MEng (Hons) Medical Engineering

Program Overview

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The MEng (Hons) Medical Engineering program at the University of York equips students with the knowledge and skills to develop innovative medical technology. It combines electrical, electronic, and mechanical aspects of healthcare, providing a comprehensive understanding of medical engineering concepts. The program emphasizes employability skills through project work and industry placements, preparing students for successful careers in the healthcare engineering field.

Program Outline

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Extracted Information from the Context:

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Degree Overview:

• Title: MEng (Hons) Medical Engineering
• Overview: Focuses on developing technology that could improve healthcare systems, diagnosis, and care.
• Duration: 4 years full-time
• Institution: University of York
• Department: School of Physics, Engineering and Technology
• Key Features:
• Combines electrical, electronic, and mechanical aspects of healthcare
• Provides in-depth knowledge of medical engineering concepts
• Builds employability skills through project work and industry placements
• Emphasizes transferable skills valuable to a wide range of employers
• Objectives:
• Equip students with the knowledge and skills to create innovative medical technology
• Prepare students for successful careers in the healthcare engineering field
• Develop students' problem-solving, design, and project management skills
• Foster a strong understanding of the ethical and social implications of medical engineering

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Outline:

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Year 1

• Core Modules:
• Introduction to Engineering
• Programming and Digital Interfacing
• Mathematics
• Engineering Project 1
• Materials and Mechanics
• Analogue Electronics

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Year 2

• Core Modules:
• Mathematics, Signals and Systems
• Engineering Project 2
• Manufacturing and Fabrication
• Control, Sensors and Instrumentation
• Electrical Circuits and Systems
• Thermodynamics and Fluid Dynamics

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Year 3

• Core Modules:
• Principles of Microengineering
• Biomedical Engineering
• Team Project A
• Introduction to Clinical Engineering and Physiological Systems
• Team Project B
• Option Modules (choose one):
• Digital Signal Processing
• Micro-mechanical and Microfluidic Devices and Systems
• Mechanical Design and Kinematics
• Photonics and Nanoelectronics
• Advanced Sensors and Instrumentation
• Photovoltaics and Solar Thermal Technology
• Electric Powertrain Design
• Elective Modules (optional):
• Replace one option module with an elective in a complementary subject, language, or interdisciplinary topic

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Year 4

• Core Modules:
• Individual Final Project
• Medical Imaging and Physics
• Future Healthcare and Computer Aided Diagnosis
• Option Modules (choose one):
• Music Signal Analysis
• Sound Models and Systems
• Systems Programming for ARM
• Machine Learning and Computational Intelligence
• Electric Vehicle Technologies
• Medical Imaging and Physics
• Emerging Trends in Microengineering
• Sustainability in Engineering Management
• Machine Vision and Human Machine Interaction
• Research Topics in Nanotechnology: Advanced Data Storage and Spintronics
• Advanced Control
• Elective Modules (optional):
• Replace one option module with an elective in a complementary subject, language, or interdisciplinary topic

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Assessment:

• Continuous assessment through coursework, assignments, and presentations
• Examinations at the end of each year
• Final year individual project assessed through a report, viva (presentation and question/answer session), and project demonstration

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Teaching:

• A combination of lectures, tutorials, laboratory sessions, project work, and workshops
• Emphasis on active learning and student engagement
• Highly qualified and experienced faculty with expertise in medical engineering
• Opportunities for industry placements and research collaborations

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Careers:

• Potential careers in a variety of fields, including:
• Medical device design and development
• Healthcare robotics and automation
• Biomedical imaging and diagnostics
• Clinical engineering and research
• Pharmaceutical and biotechnology industries

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Other:

• The program has a strong emphasis on ethics and social responsibility, ensuring students understand the impact of their work on society.
• Students have access to excellent facilities and resources, including specialized laboratories, workshops, and computing classrooms.
• The University of York is ranked 7th for Overall Satisfaction in Electrical and Electronic Engineering among Russell Group universities in the National Student Survey.
• The program offers opportunities for study abroad and industry placements.
• Scholarships and bursaries are available for students with outstanding academic achievements.

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Note:

This is a comprehensive extraction of all relevant information about the MEng (Hons) Medical Engineering program at the University of York. Please feel free to ask if you have any additional questions.

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Tuition Fees and Payment Information:

UK (home) fees: £9,250 per year International and EU fees: £28,800 per year