MSc Advanced Manufacturing Systems and Technology

Program Overview

This MSc program in Advanced Manufacturing Systems and Technology equips students with the skills and knowledge to lead and innovate within the rapidly evolving manufacturing industry. It emphasizes real-world problem-solving through projects and simulations, preparing graduates to become Industry 4.0/5.0 engineers with expertise in advanced manufacturing technologies like AI, mechatronics, and robotics. The program boasts a curriculum co-designed with leading industry engineers, ensuring its content remains directly relevant to industry needs.

Program Outline

Degree Overview

Overview:

This MSc program in Advanced Manufacturing Systems and Technology equips students with the skills and knowledge to lead and innovate within the rapidly evolving manufacturing industry.

Objectives:

• Prepare graduates to become Industry 4.0/5.0 engineers with skills for driving industrial growth and economic recovery.
• Build technical and employability skills needed to tackle complex challenges in an industry undergoing dramatic transformation.
The curriculum emphasizes real-world problem-solving through projects and simulations, enabling students to become valuable assets within the workforce.

Outline

Program Content:

• Covers topics related to advanced manufacturing technologies, their applications, and their impact on the workforce.
• Focuses on Industry 4.0 and 5.0 practices and prepares students for the evolving industrial landscape.
• Addresses practical considerations of ethical use, inclusivity, safety, security, and economic and environmental impact.

Structure:

• Full-time, one-year program (September 2024 intake).
• Blend of online and face-to-face learning, ensuring flexibility and accessibility.
• Utilizes active learning methods with industry-sourced projects and problems.

Course Schedule:

• Consists of core modules and optional modules chosen in the second and third year.
• Examples of core modules include Additive Manufacturing Process and Materials, Engineering Analysis and Simulation Methods, and Industry 4.0/5.0.

Assessment

Assessment Methods:

• 100% coursework-based assessment consisting of projects, reports, presentations, and computer-based assessments.
• Utilizes a variety of assessment rubrics and feedback methods, including written, audio, and video feedback.

Assessment Criteria:

• Focused on demonstrating the development of key scientific and transferable skills.
• Evaluates students' ability to systematically solve and critically analyze complex problems.

Teaching

Teaching Methods:

• Employs the CDIO framework emphasizing project-based learning and interdisciplinary group work.
• Utilizes industrially relevant examples and technologies whenever possible.
• Involves collaboration with industry partners and their guidance within assessments.
• Gradually increases the complexity of problems and challenges throughout the program.
• Considers the ethical, economic, and environmental impacts of advanced manufacturing solutions.

Faculty:

• Experienced academics with strong connections to industry.
• Industry professionals contribute as guest speakers and collaborators.

Unique Approaches:

• Utilizes a blended learning approach combining online and face-to-face sessions.
• Employs a range of digital learning tools and cloud-based software resources.
• Focuses on developing strong technical and employability skills necessary for leading and managing effective manufacturing teams.

Careers

Potential Career Paths:

• Contribute to bringing new technologies and products to market.
• Participate in research and development, collaborating with industry to drive innovation.
• Lead and manage efficient manufacturing teams and advanced automation solutions.
• Leverage expertise in 3D printing, composites, and other transformative technologies.
• Utilize sales and marketing expertise to promote advanced manufacturing solutions in global markets.

Opportunities:

• This program prepares students for diverse and expanding career opportunities in various engineering fields.
• Potential exists in both the private and public sectors, including government agencies and environmental organizations.

Outcomes:

• Graduates are qualified to take on leadership roles and actively contribute to the advancement of the manufacturing sector.
• Equipped with the technical and critical thinking skills required to successfully navigate an evolving and dynamic industry.
• Benefit from the program's network of industry partners, leading to potential employment opportunities.

Partnerships:

• UK Full-time: £9090
• Overseas Full-time: £15,500
• UK Part-time: £4545