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EASE Enhanced Acoustic Simulator for Engineers - December '18

The Master Course in EASE Simulator

 

Registration Closed

 

Course Facts Sheet


Title EASE® Enhanced Acoustic Simulator for Engineers


Language English


Type Online course


Instructor Emad El-Saghir


Maximum number of enrlossed students 24


Material available for enrolled students starting 01.12.2018 12:00 CEST


Material available for enrolled students until 30.11.2019 12:00 CEST (EASE® Training License is valid for 60 days only for training.)


Enrollment open? No


Enrollment closes on 30.11.2018 18:00 CEST


Estimated completion time of the course For example Four weeks with 12 hours studying time per week


Software license with course material Training License - EASE® 4 Standard license with EARS and AURA modules valid for 60 days


Testing Yes


Certification Certified EASE® User


Direct e-mail support until 01.03.2019 00:00 CEST extendable to 01.12.2019 00:00 CEST

 

The Course

EASE® is currently believed to be the most popular commercially available acoustical simulator, which is widely use in many parts of the world.

This online course addresses comprehensively the acoustical simulation platform and elaborates on the theory behind the tool, the details, the tips and tricks. The course is the result of more than ten years of building and teaching EASE® classes as an instructor for AFMG® Technologies GmbH in Germany as well as in many other countries. It comprises his experience with students coming from different knowledge levels, backgrounds and interests.

The course material, which includes videos, slides and other documents, shall be available for enrolled students starting 01.12.2018 at 12:00 CEST. The material shall be available for online access for twelve months until 30.11.2019 12:00 CEST. 
The students can complete the course at the speed that suits them within this 12-month period.

In addition to the course material, one EASE® Standard training license with EARS and AURA modules shall be made available to each student.

 

Course Objectives

Upon completion of the course, the students will

1. possess the needed theoretical background in acoustics and loudspeakers for using EASE® efficiently,
2. understand the modular architecture of EASE® and the functions of the different program modules,
3. learn the properties of the different items in an EASE® model,

4. be trained in the principal modelling methods in EASE® and many other tips and tricks,
5. know the tools for exchanging EASE® models with other software programs,
6. establish an understanding of the program database, particularly materials and sources,

7. investigate/compare the calculation methods, their limits and degrees of accuracy, and
8. evaluate and interpret the simulation results in order to conclude design decisions.

 

For Whom Is the Course?

This course is intended for those, who are involved in the planning and verification of room acoustics, sound reinforcement, public address and voice alarm systems.

It is not a prerequisite that the students come to the course with a professional acoustical background, which would be helpful of course, but it is assumed that the students have a reasonable level of engineering general knowledge and understand the basic definitions and terminology.

 

Direct E-Mail Support

Each course student shall have access to direct and personal e-mail support for the course curriculum for ninety days from the day of enrollment or releasing course material online, whichever is later.

During this period, the student can send his/her questions to the instructor, and shall receive an answer from the instructor within 48 hours at latest. The e-mail support can be extended to one year against extra charge.

 

Testing and Certification

The students shall be exposed after each lecture to a number of quizzes to test their knowledge and level of achievement in the course.

At the end of the course, there is a final set of quizzes to test the students' knowledge of the entire course and how well they met its objectives. Additionally, one test project shall be worked out by the student to ensure he/she is capable of applying the knowledge to a practical case.

A certificate of Certified EASE® User shall be issued to the students, whose overall score based on all quizzes in the course and the test project is 75% or better.

 

What is Certified EASE® User?

This course is a “Certified Training by AFMG®”. This goes back to a long history of successful partnership and mutual trust between the trainer and AFMG Technologies GmbH. The student´s certification for this course is based on an assessment scheme, which consists of numerous quizzes after the course lectures plus a final test project. If a student finishes them successfully, the “Certified EASE® User” certificate will be issued by www.sistrum.eu.

 

Contact instructor with your questions and comments.

 

Course Curriculum


1. Fundamentals

1.1 Why is simulation?
1.2 What is simulation?
1.3 Process
1.4 Brief history
1.5 How is simulation?
1.6 Some definitions
1.7 Concept of virtual reality in the audio domain
1.8 Roadmap to virtual reality in the audio domain


2. Simulation Methods

2.1 Overview
2.2 Wave-based methods
2.3 Geometrical methods
2.4 Statistical methods
2.5 Accuracy-speed tradeoff


3. Geometrical Acoustics

3.1 Concept of sound particles
3.2 Geometrical acoustics methods
3.3 Ray tracing
3.4 Mirror image
3.5 Other methods
3.6 Hybrid methods


4. EASE Structure

4.1 Overview
4.2 Editor module
4.3 Database
4.4 Import-export module
4.5 Eyes module
4.6 Area mapping module
4.7 EASE Rays module
4.8 AURA module
4.9 EARS module
4.10 Probe


5. Building EASE Models

5.1 Elements

5.1.1 Vertex
5.1.2 Edge
5.1.3 Face
5.1.4 Audience area
5.1.5 Listener’s seat
5.1.6 Loudspeaker
5.1.7 Lamp
5.1.8 IR radiator

5.2 Modeling tools in EASE


6. Working Project 1

6.1 Objective
6.2 Modelling
6.3 Calculations
6.4 Assessment and conclusions


7. Import-Export of Models

7.1 Exchanging models in DXF-format
7.2 Exchanging models in SKP-format
7.3 Discussion


8. Working Project 2

8.1 Objective
8.2 Modeling
8.3 Calculations
8.4 Assessment and conclusions


9. Speaker Formats in EASE

9.1 SPK-format
9.2 DLL-format
9.3 GLL-format
9.4 Working with SpeakerLab


10. Working Project 3

10.1 Objective
10.2 Modeling
10.3 Calculations
10.4 Assessment and conclusions


11. Material Database in EASE

11.1 Limits of use
11.2 Alternatives


12. Working Project Number 4

12.1 Objective
12.2 Modeling
12.3 Calculations
12.4 Assessment and conclusions


13. Speech Transmission Index STI

13.1 Theory
13.2 EASE and design considerations
13.3 Simulation versus measurement


14. Working Project 5

14.1 Objective
14.2 Modeling
14.3 Calculations
14.4 Assessment and conclusions


15. Putting All Together

15.1 Working with EASE, a roadmap
15.2 Looking at the outcome
15.3 Reporting results

Instructor


Emad El-Saghir
Emad El-Saghir

Emad El-Saghir earned his Bachelor's degree in electronics and communications engineering in 1992 from Ain-Shams University in Cairo. After working in the Middle East for several years, he left to Germany and earned his Master's degree in Acoustics from Dresden University of Technology in 2003.

Emad possesses an experience of more than 20 years in the industries of room-, electro-acoustics and sound reinforcement systems. He has been participating over these years in numerous projects in the Middle East and Europe including, among others, performing arts venues, landmark worship houses, stadia, universities, airports and museums.

Between 2012 and 2018, Emad was a Senior Consultant with Berlin acoustical consulting office ADA. Earlier between 2003 and 2009, he headed ADA presence in the Middle East.

Since 2018, Emad is the Head of Applications with the German loudspeaker manufacturer HOLOPLOT.


This course is not open for enrollment.