MSc Advanced Manufacturing Systems and Technology with Robotics

Program Overview

This MSc program in Advanced Manufacturing and Robotics equips graduates with industry 4.0/5.0 skills in advanced manufacturing systems, robotics, and related technologies. Co-designed with industry partners, the program emphasizes industry relevance and prepares students for the rapidly changing manufacturing landscape. Graduates can pursue diverse careers in engineering, including research and development, sales and marketing, and managing automated manufacturing solutions.

Program Outline

Degree Overview:

Program Objectives:

• The program aims to equip graduates with industry 4.0 and 5.0 engineering skills to help businesses grow and accelerate economic recovery.
• Graduates will become specialists in advanced manufacturing systems, robotics, and other related technologies.
• The program emphasizes industry relevance and prepares students for the rapidly changing manufacturing landscape.

Overview Description:

• This MSc program focuses on advanced manufacturing and robotics technologies, providing graduates with valuable industry 4.0/5.0 skill sets.
• The program is co-designed with leading industry partners in Europe, ensuring its modules and learning outcomes are aligned with real-world industry needs.
• The curriculum covers topics like AI, robotics, PLC, advanced manufacturing technologies, lasers, 3D printing, and health and safety concerns in the context of Industry 4.0 and 5.0.
• It covers topics like robotic kinematics and dynamics, mechatronics systems, smart design, industry 4.0/5.0, and related areas.
• Students will gain expertise in AI, robotics, PLC, advanced manufacturing technologies like laser cutting and printing, and health and safety considerations in the context of these technologies.

Structure:

• The program consists of core and optional modules delivered in a blended learning format combining online and face-to-face sessions.
• The core curriculum focuses on core topics like robotic kinematics, smart mechatronics systems, industry 4.0/5.0, and more.
• Students can choose optional modules in their second and third year based on their interests and career aspirations.

Course Schedule:

• Each academic year is divided into semesters.
• Students are expected to complete 40 hours of scheduled contact learning, 40 hours of guided independent learning, and 120 hours of independent learning per 20-credit module.

Module Descriptions:

Core Modules:

• Robot Kinematics and Dynamics: This module delves into the theoretical and practical aspects of robot motion, including manipulating and controlling robots in various industrial settings.
• Smart Mechatronics Systems and Design: This module explores smart mechatronics systems, focusing on their design, implementation, and integration with robotics and automation technologies.
• Industry 4.0/5.0: This module examines the principles and technologies of industry 4.0 and 5.0, covering key concepts like the internet of things, cyber-physical systems, and advanced automation.

Assessment:

Assessment Methods:

• The program employs both coursework and computer-based assessments.
All assessments contribute towards the final grade.
• Coursework assessments include computer lab work, logbooks, online quizzes, written reports, scientific papers, essays, video presentations, walkthroughs, digital artefacts, poster presentations, and professional portfolios.

Assessment Criteria:

• Assessments evaluate students' understanding and application of theoretical concepts, problem-solving skills, technical skills, and ability to communicate their findings effectively.
• Feedback on assessments is provided in various forms, including written feedback, audio recordings, self/peer assessment, individual and group face-to-face meetings, and video conferencing.

Teaching:

Teaching Methods:

• The program uses a blended learning approach, incorporating both face-to-face and online learning opportunities.
• Face-to-face learning takes place in computing labs and classrooms on campus.
• Online learning utilizes open-source and student-licensed software, cloud-based resources, and interactive digital learning tools.

Faculty:

• The program is taught by experienced academic staff with expertise in advanced manufacturing, robotics, and related fields.
• Industry professionals also contribute to the teaching and assessment processes, providing students with real-world insights and industry perspectives.

Careers:

Career Paths:

• Graduates can pursue diverse careers in the engineering field.
• Some potential career options include research and development, sales and marketing, designing smart factory solutions, and managing automated manufacturing solutions.

Other:

• Investing in advanced manufacturing systems helps companies adapt to changing market demands and disruptions, ensuring business continuity and resilience.

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