Building Engineering information booklet master track

Transcription

1 Building Engineering information booklet mater track

2 Millenium bridge, London UK information booklet Building Engineering NB The official coure and examination regulation are alway deciive. Thee can be found at Legal Poition/ Regulation/TER/Civil Engineering and Geocience on

3 Preface 3 Thi booklet i publihed by the MSc Building Engineering track of the faculty of Civil Engineering of the Delft Univerity of Technology. The booklet i meant a a guiding document for (future) Mater tudent Building Engineering at thi faculty. With thi guiding document an overview i given of the poibilitie within the Mater variant. At the ame time it help the tudent to chooe coure and make a planning for the Mater phae. In addition to thi information booklet it i advied to viit the webite of Building Engineering: Thi webite publihe an overview of the coure and MSc thei project and, when applicable, adjutment in the curriculum. For actual information you are advied to enrol for the Mater Building Engineering community on Brightpace. On you can find more detailed information on coure. July 2017 Delft Univerity of Technology Cover image : Harpa, Reykjavik Flatiron building, New York

4 4 Content Introduction...5 Chapter 1: General information Building Engineering...7 Chapter 2: General programme for the Building Engineering Track...11 Chapter 3: Specialiation...17 Chapter 4: Graduation at Building Engineering...25 Chapter 5: Related intitution...30 Chapter 6: Ueful addree and telephone number...31 World Expo, Shanghai, China

5 Introduction 5 Building are an important part of human ociety. From the moment that human changed their lifetyle from nomadic to ettling, building have become a neceity; a neceity that ha been growing in complexity ever ince. Where the firt human being imply needed a roof over their head and relied on farm animal and fire to keep them warm, there the modern human require light, pace, climate control. Furthermore, modern man require a greater variety of building, churche to football temple, office to train tation, etc. Building with ever increaing complexity and ever increaing cale. Thi i where the Building Engineer come into play. The Building Engineer play a vital role in making a building work. The complexity of all the different function that a building fulfill need to be analyzed and controlled. With a broad background followed by a pecialiation, the Building Engineer can aume different role uch a tructural engineer, façade engineer, building manager, building ervice engineer, etc. Thi way the complexity of the project i brought back to the eential human need: comfort and protection. Thi booklet i a guide for tudent intereted or participating in the Building Engineering Mater variant. Chapter 1 give a hort introduction into Building Engineering background and an overview of future poibilitie. Chapter 2 i a practical chapter with information on the curriculum of the Building Engineering Mater variant. The two pecialiation within the Building Engineering track are dicued in Chapter 3, including curricular demand. The practicalitie urrounding the Mater thei, which conclude the Mater education, are found in Chapter 4. In Chapter 5 an important intitution related to the Building Engineering track at thi faculty i introduced: the tudent aociation U-bae. Chapter 6 conclude with ueful addree and telephone number. Delft Univerity of Technology

6 6 Information booklet Building Engineering

7 Chapter 1: General information Building Engineering The Dutch building indutry With 58 billion euro in 2015, approximately 10% of the gro national product, the turnover of the building indutry i clearly an important part of the Dutch economy. Yearly turnover of the Dutch building indutry in 2015: (ource: Verwachtingen bouwproductie en werkgelegenheid 2016, EIB) Houing 16 billion Utility building 15 billion Maintenance building 10 billion Civil tructure and external contracting 17 billion Total: 58 billion Building Engineering tudent will uually work in the field of utility building. The domain of (utility) building can be ubdivided into the following categorie: Relation with people: Office Hopital School Sport tadium Shopping centre etc. Relation with infratructure: Station Parking garage Airport Seaport Communication tower etc. Relation with procee: Indutrial building Clean room facilitie Power plant Wate proceing plant Aircraft hangar etc. Delft Univerity of Technology Left:Train tation, Libon Portugal Right: Muziekpalei, Utrecht

8 8 Information booklet Building Engineering 1.2 Role Building project are becoming increaingly complex both in function a in technology and proce. The reult i that an integral approach i deired more and more. The role of the Building Engineer in thi proce i focued on technology and proce, while the architect i motly focued on function and aethetic. However, to create a ucceful building it i neceary to continuouly ue an integral approach and conideration. 1.3 Working field Many of the Building Engineering graduate will tart working in the contruction indutry. There are different role that can be aumed by building engineer in different part of the building proce a well a in different type of companie. After graduation both national and international career opportunitie are available. Poible working field: Building contractor Real etate developer Intitutional invetor Architectural/ Engineering firm Conultancie -- Building Service firm -- Façade conultancie Contruction firm of large companie and intitution Engineering ervice government Reearch intitute (e.g. TNO) Educational intitute (e.g. TU Delft) Vodafone office, Libon Portugal

9 9 1.4 The Building Engineering Track: preparation for the working field The Mater of Science programme of Civil Engineering comprie the following eight track: Structural Engineering Building Engineering Hydraulic Engineering Water Management Tranport and Planning Coat and Marine Engineering and Management Geo-Engineering Geocience and remote ening Environmental engineering The MSc track Building Engineering provide a broad curriculum. Thi include all important apect throughout the entire building cycle, from initial planning through the phae of ue and onward to redevelopment and demolition. The focu i on the technical and tructural function of building. However, the principle of architectural deign are alo examined. After all, in practice civil engineer will often work together with architect. It i therefore important for you to be familiar with each other field of expertie. If for intance a building upporting tructure i viible then together with an architect a olution need to be found which i attractive in both tructural and architectural term. The main difference with the Mater track Structural Engineering lie in thi integral focu on tructure, where Structural Engineering focue more on material and mechanic. In order to make a ueful contribution to the deign of building, a building engineer mut have knowledge that include the following field: Structural olution Structural and building ervice engineering Material Building phyic Finihing technique Building organiation and management Building cot Thi knowledge i acquired in a two-year programme which i deigned to help you graduate a a highly expert engineer with a practical perpective. Following graduation your knowledge and experience will make you uited for a wide range of profeion. Delft Univerity of Technology

10 10 Information booklet Building Engineering

11 Chapter 2: General programme for the Building Engineering Track General programme Civil Engineering Mater The official document on regulation for exam and graduation give a general cheme applicable for all Mater track. Thi cheme i given in Figure 2.1. Thi i preented in a convenient arrangement in Figure 2.2. In the cheme it i viible that all track of the Civil Engineering Mater programme have one coure in common. Thi i the coure on ethic (WM0312CT), or it equivalent CIE4510. Then there i an obligatory part for all Building Engineering pecialiation, part b1. For Building Engineering i ha been tried to compoe a mix between a decent common bai with room for pecialiation. Therefore 5 coure are obligatory for all BE tudent. Thee coure can be found in Figure 2.2. Then there i an obligatory part dependent on which pecialiation i choen (part b2). Within the Building Engineering Mater Track two different pecialiation can be followed: Building Technology & Phyic Structural Deign The reaon for uing pecialiation in the Building Engineering track i to improve the tranparency within all poibilitie to chooe from. Furthermore it give an identity in relation with graduation and future poibilitie within the tudy programme which aid both tudent and external profeional. The layout of the pecialiation can be found in Chapter 3. In addition to the general program of Building Engineering and it pecialiation it i poible to acquire an annotation on Dynamic (ee Implementation regulation), Integral Deign & Management (contact: dr. van Nederveen), Technology in Sutainable Development (tudelft.nl/tido) or Entrepreneurhip (dce.tudelft.nl). Furthermore, annotation on Urban Planning & Engineering and The Infratructure Planning and Environmental Engineering are available. N.B. The program overview can alo be obtained from Delft Univerity of Technology Palazzo dello port, Rome Italy

12 12 Information booklet Building Engineering Article 3 The compoition 1. The tudy programme track are compiled in the following way: a. 4 credit: the ubject Philoophy, Technology Aement and Ethic for CT (WM0312CIE) or the ubject Clim. Change: Sc. & Ethic (CIE4510)... b. 56 credit: track-linked ubject belonging to the choen track. The track-linked ubject may be ubdivided into thoe that are general tracklinked ubject (the common compulory block) and thoe that belong to a pecialiation a tipulated in Article 5 to 12 or a free pecialiation. Track-linked credit, exceeding 56 credit, will be conidered a credit achieved for elective mentioned under c. c. 20 credit a follow: (Not for Building Engineering tudent, ee Article 6 ubection 1) * 20 credit elective. The tudent ha to chooe 10 credit offered in conjunction with the degree coure. For the other credit the tudent may chooe: - all ubject offered in conjunction with the degree coure, - all ubject offered in conjunction with other Mater degree coure at a Dutch univerity, or at an international univerity which TU Delft ha an exchange contract with. - the pecialiation ubject included in the lit keuzelijt pecialiatievakken a intended in Article 3 of the Implementation Regulation for the Bachelor degree coure in Civil Engineering at Delft Univerity of Technology, a far a they are conidered to be convergence ubject, - interfacultary Mater -level elective at Delft Univerity of Technology with a WM-code to a maximum of 6 credit. However, language and kill ubject are not allowed within the examination programme. Language and kill ubject can only be part of the extracurricular ection of the diploma upplement. Before any other ubject can be tudied the approval of the board of examiner i required. OR two of the poibilitie lited below: - 10 credit: Internhip (CIE ) or Multidiciplinary Project (CIE ) (chooe one out of two) - 10 credit: elective. What i determined above for the other elective i imilarly applicable credit: Additional Mater Thei Project (CIE ). The Additional Mater Thei Project may or may not be related to the Mater Thei Project mentioned under d but it may, in any cae, be eparately ditinguihed. d. 40 credit: a track-linked Mater Thei Project (CIE ). The Mater Thei Project conit of a final project, a thei, a ummary of the thei, a ummary of the thei and a final preentation. The project i ubject to a trict planning and time table; pecific date and deadline need to be et for the evaluation() and the final preentation of the project. The planning will be monitored by the graduation coordinator. Article 6 The Building Engineering track...in addition to the preented programme tudent mut meet the following requirement: - Contrary to Article 3 ubection 1c, if Building Engineering tudent chooe CT (Multidiciplinary Project), they mut follow AR0026 (Mega, 12 credit) in collaboration with the Architectural department. In addition, tudent are free to chooe for Internhip, Additional Thei and/or elective adding up to 20 credit. - Student who have finihed a bachelor tudy in Architecture or Indutrial Deign are allowed to take a coure from the elective lit intead of ID4010 Deign Theory and Methodology Figure 2.1: Draft layout of the Civil Engineering Mater Programme , from the Implementation Regulation MSc. CE.

13 credit coure [credit] period 13 a. 4 ECTS Compulary for all tudent WM0312CIE Ethic CIE4510 Climate Change: Science & Ethic p1 p2 p3 p4 b1. 20 ECTS Compulary for all BE area: CIE4202 Architectural Hitory of Building [4] CIE5981 Form of Collaboration in Civil Engineering [4] CIE4240 Forenic Structural Engineering [3] ID4010 Deign Theory and Methodology [3] CIE4220 Introduction to Building Phyic and Façade [6] b2. 36 ECTS Specialiation linked coure, ee Chapter 3 c. 20 ECTS Chooe two out of four below: c1. CIE Traineehip [10] c2. AR0026 MEGA [12] c2. Additional elective [10] c3. CIE Additional graduation work [10] d. 40 ECTS MSc Thei (pecialiation linked) 120 ECTS Legend recommended education period education period tart education Figure 2.2: The layout of the Building Engineering Mater Track Delft Univerity of Technology

14 14 Information booklet Building Engineering 2.2 Traineehip (c1) One of the optional ubject in the MSc programme i the internhip. The internhip lat for at leat 8 week and i awarded 10 ECTS a tandard. The aim i that in the coure of your internhip you become familiar with the technical, ocial and organiational apect of civil engineering a a practical profeion. All information can be found at the internhip office at room 2.73 of Civil Engineering or at their webite. 2.4 The multi-diciplinary project In the Building Engineering programme the multi diciplinary project i ubtituted by the inter-facultary project AR MEGA [12]. Therefore tudent can not opt for the fourth year Mater project (CIE ). 2.3 Enrollment coure at Faculty of Archticture For coure at the faculty of Architecture (AR-code) tudent hould regiter at Deadline are: - beginning of June for period 1 and 2 - beginning of December for period 3 and 4

15 AR MEGA (c2) Thi coure, that i organized in cloe cooperation between the facultie of Architecture and Civil Engineering, deal with the pecific management, architectural, economic and technical apect accumulated in a MEGA Building. Therefore tudent join mall multidiciplinary group and deign a complex building, for intance a high rie tructure. By invetigating the everal dicipline and by integrating them in a collective deign, tudent learn to work together in a group and learn to take and evaluate deciion to reach an optimated an integrated deign. The target i to produce a collective concept acting a a profeional multidiciplinary deign team. A realitic program, ituated on a plot will determine the deign target. During the coure, conultant of each dicipline upport the group. Furthermore, uually a well-known deigner i invited to give a lecture about hi or her own work in practice. In MEGA i given in period 4. For more information contact Karel Terwel, room 1.54 Stevin II. Delft Univerity of Technology Left: Footbridge, Maatricht Right: Winning deign of 2007: Ribbon

16 16 Information booklet Building Engineering

17 Chapter 3: Specialiation 17 Introduction A mentioned in Chapter 2, the Building Engineering Track ha 2 different pecialiation: Building Technology & Phyic Structural Deign Thee pecialiation will be dicued in thi chapter. Each pecialiation will be dealt with in three page. The firt page dicue the goal of the pecialiation and the econd page give the coure chedule. In the coure chedule the pecialiation-linked coure are tated. Delft Univerity of Technology Mercede Benz Mueum, Stuttgart Germany

18 18 Information booklet Building Engineering 3.1 Building Technology & Phyic Even more than the load-bearing tructure, the appearance and the interior climate define the way uer enjoy the building. In the pecialiation Building Technology & Phyic you will gain inight in all technique that contribute to thi. Building Technology allow an engineer to tranlate the wihe of the architect into reality. Thi mean determining which material will be ued for the finihing of the building and alo enuring that a utainable building i contructed. You need to know about building component, material propertie, building phyic, maintenance propertie and the repairability of material and of technical intallation in building. Since the façade i one of the mot technically demanding and challenging component of a building, the emphai for a building technologit lie on façade deign and contruction. Building Phyic i the cience of deigning high performance building that are durable, comfortable, energy efficient, affordable and healthy. To avoid or olve many building problem, a unique mix of heat and ma tranfer phyic, acoutic, material cience, contruction technology, human phyiology, and engineering analyi and deign mut be applied.

19 Specialiation: Building Technology & Phyic 19 credit coure [credit] period b2. 25 ECTS pecialiation linked coure. AR0531 Innovation and Sutainability [6] AR0115 Technoledge Façade Deign [6] CIE4225 Advanced and Applied Building Phyic [6] CIE5100 Repair and Maintenance of Contruction Material [4] CIE5131 Fire Safety Deign [3] p1 p2 p3 p4 11 ECTS free elective Legend recommended education period education period tart education Delft Univerity of Technology

20 20 Information booklet Building Engineering Program Building Technology & Phyic Sem. 1t period 2nd period 1 Semeter 1.1 CIE4202 Architectural Hitory of Building [4 ECTS] CIE4240 Forenic Structural Engineering [3 ECTS] AR0531 Innovation and utainability [3 ECTS] CIE5981 Form of Collaboration [4 ECTS] Semeter 1.2 CIE4220 Intr. Building Ph. and Façade [6 ECTS] CIE5100 Repair & Maintenance [4 ECTS] ID4010 Deign Theory and Methodology [3 ECTS] AR0531 Innovation and utainability [3 ECTS] 2 Semeter 2.1 AR0115 Technoledge Façade Deign [6 ECTS] CIE4225 Adv & Applied Building Phyic [6 ECTS] Free elective [2 ECTS] Semeter 2.2 WM0312CT Ethic [4 ECTS]* AR0026 MEGA [12 ECTS] 3 Semeter 3.1 Elective [15 ECTS] 4 Semeter 4.1 Final Thei [15 ECTS] Semeter 3.2 Start Final Thei [10 ECTS] CIE5131 Fire Safety Deign [3 ECTS] Elective [2 ECTS] Semeter 4.2 Final Thei [15 ECTS] * or CIE4510 Climate change: cience and ethic in p2 [4 ECTS]

21 Specialiation: Structural Deign Structural Deign The deign phae of building involve not only tructural expert and architect but, increaingly, tructural deigner a well. Thee deigning engineer act a a bridge between architect and the tructural expert who focu on verification of tandard, dimenioning and detailing. The Structural Deign pecialiation ha been created in repone to thi development. The main difference with the mater track Structural Engineering lie in thi integral focu on tructure, where Structural Engineering focue more on material and mechanic. Building Engineering ha a broader approach, integrating different dicipline uch a building ervice, architecture, etc. For Structural Engineering the approach i more elementary on the principle of mechanic and knowledge of material. Delft Univerity of Technology

22 22 Information booklet Building Engineering credit coure [credit] period b2. 29 ECTS pecialiation linked coure. CIE4115 Steel Structure 2 [4] CIE4190 Analyi of Slender Structure [4] CIE Structural Mechanic 4 [4] CIE3150 Concrete Structure 2 [4] CIE Structural Deign, Special Structure [5] CIE4281 Building Structure 2 [4] chooe one out of two below: CIE4110 Timber and Timber Structure 1 [4] CIE4285 Structural Gla [3] p1 p2 p3 p4 if one or more of the coure above ha been done in BSc, they can be replaced by: CIE4121 Steel Structure 3 [4] CIE4125 Structural Deign - Cae Steel, Timber or FRP [3] CIE4140 Structural Dynamic [4] CIE4160 Pretreed Concrete [4] CIE4170 Contruction Technology for CE Structure [4] CIE5124 Timber and Timber Structure 2 [4] CIE5131 Fire Safety Deign [3] CIE4362 Soil Structure Interaction [3] CIE4363 Foundation and Deep Excavation [4] CIE5125 Steel Bridge [4] CIE5127 Concrete Bridge [4] CIE5148 Computational modelling of tructure [4] CIE5260 Structural Repone to earthquake 7 or 8 ECTS free elective from one of the above coure.

23 Specialiation: Structural Deign 23 Program Structural Deign Sem. 1t period 2nd period 1 Semeter 1.1 CIE4202 Architectural Hitory of Building [4 ECTS] CIE4240 Forenic Structural Engineering [3 ECTS] CIE4190 Analyi of Slender Structure [4 ECTS] CIE5981 Form of Collaboration [4 ECTS] 2 Semeter 2.1 CIE Structural Mechanic 4 [4 ECTS] CIE3150 Concrete Structure 2 [4 ECTS] CIE Structural Deign, Special Structure [5 ECTS] CIE4285 Structural gla* [3 ECTS] 3 Semeter 3.1 Timber tructure [4 ECTS]* CIE4115 Steel Structure 2 [4 ECTS] Free elective [7 ECTS] 4 Semeter 4.2 Final Thei [15 ECTS] Semeter 1.2 CIE4220 Intr. Building Ph. and Façade [6 ECTS] CIE4281 Building tructure 2 [4 ECTS] ID4010 Deign Theory and Meth [3 ECTS] Elective [1 ECTS] Semeter 2.2 WM0312CT Ethic [4 ECTS]** AR0026 MEGA [12 ECTS] Semeter 3.2 Start Final Thei [10 ECTS] Elective [5 ECTS] Semeter 4.2 Final Thei [15 ECTS] * Timber tructure 1 or Structural gla ha to be choen ** or CIE4510 Climate change: cience and ethic in p2 [4 ECTS] Delft Univerity of Technology

24 24 Information booklet Building Engineering

25 Chapter 4: Graduation at Building Engineering 25 Introduction The Mater thei finalie the Mater tudy at the univerity. During the graduation period not only the graduation work itelf i important, but alo the organiation of the graduation a a whole. The organiation of the Mater thei i conidered an important part of the graduation and i the ole reponibility of the tudent. Thi chapter trie to give an overview of all the tep that need to be taken within the graduation period. The buildup of the chapter i related to the graduation cheme hown in Figure 4.1. In addition, tudent are advied to conult the CIE-0 form, which provide information on the graduation procedure (tudenten.tudelft.nl) Chairman Graduation Committee Chair of Building Engineering i prof. Nije. Student Building Engineering, in earch for a graduation chair, can conider, in addition to prof. Nije, any other CitG profeor a chairman of their graduation commitee. Prof. van de Dobbelteen, Buy and Lucuere (Faculty of Architecture) are allowed to be chairman of tudent in the pecialiation Building technology and phyic. Delft Univerity of Technology Left: Ciutat de le cience, Valencia Spain Right: Uitkijktoren, Schovenhort

26 26 Information booklet Building Engineering Within four week: approval Mater Thei project Output TU Delft Fill our form: Application Start MSc. Thei (CIE-1) and hand in at the faculty Service Point (SSC O&S) Meeting graduation coordinator about ubject, proce and Mater Examination Programme Meeting profeor about ubject and graduation committee Contact graduation coordinator for permiion when graduating at a company Working on Mater Thei and finihing coure Fill out form: Mater Examination Programme (CIE-2) and hand in to coordinator When applicable: end change in Mater Examination Programme (CIE-2a) to coordinator Hand in Application Form MSc. Degree (CIE-3) at SSC O&S Hand in Final Report (5 day prior to graduation preentation) When applicable: hand in Withdraw Form (CIE-4) at SSC O&S when not finihed Final Preentation with Diploma Ceremony Deregiter from tudylink in the month of graduation Completed: - BSc. Exam - 65 ECTS mater - Subidiary Program (HBO-chakelprogramma) Timeline At the latet 20 working day prior to the graduation preentation Completed: ECTS in MSc. according to pecialiation Figure 4.1: Flow chart for graduation at Building Engineering (ee alo form: CIE-0)

27 Start of the Mater thei project The firt tep in tarting on the final project i to viit the graduation coordinator. For Building Engineering thi i Karel Terwel, r Stevin II. Together the official part of the graduation will be et-up, thi i the left hand column in Figure 4.1. One can tart the MSc thei a oon a the BSc and 65 ECTS in the MSc. are completed. Finding a ubject At the ame time a graduation ubject need to be found. Some inpiration can be found in the building engineering community at Brightpace. It i a good idea to dicu thi with a number of teacher and profeor, where own input i very much appreciated. The graduation ubject need to be approved in concordance with the graduation profeor. A graduation ubject at Building Engineering can be: Reearch focued Deign focued In practice a combination of the two i mot common. To help the tudent to find a graduation ubject it i alo advied to look at previou ubject at repoitory.tudelft. nl. Other important reource are PhD. tudent, fellow tudent. When earching for a ubject take into account your interet, trength and weaknee and idea about a future career. Graduation project at company Companie alo often have intereting challenge for graduating tudent. In thee cae it i common to have a peron from the company to take place in the graduation committee. Graduating at a company and the appointment of an external graduation committee member ha to be approved by the graduation coordinator on behalf of the board of examination. If you are intereted in thi, pleae contact K.C. Terwel on thi. Graduation committee The chairman of the graduation committee i the graduation profeor or a member from cientific taff (Aitant or aociate profeor) from CiTG. The committee itelf depend completely on the ubject, but mut conit of at leat three peron from the Delft Univerity. One of thee three peron ha to be from outide the Building Engineering department. Furthermore, one or two member from outide the univerity can be added. The compoition of the committee i a combined tak of the graduation profeor and the tudent. Delft Univerity of Technology

28 28 Information booklet Building Engineering Cooperation It may be intereting to cooperate in one of the reearch field (of the PhD tudent) of Building Engineering: SAFE - Structural deign and afety/ Forenic Engineering SMART - Structural gla - Free form concrete and High rie in prefab concrete - Computational deign (BEMnext) SUSTAINABLE - Reue of exiting building Form All form mentioned in Figure 4.1 can be found on the faculty webite (tudenten.tudelft.nl, go to CiTG, Form) and at the Service Point of the faculty. The following form are available: - CIE-0: Procedure Graduation - CIE-1: Application Start MSc. Thei - CIE-2: Mater Examination Programme - CIE-2a: Mater Examination Programme-aement committee (ue only to inform about change in CIE-2) - CIE-3: Application Form MSc Degree - CIE-4: Withdraw Form (if applicable) 4.2 Coure of the graduation project The Start Meeting i the firt official meeting of the complete graduation committee. At thi meeting the tudent preent a detailed work plan for the entire project. The work plan i a reult of preliminary reearch by the tudent into the choen ubject and i put down in concordance with the graduation profeor. Typically, the Start Meeting i followed by two Interim Meeting to monitor the progre of the project. The time between the meeting i approximately 2/3 month. Additional meeting can be et up when neceary. Obviouly there i regular contact with individual committee member between meeting, for intance once per 2 week. At the Final Meeting a green light i given to proceed to finihing the project. The date for the Final Preentation i et here a well. The Judgement Meeting take place directly before the Final Preentation. At thi meeting the tudent i abent and the committee will judge the project a a whole. After the following Final Preentation the final mark i etablihed.

29 Finalizing the Mater Thei In order to graduate a number of apect need to be taken into account. Firt, there i a number of deliverable and econd, the official judgement criteria that are ued by the graduation committee. Deliverable The following deliverable are obligatory: Hard copy of the final report for each committee member A4 announcement/ invitation for preentation Upload full report to repoitory* in.doc or.pdf format Judgement criteria The Mater Thei i judged on the following 5 apect: 1. Scientific Approach (25%) Theoretical profundity State of the art decription and literature tudy Scientific argumentation (hypothei teting) Quality of experimental work or deign Creativity: new idea 2. Quality of reult/product (25%) Scientfic reflection and judgement Utiliation of reult/product Extenion/generation of method Quality of abtract Amount of work 3. Behavioral competencie (20%) Initiative and/or own contribution Reponibility Communicative kill Independency 4. Quality of written preentation (15%) Structure and conitency Acknowledgement of ource/quotation Englih proficiency 5. Quality of oral preentation and defence (15%) Speaker quality Clarity and tructure of preentation Quality of preentation material Anwering of quetion *) For more information on thi, ee the building engineering webite or contact mr. van der Schaaf at Stevin II 1.52 Delft Univerity of Technology

30 Chapter 5: Related intitution U-BASE Aociation U-BASE aociation i the tudent aociation of Building Engineering and Structural Engineering. The main objective of the U-BASE i to introduce tudent to the buine environment of civil engineering and the building and tructural engineering practice in particular. To achieve thi, we create and timulate relation between tudent, the univerity and the building indutry by organizing everal activitie: Excurion to companie and intereting building project everal time a year; Study tour abroad once a year: the lat few year the U-dipuut viited Mocow & St Peterburg, Shang Hai, New York, Hong Kong, Chicago, Tokyo and Singapore; Sympoia, workhop and guet lecture; By publihing a magazine the U-profiel. For more information on the U-BASE viit u for a cup of coffee at room 1.35 Stevin II or go to:

31 Chapter 6: Ueful addree and telephone number 31 Contact Building Engineering Telephone Room Profeor (only on Friday) Prof. Ir. R. Nije Stevin II 1.36 Graduation coordinator Structural Deign and Building Technology & Phyic dr. ir. K.C. Terwel +31 (0) Stevin II 1.54 Internhip coordinator BE and SE ir. L.J.M. Houben +31 (0) Stevin II 2.27 Internhip office +31 (0) HG 2.73 Secretary Mr. J.M. van der Schaaf +31 (0) Stevin II 1.52 U-BASE +31 (0) Stevin II 1.35 General webite: be.citg.tudelft.nl Delft Univerity of Technology Skyline of Pudong area in Shanghai 2011

32 Building Engineering Faculty of Civil Engineering and Geocience Delft Univerity of Technology Stevinweg CN Delft The Netherland