Biomedical Engineering

Program Overview

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It covers artificial organs, data analysis, and AI methods in biomedical engineering. Graduates are prepared for careers in the biomedical engineering industry, including multinational firms and the health sector.

Program Outline

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Biomedical Engineering H1KH09 - Durham University

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Degree Overview

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Objectives:

• Equip students with the skills and knowledge needed to design and develop relevant biomedical devices and products used in the health sector.
• Provide an understanding of the mechanics and operation of artificial organs in the human body.
• Utilize data and artificial intelligence methods to address challenges in the field of Biomedical Engineering.

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Program Description:

• Designed for graduates from an engineering, sciences (physics) or relevant background with significant engineering/sciences content.
• Led by the Department of Engineering with input from the Department of Biosciences.
• Focuses on design and development of relevant biomedical devices and products for the health sector.
• Covers the mechanics and operation of artificial organs in the human body.
• Utilizes data and artificial intelligence methods in biomedical and other engineering challenges.
• Culminates in a substantial research project on an area of interest relevant to the degree program.
• Students will work in groups to design specific biotechnology products and learn about the latest challenges in the field from industry experts.
• The program is designed to prepare students for a career in the biomedical engineering sector, including the health sector and multinational biomedical engineering firms.

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Outline

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Program Structure:

• 1-year full-time Masters program.
• Core modules cover:
• Biomechanics
• Physiological Fluid Mechanics
• Artificial Organs
• Biotechnology Design Project
• Artificial Intelligence and Deep Learning
• Tissue Engineering
• Research and Development Project

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Optional Modules (may vary each year):

• Non-linear Solid Mechanics
• Environmental Engineering

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Assessment

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Assessment Methods:

• Written exams
• Written coursework content (if applicable)
• Research and Development project (assessed through oral examination and written research report)

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Assessment Criteria:

• Varies depending on the module and assessment method.
• Typically focuses on demonstrating knowledge, understanding, and application of relevant concepts.

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Teaching

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Teaching Methods:

• Lectures (typically 20 hours per module, plus revision lectures)
• Guest lectures and seminars from external speakers
• Group work and design projects
• Research and Development project

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Faculty:

• Lecturers with expertise in relevant fields
• Supervisors for research projects

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Unique Approaches:

• Focus on practical application of knowledge through design projects and research.
• Collaboration with industry experts and relevant firms.
• Integration of data and artificial intelligence methods in the curriculum.

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Careers

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Career Opportunities:

• Biomedical engineering sector
• Health sector
• Multinational biomedical engineering firms
• Consulting, technology analysis, software development, entrepreneurship
• Banking and finance

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Outcomes:

• Graduates are well-prepared for careers in the biomedical engineering field.
• Program is led by the Department of Engineering with input from the Department of Biosciences.
• Strong links with industrial partners.
• Dedicated careers contact.
• Extensive facilities available for research.

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Full Time Fees

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Tuition fees

Home students £13,500 per year EU students £30,250 per year Island students £13,500 per year International students £30,250 per year The tuition fees shown are for one complete academic year of study, are set according to the academic year of entry, and remain the same throughout the duration of the programme for that cohort (unless otherwise stated).