Single Module Noise and Vibration Control , Level 7 (15 Credits)

Program Overview

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The Single Module Noise and Vibration Control program from the University of Salford equips students with the knowledge and skills to control noise and vibration in the transport industry. Through a combination of face-to-face and distance learning options, students gain a comprehensive understanding of the principles and methodologies of noise and vibration control, enabling them to pursue careers in acoustics consultancy, research, development, and audio design.

Program Outline

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Degree Overview:

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Overview:

The Single Module Noise and Vibration Control program is a postgraduate module offered by the University of Salford's School of Science, Engineering and Environment.

• Apply established methods for solving complex problems in noise and vibration control and assess their limitations.
It caters to individuals seeking specialized training in a specific area, such as for CPD purposes in relevant industries. Students will learn the main sound generation mechanisms in road, rail, and air vehicles, gaining a thorough understanding of current best practices in noise and vibration control. They will also acquire the ability to apply appropriate acoustical analysis to assess limitations and adapt existing methods for unfamiliar situations.

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Outline:

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Program Content:

• The main principles of noise and vibration control engineering.
• Established methods for solving complex problems in noise and vibration control.
• Current state-of-the-art technical knowledge of noise and vibration control in the transport industry.
• Sound generation mechanisms in road, rail, and air vehicles.
• Current best practices in noise and vibration control.
• Application of acoustical analysis.

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Program Structure:

• Single module program (15 credits).
• Part-time or distance learning options available.
• One semester duration.
• Next enrolment: September 2024.

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Course Schedule:

• Learning is delivered mainly through tutorial and seminar groups.
• Interaction can be face-to-face or web-based.
• Strong focus on guided self-learning.
• Distance learning students can stream classes via the Virtual Learning Environment.
• May utilize the 'flipped classroom' approach with screencast lecture content.
• Face-to-face and distance learning cohorts are co-taught.

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Individual Modules:

• The program consists of one module: Noise and Vibration Control.

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Assessment:

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Assessment Methods:

• One substantial written assignment per module.
• Assignments focus on 'open-ended' design exercises and case studies based on realistic problems.

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Assessment Criteria:

• Each module features one substantial written assignment to test the learning outcomes and cover the syllabus.
• The assignments are based around ‘open-ended’ design exercises and case studies based on realistic problems.

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Teaching:

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Teaching Methods:

• The program utilizes a combination of teaching methods, including:
• Tutorials and seminar groups
• Face-to-face interaction
• Web-based learning support packages
• Guided self-learning
• Streaming classes via Virtual Learning Environment
• Directed reading
• Study guides
• Tutorial questions
• 'Flipped classroom' approach with screencast lecture content
• Co-taught face-to-face and distance learning cohorts

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Faculty:

• The program is delivered by experienced and qualified staff from the University of Salford's School of Science, Engineering and Environment.
The faculty includes leading researchers and industry professionals with expertise in noise and vibration control.

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Unique Approaches:

• The program offers a unique focus on the transport industry, providing students with insights into real-world applications of noise and vibration control.
• The combination of face-to-face and distance learning options allows students to choose the most suitable mode of study.
• The 'flipped classroom' approach encourages active learning and engagement.
• The co-teaching of face-to-face and distance learning cohorts fosters a collaborative learning environment.

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Careers:

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Potential Career Paths:

• Acousticians with engineering, science, and mathematical skills are in high demand, offering graduates strong career prospects.
• Graduates can pursue careers in consultancy, research, development, and audio design.
• Potential roles include:
• Acoustics consultant
• Researcher
• Development engineer
• Audio design engineer

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Career Opportunities:

• Graduates can find employment in various sectors, including:
• Acoustics consultancy firms
• Research institutions
• Engineering companies
• Audio design firms
• Major companies employing graduates include:
• Apple
• Dolby
• BBC
• Major acoustic consultancies

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Outcomes:

• Students will interact with world-class facilities, including:
• Full and semi-anechoic chambers
• Transmission suite
• Large and small reverberation chambers
• ITU standard listening room
• Audiometric test facilities
• Advanced instrumentation and equipment

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| Type of study | Year | Fees | |---|---|---| | Distance learning UK | 2024/25 | £1665 per 30 credits | | Part-time UK | 2024/25 | £850 per 15 credits | | Distance Learning International | 2024/25 | £2730 per 30 credits | | Part-time International | 2024/25 | £1,365 per 15 credits |