Advance Your Expertise in Cutting-Edge Materials
Modern engineering demands innovative materials that enhance performance, efficiency, and sustainability. This 40 Credit Diploma in Composites, Smart Materials and Nanotechnology provides an in-depth understanding of advanced materials, equipping you with the knowledge and skills to work at the forefront of engineering, manufacturing, and technology.
This course leads to the following accredited qualification:
Diploma in Composites, Smart Materials & Nanotechnology (Level 6)
Diploma in Composites, Smart Materials & Nanotechnology
| Course ID: | Credits: |
|---|---|
| DIPCSN6 | 40 Credits |
The course is delivered as an online engineering course, consisting of two 20 credit units. The first unit is a recommended unit which is designed to deliver some fundamental learning required to progress onto the second, specific core unit.
Unit 1: Engineering Materials and their Properties (recommended*)
This unit explores the fundamental structure of engineering materials, from the atomic level to their practical applications. It covers the composition and strength of materials, as well as how mechanical properties can be altered through processing. Students will evaluate different material families—metals, ceramics, polymers, and composites—assessing their properties and uses in engineering. The unit also examines material failure modes and protection strategies in engineering environments.
Unit 2: Composites, Smart Materials & Nanotechnology (core)
This unit provides an in-depth exploration of composites, smart materials, and nanotechnology, focusing on their structures, properties, and applications in engineering and technology. It highlights their role in improving performance and sustainability across industries such as aerospace, automotive, biomedical, and electronics. Students will examine material design, synthesis, and applications, while also exploring emerging trends and challenges in advanced materials science.
* The recommended unit can be replaced by a different unit of your choice depending on your personal preference, or previous learning experience.
This diploma explores the science and application of composites, smart materials, and nanotechnology, which are revolutionising industries such as aerospace, automotive, biomedical, and electronics. You will develop a strong foundation in material properties, design considerations, and emerging technologies, preparing you for roles in research, development, and engineering innovation.
This course allows you to study flexibly at your own pace, guided by industry experts.
Throughout this diploma, you will explore the world of advanced materials, gaining a deep understanding of their structure, properties, and applications. You will study composite materials, learning how their unique composition enhances strength and versatility in various industries. The course also covers smart materials, which adapt to environmental changes, and nanotechnology, where you will examine fabrication techniques and innovative applications at the microscopic scale.
You will develop insight into material behaviour and performance, focusing on strength, durability, and sustainability considerations. Additionally, you will explore future trends and innovations, examining the latest advancements shaping the next generation of materials.
Each module combines theoretical knowledge with real-world applications, equipping you with a well-rounded understanding of how advanced materials are transforming industries.
This diploma is designed for individuals looking to expand their expertise in materials science and innovation. It is ideal for engineers and technologists who want to deepen their understanding of advanced materials and their applications. Manufacturing and R&D professionals will benefit from insights into emerging materials and how they drive industrial advancements.
If you are a graduate or career changer, this programme offers a pathway into high-tech industries focused on materials engineering. It also appeals to STEM enthusiasts who are passionate about cutting-edge technology and its impact on the world.
No prior experience in materials science is required—just a curiosity and enthusiasm for exploring the future of engineering materials.
Upon completing this diploma, you will be prepared for a wide range of career opportunities in industries that depend on advanced materials. In aerospace and automotive engineering, you will contribute to developing stronger, lighter materials that enhance performance and efficiency. In biomedical and healthcare innovation, you may work with smart materials designed for medical applications, improving patient care and treatment technologies.
The course also opens pathways in electronics and nanotechnology, where you will explore micro-scale materials that drive the development of next-generation devices. If you are passionate about sustainability, opportunities in renewable energy and eco-friendly materials will allow you to contribute to creating more efficient, environmentally responsible solutions.
For those interested in research and development, this diploma provides the foundation to drive material innovation in cutting-edge industries. Whether your goal is materials engineering, product development, or advanced research, this qualification ensures you are well-equipped for a dynamic and evolving field.
The online Diploma in Composites, Smart Materials & Nanotechnology offers learners the flexibility to study at their own pace and schedule, making it an ideal option for those with busy work schedules or family commitments.
There are no classes to attend, no schedules, no deadlines and no exams. You are in control over how and when you study. You can start any day of the year and you graduate when you complete the course (according to your schedule.
Upon successful completion you would have the option to transfer these credits into our higher education courses:
Higher International Certificate in Mechanical Engineering (EduQual Level 4)
Higher International Diploma in Mechanical Engineering (EduQual Level 5)
International Graduate Diploma in Mechanical Engineering (Level 6)