MSc Production Engineering and Operations Management

Program Overview

The MSc in Production Engineering and Operations Management equips students with the skills and knowledge to lead factory operations and navigate the evolving manufacturing industry. The program emphasizes design and process evaluation, hands-on experience with industry-standard software, and exposure to automation techniques. Graduates are prepared for careers in manufacturing engineering, process planning, quality management, and operations management.

Program Outline

MSc in Production Engineering and Operations Management

Degree Overview:

This postgraduate program aims to equip students with the skills and knowledge to become leaders within factory operations and assist manufacturing businesses in navigating the ever-evolving industry landscape.

Key Features:

• Emphasis on evaluating design and process choices around materials, production technologies, and processes.
• Hands-on experience utilizing 3D computer solid modelling and industry-standard software to solve complex production engineering and operations management problems.
• Exposure to popular approaches like lean and agile manufacturing to improve productivity and cost-efficiency.
• In-depth exploration of automation techniques encompassing robots, programming, control systems, sensors, vision systems, and safety systems, with the opportunity to gain practical online and offline programming experience.
• Optional professional work placement opportunity in the second year to further develop skills and enhance employability prospects (subject to availability and specific requirements).

Outline:

Semester 1:

• Management of Quality (15 credits): Understanding quality as a competitive strategy for business performance improvement, covering quality in design, manufacture, and supply chains
• Global Lean and Agile Operations (15 credits): Assessing the application of lean and agile methods in today's dynamic global market to optimize manufacturing
• Computer Aided Design (15 credits): Mastering advanced CAD tools and exploring their relationship with production and part variation

Semester 2:

• Automation and Robotics (15 credits): Delving into the principles, technologies, and applications of automation in manufacturing
• Optimisation and Simulation (15 credits): Utilizing various production engineering and operations management techniques and conducting simulations to solve engineering challenges
• Industry 4.0 and the Engineering Digital Environment (15 credits): Exploring the core components of Industry 4.0 and their potential to improve engineering management
• Research Methods and Project Introduction (15 credits): Introduction to research methodology and project management skills for effective project completion

Semester 3 (Optional Work Placement)

• Opportunity to undertake a 12-month work placement in an industry related to your studies

Final Semester:

• Leading Strategic Change through Creativity and Innovation (10 credits): Develop critical skills in strategizing and leading successful organizational change
• Future and Advanced Manufacturing Materials and Technologies (15 credits): Investigating leading-edge technologies, methods, and materials in advanced and high-value manufacturing environments
• Master's Dissertation (50 credits): Conducting independent research and presenting a comprehensive dissertation on a specific topic or industry problem

Assessment:

Assessment methods vary depending on the module but may include a combination of:

• Coursework assignments, including design projects, analysis, experimentation, and computer simulation
• Written assessments and presentations
• Tests, exams, and oral examinations
• Formal reports
• Participation in group projects and class discussions
The assessment strategy ensures fair evaluation, monitors student progress towards achieving learning outcomes, and aligns with university guidelines.

Teaching:

• A blend of teaching methods: lectures, case studies, simulations, tutorials, individual and group exercises and projects.
• Lectures and tutorials may be delivered through a mix of face-to-face sessions, video conferencing tools, and online platforms, ensuring flexibility and adaptability.
• Strong industry focus through collaborations with leading manufacturers and access to the Institute for Advanced Manufacturing and Engineering (AME) facilities at Unipart's Coventry site.
• High-quality teaching staff with relevant industry experience and strong research backgrounds.
• Opportunities to interact with guest speakers from various industries, enhancing your knowledge and network.

Careers:

Graduates may pursue diverse career opportunities in various manufacturing industry roles:

• Manufacturing engineering
• Process planning
• Production planning
• Quality management
• Systems improvement
• Project management
• Operations management and leadership
The program equips you with skills and knowledge to navigate the competitive manufacturing landscape and succeed in your chosen field.

Other:

• Entry Requirements
• Typical requirements include:
• Minimum 2:2 honors degree in an appropriate engineering discipline (Mechanical, Automotive, Motorsport, etc.)
• Students from other fields or with industrial experience are encouraged to contact the course director for assessment.
• Language Requirements:
• IELTS: 6.5 overall with no less than 5.5 in any band
• Pre-sessional English programs available for students who don't meet the requirements

Additional information:

• Work Placement option incurs an additional fee.
• Overseas field trips have associated costs.
• Placement costs (if any) will depend on the chosen placement opportunity.

Tuition Fees and Payment Information:

• UK, Ireland , Channel Islands or Isle of Man
£11,200 | £4,000 (Work placement option additional fee)
• EU
£11,200 | £4,000 (Work placement option additional fee) per year with EU support bursary
• £20,050 | £4,000 (Work placement option additional fee) per year without EU support bursary
• International
£20,050 | £4,000 (Work placement option additional fee)