Content, progress and pedagogy of the module

Learning objectives

Knowledge

• Have comprehension of maintenance schemes and economic benefits, scope and limitation, and preventive maintenance. The maintenance strategies apply to various problems in the industrial sectors
• Have comprehension of the need for a modern technological approach for plant maintenance and reduction in maintenance expenditure
• Have comprehension of the concept of product data, information, structures and Project Lifecycle Management (PLM) fundamentals
• Have comprehension of PLM measureable benefits of costs for daily operations, material, labour productivity and quality
• Learning PLM tools and standards, database integration, system roles, and optimisation
• Have comprehension of various case study model of engineering industrial and manufacturing service

Skills

• Be able to analyse for vibrational machinery condition monitoring and fundamental of effects of vibration. Measuring equipment includes sensors, signal conditioners, and recording elements
• Be able to analyse typical case studies, modern testing equipment and identifications of malfunction
• Be able to apply PLM strategies for different organisation verticals, product developments, sales, after sales, marketing and subcontracting
• Be able to implement PLM in electronic business, product management, collaboration, and for service industry

Competences

• Be able to monitor the condition and develop measurable preventive maintenance for given service industry problems
• Be able to monitor machinery condition with vibration effects using various electronic equipment and scaled engineering approach
• Be able to provide solutions for modern technologies and cost reduction expenditure methodologies in maintenance
• Be able to provide PLM strategies and scaled benefits of overall costs for various factors
• Be able to develop PLM in industry sectors and service manufacturers by advanced tool and standards for maximum optimisation

Type of instruction

The course module will be targeted with a mixture of lectures, self-preparatory presentation by students, and discussion on various real time case studies supplemented with e-learning activities.

Extent and expected workload

Since it is a 5 ECTS course module, the work load is expected to be 150 hours for the student.

Exam

Exams