Program Overview

Introduction to the MSc Smart Manufacturing Program

The MSc Smart Manufacturing degree at Aston University aims to integrate the technological revolution into the mindset of engineers, equipping them with the skills needed to design and develop innovative technologies that address the evolving challenges of future manufacturing.

Course Overview

Designed in collaboration with The Greater Birmingham & Solihull Institute of Technology, this course helps students understand and develop in the growing field of smart manufacturing. Smart manufacturing is becoming increasingly important in the manufacturing industry and is considered the way forward. The factors contributing to this growth include the widespread adoption of the fourth industrial revolution, government support, complexities in supply chains, industrial automation in manufacturing, and the use of software systems that reduce time and costs in the market.

Why Smart Manufacturing at Aston University?

• Partnership with GBSIoT: Access to state-of-the-art engineering and advanced manufacturing facilities.
• Ranked 24th in the world for reducing inequalities.
• Top 5% of global evaluated institutions (QS World University Rankings 2026).
• Opportunity for professional experience through the professional practice route.
• Developed with industry in mind, incorporating emerging technologies in manufacturing.
• Excellent facilities, including multi-million pound investments.

Course Description

The curriculum integrates the latest advancements in smart manufacturing practices, enabling students to develop their careers within a market estimated to grow at a compound annual growth rate of 12.4%. The course provides first-class teaching, access to multimillion-pound facilities, and a partnership with GBSIoT, preparing students for careers in engineering, digital technology, and advanced manufacturing.

What You Will Learn

• Practical experience in designing innovative and cost-effective smart manufacturing solutions using artificial intelligence techniques.
• Hands-on experience with advanced manufacturing processes, including robot software programming and digital twin technology.
• Development of essential skills in smart manufacturing, software applications, and communication.

Facilities

• Extensive engineering facilities, including a model shop, robot labs, and computer labs available 24/7.
• Access to Europes biggest cyber physical lab for applications in machine learning and digital twin technology.
• Opportunity to apply digital twin technology in a real-world manufacturing setting at GBSIoT.

Course Objectives

1. Bridge the knowledge gap required to address modern industrial challenges by covering a wide range of topics in smart manufacturing.
2. Transfer a wide range of skills required to analyze and critique manufacturing-related data and propose innovative solutions to complex manufacturing problems.
3. Provide the professional skill set of critical thinking, effective communication, and leadership to meet evolving technological challenges.
4. Embed the technological revolution deep within the mindset of engineers to develop the skills to design and develop new technologies that embrace the challenges of future manufacturing.

Modules

Taught Stage Modules

• Digitalisation of Manufacturing Systems (30 credits)
• Advanced Manufacturing Processes (15 credits)
• Machine Learning (15 credits)
• Smart Sensors and Control Systems (15 credits)
• Robot Software (15 credits)
• Applied Industrial Robotics (15 credits)
• Aston Global Advantage (15 credits)

Dissertation Stage Modules

• Dissertation (60 credits)

Programme Outcomes

Upon successful completion, students will be able to:

• Critically reflect on the strategic role and underlying principles of smart manufacturing.
• Plan, assess, and select appropriate techniques, resources, and modern engineering and ICT tools.
• Design innovative and cost-effective smart manufacturing solutions using AI techniques.
• Study complex smart manufacturing problems methodically.
• Develop and practice management skills and apply engineering principles.
• Communicate research findings effectively.

Entry Requirements

• A bachelor's degree in a related engineering field (e.g., Industrial, Manufacturing, Mechanical, Mechatronics, Controls, or Automation).
• Consideration given to candidates with relevant manufacturing experience.
• Additional requirements include a professional reference, an official academic transcript, and a completed application form.

Fees and Scholarships

Course Fees

• UK students: ｣11,200 (2025/26)
• International students: ｣24,000 (2025/26)

Scholarships

Aston University offers a range of scholarships to help lower tuition and living costs for both UK and international students.

Assessment

Course assessments involve a combination of coursework and practical evaluations tailored to each module's objectives. Various assessment methods gauge understanding of module content and its real-world application.

Career Prospects

Graduates will be well-positioned for roles in the mechanical industry or consulting, such as manufacturing engineers, industrial engineers, or consultants. Specialized roles in research, digital transformation solutions, and smart manufacturing are also potential career paths.

Conclusion

The MSc Smart Manufacturing program at Aston University is designed to equip engineers with the skills needed to address the evolving challenges of future manufacturing. With its strong industry connections, state-of-the-art facilities, and comprehensive curriculum, this program offers students a unique opportunity to develop their careers in smart manufacturing and contribute to the technological advancements in the field.