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M. Eng. Wood Technology / Holztechnik - Hochschule für Architektur ...

M. Eng. Wood Technology / Holztechnik - Hochschule für Architektur ...

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Master <strong>Wood</strong> <strong>Technology</strong><br />

Module Catalogue / Modulhandbuch<br />

Module MF 34 – Redevelopment of Structures, Status Reports and Retrofitting<br />

Module coordinator<br />

Modulverantwortlicher<br />

Lecturers/tutors<br />

Referenten<br />

Location / term<br />

Durchführung des Moduls<br />

Credit Points (ECTS) 5<br />

Number of lectures<br />

Anzahl der Vorlesungen<br />

Total workload<br />

Distribution of the hours<br />

Gesamtworkload<br />

Aufteilung der Stunden<br />

Pre-requisites for the module<br />

Modulvoraussetzungen<br />

Learning objectives<br />

Lernziele<br />

Contents<br />

Inhalt<br />

Andreas Müller<br />

Tel.: +41 (0)32 34 40 319<br />

Email: Andreas.Mueller@bfh.ch<br />

Andreas Müller<br />

at the BFH-AHB in Biel/Bienne, Switzerland, summer term/winter term<br />

The module is organised as a written module paper.<br />

In case the number of participants is sufficient, the module can be offered as<br />

a course:<br />

2 contact hours/week lecture,<br />

1 hour/week tutorials or presentations<br />

150 hours<br />

In the event that the module is offered as a course, the hours are broken<br />

down as follows:<br />

� 30 contact hours<br />

� 30 hours preparation and follow-up work at home, exam preparation<br />

� 90 hours supervised self-directed study<br />

Admission to Master Degree Course in <strong>Wood</strong> <strong>Technology</strong><br />

� knowledge of the relevant standards/norms and ability to interpret<br />

the relevant regulations<br />

� overview of existing building structures<br />

� knowledge of types of damage and damage symptoms, damaging<br />

influences and damage mechanisms for common constructions and<br />

construction materials<br />

� knowledge of inspection methods (destructive and non destructive)<br />

and their application for common constructions and construction<br />

materials<br />

� knowledge of maintenance procedures<br />

� knowledge of the principles and procedures for inspection<br />

� knowledge of repair and reinforcement procedures<br />

� competent choice of the inspection method, interpretation and<br />

assessment of the results<br />

� competent status report and assessment<br />

� ability to recommend and plan measures<br />

This module will give the students the basic methods and procedures for<br />

maintaining buildings. On the basis of the relevant standards/norms and<br />

regulations, the students will learn the methodology and specialities with the<br />

aid of case studies of specific types of construction:<br />

� relevant standards/norms and regulations<br />

� overview of existing building structures<br />

� types of damage and damage symptoms, damaging influences and<br />

damage mechanisms for common constructions and construction<br />

materials<br />

� inspection methods (destructive and non destructive) and their<br />

application<br />

� maintenance procedures<br />

� principles and procedures for inspection<br />

Seite 42

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