Module Description BaTIN2012_Ingenieurakustik (Acoustics for Engineers)

Responsible: Prof. Dr. Pörschmann

Module

Admissible Courses

Module Organization

Module identifiers
Long BaTIN2012_Ingenieurakustik (Acoustics for Engineers)
MID BaTIN2012_IAK
MPID
Assignment to program
Degree program BaTIN2012
Specialization H, P
Knowledge fields H_WNT, P_SPEZ
Assignment to curriculum
Semester 4-6
Core for
Elective BNT, BSP-PDS
Version
created 2013-07-10
VID 1
valid from WS 2012/13
valid to

Identifier in Certificate

de
Ingenieurakustik
en
Acoustics for Engineers

Instruction Language

German

Assessment

Type
oE normal case (large number of assessments: wE)

ECTS-CP contribution by knowledge fields
H_WNT, P_SPEZ 5
Total 5

Total effort (hours): 150

Module Components

Vorlesung / Übung

Type of component assessment
bÜA Exercise (on course and self study)

Contribution to module grade
bÜA not rated

Specific Objectives

Knowledge
  • Basic physical quantities which are relevant for the radiation of sound. (PFK.2,PFK.3, PFK.4)
  • Sound radiation in enclosures and in free field (PFK.2,PFK.3, PFK.4)
  • Principles of electric transducers (PFK.2,PFK.3, PFK.4)
Aquired Skills
  • Apply basic methods for calculation of sound radiation (PFK.2,PFK.3, PFK.4, PFK.5,PFK.11)
  • Apply methods for sound field calculation to simple real life problems (PFK.2, PFK.3, PFK.5)
  • Analysis and desciption of systems applying loudspeakers and microphones(PFK.2, PFK.3, PFK.5)
  • Calculate and describe the complete audio processing chain of sound radiation from microphone via the electromechanic transducers and a transmission channel to the loudspeaker.(PFK.2,PFK.3, PFK.4, PFK.5,PFK.7, PFK.9, PFK.11)

Example of Course Implementation

Lab

Type of component assessment
fSC Lab Exeriment
wR Report on Lab Experiment

Contribution to module grade
ftP Attestation
wR Report on Lab Experiment

Specific Objectives

Aquired Skills
  • convert written tasks into real measurements (PFK.4, PFK.3, PFK.5, PFK.6, PFK.9, PSK.4)
  • set up measurements (PFK.1, PFK.6, PFK.7)
  • provide adequate documentation of measurements(PFK.8)
  • evaluate and discuss measurement results (PFK.4, PFK.12)
Operational Competences
  • Convert technical requirements into real systems (PFK.1, PFK.6, PSK.1)
  • Compare and evaluate practical and theoretical results (PFK.7, PFK.8)
  • Detect and correct errors (PSK.3)

Example of Course Implementation

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