Additive Manufacturing MSc draft

Program Overview

The MSc in Additive Manufacturing at UCLan equips students with advanced skills in additive manufacturing technologies. It covers the design, analysis, and implementation of AM projects. The program is ideal for both recent graduates and professionals seeking to enhance their knowledge or advance their careers in this rapidly growing industry. Graduates are highly sought after in engineering, manufacturing, and R&D roles, with the potential to pursue competitive PhD scholarships or establish their own businesses.

Program Outline

Additive Manufacturing MSc - Postgraduate - UCLan

Degree Overview:

This MSc in Additive Manufacturing is designed to equip students with the skills to utilize advanced additive manufacturing technologies to their full potential. The program focuses on the design, analysis, and implementation of Additive Manufacturing (AM) projects. It is suitable for both recent engineering graduates and experienced professionals seeking to expand their knowledge in Additive Manufacturing or update their qualifications for promotion or specialized roles. The program aims to provide students with the engineering knowledge and practical skills necessary to develop AM strategies for real-world problems.

Outline:

• MSc Project (Engineering) (EL4895): This module involves undertaking an advanced-level project with significant elements of research and originality.
Students will specify, plan, execute, and report on a program of work leading to the design of a system, service, or product, incorporating various aspects involving the study of current research or advanced developments.
• Additive Manufacturing Technologies (MP4400): This module introduces students to Additive Manufacturing (AM) technologies.
By the end of the module, students will develop an understanding of the seven main additive manufacturing methods.
• Build your own 3D printer (MP4401): This module involves building a personal 3D printer.
Students will learn about common 3D printing hardware, software, and terminologies. They will also explore the limitations and strengths of 3D printing to achieve optimal results in various situations and investigate ways to improve upon weaknesses.
• Product Innovation (MP4402): This module introduces students to the ideas and concepts involved in product innovation with real-world experience and the opportunity to find technical solutions to global challenges.
Students will learn how to conduct market research, identify and evaluate requirements, and derive and vary concepts for product innovations. It introduces common data-gathering technologies, including Coordinate-measuring machines (CMM) and laser scanners.

Optional Modules:

• Professional Placement (Engineering) (EL4101): This module provides students with 26-38 weeks of practical experience in an engineering-related environment.
Students will build upon and apply the materials studied during the course and experience professional working practices to develop their personal and professional skills. Students will apply and develop learning materials studied on the course to excel in a professional working practice.
• Student Initiated Module (EL4817): This module demonstrates students' development of both theoretical and practical skills through a project.
Students will be guided by their module tutor to develop a relevant and contemporary project that critically analyzes their practical research. It provides a comprehensive understanding of material failure modes such as fast fracture, fatigue, creep, and corrosion and oxidation.

Assessment:

The program utilizes a variety of assessment methods, including:

• Tutorial questions
• Examinations
• Online assessments via Blackboard questions
• Extended assignments
• Presentations
• Poster defense
• Written reports

Teaching:

The course team possesses a range of expertise in manufacturing, materials science, product development, computer-aided design, and simulation. Curriculum delivery is through case studies, lectures, practical sessions, tutor-guided independent learning, and tutorial sessions.

Careers:

Graduates of this program are well-prepared for careers in the growing additive manufacturing industry, which is predicted to grow by 21% annually between 2022-2030. The industry is revolutionizing various sectors, including construction, aerospace, and MedTech. Potential career paths include:

• Additive Manufacturing Engineers
• Digital Manufacturing Engineers
• Design Engineers
• R&D Engineers
• Additive Manufacturing Technicians
Graduates may also pursue competitive PhD scholarships. The university offers initiatives to support students in starting their own businesses, which continues after graduation.

Other:

• The program is based in the School of Engineering and Computing.
• The university is located within one of the most intense engineering and manufacturing areas in the UK.
• The School has links with major employers in aerospace, automotive, and civil engineering, including BAE Systems and JLR, as well as with sector support and supply chain organizations such as the NW Aerospace Alliance and the Northern Automotive Alliance.
• The program benefits from the new £35 million Engineering Innovation Centre (EIC) building, which provides an integrated teaching space in state-of-the-art facilities.

UK:

• Full-time: £9,000 per year
• Sandwich year: £2,500 for the sandwich year
• Part-time: £1,000 per 20 credits
International:
• Full-time: £16,900 per year
Additional costs: Most of these will be optional, but some courses have essential additional costs.