Degree Materials Science Technologist

An introduction to the principles and practices of project management, this module will equip you with the tools and techniques required to plan, schedule, allocate resources and communicate effectively in collaborative projects. You will develop a project plan that will be executed in your Workplace Project module.

An exploration of the fundamental principles and concepts of materials characterisation, including knowledge of the various techniques used to characterise materials, including microscopy, spectroscopy, macroscopy, and chemical analysis. You’ll develop an understanding of the strengths and limitations of different materials characterisation techniques and how to choose the appropriate technique for a specific material or application.

An examination of the complex relationships between materials properties, processing techniques, and final product characteristics. This module will support your understanding and interpretation of UK and international standards and specifications for materials processing, as well as how to apply them to design and production processes.

An optional module focusing on the structures and properties of construction materials, such as concrete, grout and aggregates. You will also explore characterisation techniques and processing methods specific to these materials, as well as how they impact on the environment.

An optional module focusing on the structures and properties of principle engineering alloys. You will also explore characterisation techniques and processing methods specific to these materials, as well as how they impact on the environment.

An optional module focusing on the structures and properties of composite materials, including molecular composites and composite assemblies. You will also explore characterisation techniques and processing methods specific to these materials, as well as how they impact on the environment.

An optional module that explores the fundamental principles of polymer science, including formation, properties and reactions of polymers. You’ll evaluate the environmental impact of polymers, biodegradability, sustainability and current challenges in the field of polymer science.

A module focused on practical laboratory skills in the field of Materials Science, which will include online instructional videos and laboratory simulations to support development of experiment design, data interpretation and analysis and application of laboratory techniques and procedures to solve real-world problems.

An on-going project that runs for the entirety of Level 5, this module uses reflective practice models to guide you in planning and monitoring laboratory-based investigations to contribute to improvements in the workplace. You will propose, execute and manage your own work-based project and present your findings at the end of the module.

An exploration of the material development process and the various techniques and methods used to create new and innovative materials. You will examine the history and current state of materials development, including additives, process control and post-processing techniques, as well future opportunities for innovation.

An examination of the latest and emerging areas of research in materials science in various fields, including aerospace, energy, medicine and electronics. You will explore the potential impact of new materials and processing techniques on various industries, and consider the ethical implications of their work.

An optional module exploring the fundamental properties and characteristics of nano-materials, including size-dependent behaviour, surface-to-volume ratios, and electronic and optical properties. You’ll examine the applications of nano-materials, including in fields such as energy, electronics, biomedicine, and environmental protection, as well as consider the ethical, social and regulatory implications of these applications.

An optional module exploring the fundamentals of biocompatible and bioinert materials with a focus on their physical, chemical and mechanical properties. You will examine core concepts underlying the development, selection, and implementation of biocompatible and bioinert materials, and assess the rationale for their selection and application in industry.

An optional module building on the principles of ‘TAM5201 Materials for Construction’, exploring how engineering methods affect the yield, stress, concentrations and fracture of construction materials. You will also learn about the advancements made in the development of conventional construction materials and alternative materials to achieve a more innovative and sustainable product.

An optional module exploring the fundamental concepts of electronic structure and behaviour of materials, including techniques for characterising electronic properties, such as spectroscopy and transport measurements. You’ll examine current research and developments in the field of electronic materials, as well as assess the potential application in relevant fields.

A deep exploration of the principles and practices of responsible research and innovation, fostering a sense of global citizenship and social responsibility. You’ll be inspired to become an agent of positive change by developing the knowledge and skills needed to design, conduct and assess research in an ethical, sustainable and socially responsible manner.

In this final module, you will spend six months autonomously planning, developing and implementing a scientific project to add value to your company. Your proposal and plan will be informed by academic research and will implement project management and financial management methodologies, as well as developing your professional and leadership behaviours.