Sustainable Built Environment (Doctoral Program) 2016/2017

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The information contained in these pages does not dispense consultation of official documents.

General

Academic degree:

ECTS:

180

Duration:

6 curricular semesters

Regime:

Daytime

Place:

Azurém Campus, Guimarães (UM)

Main Scientific area:

Sustainable Built Environment

Contacts

Course Director

Luís Manuel Bragança Miranda Lopes

braganca@civil.uminho.pt

510241

Academic Coordinator

Mobility Academic Coordinator

Rosa Maria Castro Fernandes Vasconcelos

rosa@det.uminho.pt

510292 /517178

School of Engineering

Campus de Azurém
4800-058 Guimarães

253510179; 253510160

253510178

cp@eng.uminho.pt

http://www.eng.uminho.pt

Access to higher education

The conclusion of this Doctoral degree allows the realization of research activity at post-doctoral level

Access

20

Vacancies

5

Minimum

Access forms

Access to this cycle of studies requires an application to the School of Engineering of the University of Minho.

This information does not replace consultation of the Regulation of the study cycle Leading to obtaining the degree of Doctor from the University of Minho and other documents.

Entry requirements

The minimum requirements for applying to International Doctorate in Sustainable Built Environment are as follows:
A Master Degree with a minimum grade of ?B?? in the ECTS grading scale (at least a score of 70%), from a field in the scope of the EMDiSBE programme. A fluent communication in English is required. Students from non-English speaking countries are required to have one of the following certificates: TOEFL certificate paper based (minimum score 525), TOEFL certificate internet based (minimum score 72), IELTS certificate (academic version, minimum score 6.5) or other recognized English language proficiency certificate.

Recommended requirements

Not applicable.

Application deadlines

School year 2016/2017
2nd Phase
From August 29 to September 4, 2016

3rd Phase
From January 2 to January 13, 2017

School year 2017/2018
1st Phase
From January 2 to January 13, 2017

Registration deadlines

According to the information provided by the Academic Services of the University of Minho

Aditional Information

Study Plan

When applicable, the elective curricular units available as well as the registration conditions and the number of vacancies will be indicated annually.

Regime	Curricular Unit	Scientific Area	ECTS
Year 1			60
A	Thesis Project	SAC	40
S1	Opção Avançada 1		5
	Advanced Building Energy Concepts	EC	5
	Biodegradation of Materials	EC	5
	Building Performance	EC	5
	Eco-efficient Construction Materials	EC	5
	Ecology and Sustainable of Construction	EC	5
	Energy and Comfort of Buildings	EC	5
	Gestão Ambiental Urbana		5
	Inspection and Diagnosis	EC	5
	Lide Cycle Assessment of Building Elements	EC	5
	Mathematic Modelling and Simulation of Building Performance	EC	5
	Multi-field and Multi-scale Modeling for Service Life of Structures	EC	5
	Neighbourhood Sustainability Performance	EC	5
	Optimization of Functional Building Quality	EC	5
	Outdoor Environment	EC	5
	Quality and Durability of Constructios	EC	5
	Social and Economic Sustainability	EC	5
	Sustainable Building Project Management	EC	5
	Sustainable Facility Management	EC	5
	Sustainable Retrofit of Buildings	EC	5
	Techniques for Computer Simulation of Heat and Moisture Transfer in Construction Elements	EC	5
S1	Opção Avançada 2		5
	Advanced Building Energy Concepts	EC	5
	Biodegradation of Materials	EC	5
	Building Performance	EC	5
	Eco-efficient Construction Materials	EC	5
	Ecology and Sustainable of Construction	EC	5
	Energy and Comfort of Buildings	EC	5
	Inspection and Diagnosis	EC	5
	Inteligent Systems	TSI	5
	Lide Cycle Assessment of Building Elements	EC	5
	Materials, Products and Systems for Sustainable Construction	EC	5
	Mathematic Modelling and Simulation of Building Performance	EC	5
	Multi-field and Multi-scale Modeling for Service Life of Structures	EC	5
	Neighbourhood Sustainability Performance	EC	5
	Optimization of Functional Building Quality	EC	5
	Outdoor Environment	EC	5
	Quality and Durability of Constructios	EC	5
	Social and Economic Sustainability	EC	5
	Sustainable Building Project Management	EC	5
	Sustainable Facility Management	EC	5
	Sustainable Retrofit of Buildings	EC	5
	Techniques for Computer Simulation of Heat and Moisture Transfer in Construction Elements	EC	5
S1	Opção Fundamental 1		5
	Innovation Management	ENG	5
	Lidership	ENG	5
	Project Management	ENG	5
	Quantitative and Qualitative Methods in Engineering	ENG	5
	Research Methods in Engineering	ENG	5
	Scholarly Communication	CTC	5
S1	Opção Fundamental 2		5
	Innovation Management	ENG	5
	Lidership	ENG	5
	Project Management	ENG	5
	Quantitative and Qualitative Methods in Engineering	ENG	5
	Research Methods in Engineering	ENG	5
	Scholarly Communication	CTC	5
Year 2			60
A	Thesis	SAC	50
S1	Opção Avançada 3		5
	Fibrous Reinforced Materials for Sustainable Construction Systems and Renovation Strategies	EC	5
	Integrated Design Process	EC	5
	Integrated Neighburhood Design	EC	5
	Management Systems for Construction Assets	EC	5
	Methods and Tools	EC	5
	Risk Assessment and Management	EC	5
	Sustainable Building Project Management	EC	5
	Sustainable Concrete Design	EC	5
	Sustainable Efficient Building Conception and Construction	EC	5
	Sustainable Facility Management	EC	5
	Sustainable Geotechnical Design	EC	5
	Sustainable Infrastructures Design, Conception and Cosntruction	EC	5
	Sustainable Masonry Design	EC	5
	Sustainable Steel Design	EC	5
	Sustainable Structures - Development, Conception and Validation	EC	5
	Sustainable Timber Design	EC	5
	Sustainable Transport Infrastructures	EC	5
	Technology Innovation of Constructions	EC	5
S1	Opção Avançada 4		5
	Fibrous Reinforced Materials for Sustainable Construction Systems and Renovation Strategies	EC	5
	Integrated Design Process	EC	5
	Integrated Neighburhood Design	EC	5
	Management Systems for Construction Assets	EC	5
	Methods and Tools	EC	5
	Risk Assessment and Management	EC	5
	Sustainable Building Project Management	EC	5
	Sustainable Concrete Design	EC	5
	Sustainable Efficient Building Conception and Construction	EC	5
	Sustainable Facility Management	EC	5
	Sustainable Geotechnical Design	EC	5
	Sustainable Infrastructures Design, Conception and Cosntruction	EC	5
	Sustainable Masonry Design	EC	5
	Sustainable Steel Design	EC	5
	Sustainable Structures - Development, Conception and Validation	EC	5
	Sustainable Timber Design	EC	5
	Sustainable Transport Infrastructures	EC	5
	Technology Innovation of Constructions	EC	5
Year 3			60
A	Thesis	SAC	60

Assessment/Accreditation

A3ES Accreditation status:

Accredited

Resolution publication date:

10-04-2013

A3ES deliberation:

http://www.a3es.pt/pt/resultados-acreditacao/sustentabilidade-do-ambiente-construido-0

Registry number at Ministry:

R/A-Cr 111/2013

Registry Date:

04-07-2013

Accreditation validity:

09-04-2019

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Sustainable Built Environment (Doctoral Program) 2016/2017 Back