of topics in biology, including:

Biochemistry: focusing on the chemistry of living organisms, including the structure and function of biological molecules, enzymes, and metabolic pathways.
Cell Biology: exploring the structure and function of cells, their organelles, and their interactions with the environment.
Microbiology: studying the world of microorganisms, their diversity, physiology, and role in human health and the environment.
Ecology: investigating the relationships between organisms and their environment, including population dynamics, community interactions, and ecosystem functioning.
Evolution and Biodiversity: understanding the origin and diversity of life on Earth, ranging from evolutionary theory to the classification and adaptation of organisms.
Environmental Science and Conservation: examining the impact of human activities on the environment and developing strategies for conservation and sustainable development.

Structure: The program spans two years (full-time), encompassing 20 credits per module, for a total of 120 credits. It includes:

Lectures: delivering theoretical foundations and key concepts.
Practical sessions: providing hands-on experience in laboratory techniques and data analysis.
Tutorials and seminars: facilitating discussion, problem-solving, and deeper understanding.
Independent study: encouraging self-directed learning and critical thinking.
Work placement: offering a 10-week opportunity to gain practical experience in a professional setting.
Research project: fostering independent research skills culminating in a written report and presentation.

Course Schedule: The program consists of five modules in the first year and seven modules in the second year, with additional modules offered as options.

Year 1:

Fundamentals of Science
Mathematical and Study Skills in Science
General Chemistry
Biochemistry
Biology

Year 2:

Biological Diversity and Evolution
Bioscience Practical and Analytical Skills
Food Biochemistry
Ecology and Environmental Biology
Molecular Biology and Genetics
Microbiology

Optional Modules:

Environmental Science and Conservation
Chemistry of Organic Molecules

Work Placement:

Between Year 1 and Year 2, students undertake a mandatory 10-week work placement in a relevant organization, providing valuable practical experience and enhancing employability.

Individual Modules:

Assessment:

Methods:

Coursework: including essays, reports, presentations, practical exercises, and data analysis assignments.
Examinations:
In-semester examinations testing knowledge and understanding of module content.
End-of-year examinations providing a comprehensive assessment of learning outcomes.
Practical skills assessments: evaluating practical competency and technical skills in лабораторные работы and field investigations.
Work placement assessment: evaluating performance, skills development, and reflection during the work placement.

Criteria:

Knowledge and understanding of key biological principles, concepts, and theories.

Ability to apply biological knowledge to solve problems, analyze data, and interpret results.

Practical skills and competence in biological techniques, data collection, and analysis.

Communication skills in written and oral formats, including scientific report writing and presentation skills.

Critical thinking, problem-solving abilities, and ability to work independently and as part of a team.

Professionalism, work ethic, and commitment to ethical conduct in scientific research and practice.

Teaching:

Methods:

Interactive lectures: Engaging students with stimulating presentations, discussions, and problem-solving activities.
Practical laboratory sessions: Providing hands-on experience with biological techniques, data collection, and analysis.
Tutorials and seminars: Fostering active learning through discussions, problem-solving, and peer feedback.
Independent study: Encouraging students to explore topics in-depth, develop research skills, and enhance critical thinking.
Guest lectures: Inviting experts from industry and research to share their knowledge and experiences.
Field trips and study visits: Providing opportunities for experiential learning and exploration of biological phenomena in real-world settings.
Virtual learning environment: Facilitating online access to learning resources, communication tools, and collaborative activities.

Faculty:

Experienced and qualified academic staff: Possessing expertise in various areas of biological sciences, with active research profiles and industry experience.
Dedicated teaching team: Committed to providing support, guidance, and mentorship to students throughout the program.

Unique Approaches:

Work placement: Offering valuable practical experience and enhancing employability.
Research project: Fostering independent research skills, critical thinking, and scientific communication.
Industry and research collaborations: Providing access to cutting-edge knowledge, research opportunities, and potential career pathways.
Focus on employability skills: Equipping students with the necessary skills and knowledge for successful careers in various sectors.

Careers:

Potential Career Paths:

Biomedical Scientist
Research Scientist
Environmental Consultant
Science Teacher
Science Communicator
Laboratory Technician
Clinical Research Associate
Food Technologist
Pharmaceutical Scientist
Medical Writer

Opportunities:

Employment in a wide range of sectors: including pharmaceuticals, biotechnology, environmental organizations, research institutes, government agencies, and education.
Opportunities for further study: including postgraduate research degrees (MSc, PhD) and professional qualifications.
Potential for career progression: with opportunities for advancement to senior research, management, or leadership positions.

Outcomes:

Graduates are well-prepared for:
Entering employment in diverse sectors of the biological sciences industry.
Pursuing further studies in postgraduate research or professional qualifications.
Making significant contributions to advancing knowledge and addressing challenges in biological sciences.

Other:

The program is accredited by the Royal Society of Biology, reflecting its high academic standards and professional recognition.

A strong emphasis is placed on developing transferable skills, such as problem-solving, critical thinking, communication, and teamwork, which are essential for success in any career.

The program fosters a supportive learning environment where students are encouraged to participate actively, ask questions, and engage with peers and faculty members.

Small class sizes ensure personalized attention, feedback, and guidance from experienced and dedicated staff.

Tuition Fees and Payment Information:

Northern Ireland (NI):

£3,167

Republic of Ireland (ROI):

£3,167

England, Scotland or Wales (GB):

£6,167

EU Other

£16,867

International:

£16,867

Additional Information:

EU citizens with settled status are charged Northern Ireland or GB fees based on residency.
ROI nationals can apply for NI fees if they're resident in GB.
Non EU students, excluding ROI nationals living in GB, NI or ROI, are charged international fees.
Tuition fee rates listed are for the 2024/25 academic year and subject to annual inflation increases.
Fees listed apply to a single year of study unless stated otherwise.
Fees may change each year and students should check with the university for the latest fees.

Payment:

No details about payment options are found in the provided context.
It is advisable for students to check the university's website or contact the student finance team for specific payment methods and deadlines.

Biological Sciences