1. Understanding acoustics principles and theories.
2. Proficiency in acoustic design, measurement, and analysis.
3. Enhancing problem-solving and critical thinking skills.
4. Preparing students for acoustics and audio engineering careers.

1. High school diploma or equivalent
2. Basic knowledge of mathematics and business concepts
3. English languages proficiency

1. Fundamentals of Acoustics
2. Sound Propagation and Measurement
3. Noise Control and Vibration Analysis
4. Architectural Acoustics
5. Electroacoustics
6. Audio Signal Processing
7. Acoustical Materials and Design
8. Environmental Acoustics
9. Advanced Noise Control Engineering
10. Advanced Architectural Acoustics
11. Advanced Electroacoustics
12. Advanced Audio Signal Processing
13. Acoustical Design for Buildings
14. Acoustical Design for Transportation
15. Acoustical Design for Industrial Applications
16. Acoustical Measurement and Instrumentation
17. Audio Engineering
18. Sound Design
19. Music Technology
20. Acoustic Ecology
21. Psychoacoustics
22. Bioacoustics
23. Underwater Acoustics

1. Lectures
2. Laboratory experiments
3. Fieldwork
4. Group projects
5. Case studies

1. Wave propagation and sound fields
2. Sound intensity and power
3. Sound measurement and analysis
4. Acoustic impedance and admittance
5. Noise sources and transmission paths
6. Noise control techniques
7. Vibration measurement and analysis
8. Vibration isolation and damping
9. Sound in buildings
10. Room acoustics
11. Noise control in buildings
12. Sound insulation and absorption
13. Reverberation time
14. Microphones and loudspeakers
15. Audio amplifiers and preamps
16. Audio signal processing
17. Audio systems and equipment
18. Digital audio signals
19. Sampling and quantization
20. Fourier analysis
21. Digital filters
22. Audio effects and processing techniques
23. Active noise control
24. Noise control in industrial environments
25. Noise control in transportation
26. Noise pollution and regulation
27. Acoustical design of concert halls and theaters
28. Acoustical design of studios and control rooms
29. Acoustical design of offices and residential spaces
30. Acoustical design for noise reduction in buildings
31. Audio transducers
32. Audio amplifiers and preamps
33. Audio signal processing algorithms
34. Audio systems design and optimization
35. Audio coding and compression
36. Audio enhancement and restoration
37. Audio synthesis and sound design
38. Audio spatialization and localization
39. Recording techniques
40. Mixing and mastering
41. Music production
42. Audio post-production
43. Sound effects design
44. Foley art
45. Sound for media
46. Sound for video games

1. Lectures
2. Classes and tutorials
3. Coursework, laboratory reports and essays
4. Design and problem-solving exercises
5. Oral presentations
6. Placement assessment
7. Written and practical exams
8. Individual and group projects
9. Independent learning (studying on your own)

The course length is 03 years and may vary depending on the programme and institution.

But in the UK, the on-average accounting BA (Hons) course length is:

1. Full-time 03 years.
2. Full-time 04 years, if undertaking a foundation year.

1. Acoustics laboratories
2. Anechoic chambers
3. Reverberation chambers
4. Sound measurement equipment
5. Audio engineering studios
6. Acoustics laboratories
7. Audio engineering studios
8. Vibration testing facilities
9. Computer labs
10. Field testing equipment
11. Access to research facilities

1. Acoustical engineer
2. Audio engineer
3. Noise control consultant
4. Architectural acoustician
5. Vibration analyst
6. Environmental acoustician
7. Acoustics researcher
8. Audio Equipment Designer
9. Acoustics Consultant
10. Audio Post-Production Specialist
11. Acoustics Educator

Tuition fees for international students: 2025/26 - Full-time £17,650.00 - £23,620 per year and vary depending on the institution.

1. Scholarship opportunities may be available
2. Government loans may be available

1. Academic qualifications
2. English language proficiency
3. Personal statement
4. References
5. Portfolio (optional)

1. Opportunities for internships in acoustics consulting firms, audio engineering studios, or research institutions.
2. Practical experience to apply theoretical knowledge.

1. Certified Noise Control Engineer (CNCE).
2. Certified Acoustical Consultant (CAC).
3. Certified Sound Designer (CSD).
4. Certified Audio Engineer (CAE).

Typically twice a year but may varies depending on the institution, like:

1. Fall semester
2. Spring semester
3. Summer semester

“So, I’d say regardless of the course content, we have a gold standard of teaching because our lecturers have authority and a voice in the world of acoustics!” Says - “Alexander Lehman, Acoustical and Audio Engineering student.”