Module 1 QU2020 FINAL

Qatar University Civil Engineering Department Summer Training Course 2020.

About the Instructor Dr Sherif Hashem BSc, MSc, PhD, PMP, Eur-Ing Civil Engineer Over 30 years of academic and practical experience . Extensive Design-Build experience dating back to 1995. PMI Subject Matter Expert and co-author of PMI Project, Program and Portfolio Management global standards and member of DBIA. Published numerous articles and papers on design-build and on project management at large. Author of the iconic book ‘The Power of Design-Build’ NY/USA – check my LinkedIn account. Contact details: Email sherif.hashem@ceg-Qatar.com or through WhatsApp Happy to answer your questions and know about you..

Textbook The Power of Design-Build: A Guide to Effective Design-Build Project Delivery Using the SAFEDB-Methodology. Author: Dr Sherif Hashem. Publisher: Business Expert Press, USA in 2014. Print ISBN: 9781606497708; E-book ISBN: 9781606497715. Available at www.businessexpertpress.com and bookstores worldwide. Book serves as the primary reference and studying material. Supplementary study materials and recommended readings will be provided to you when and as needed during the course..

Introduction Course Description. abstract. “Methods of education shall change as our newly established country grows.” George Washington 1732-1799.

About this Course The Design-Build Project Delivery Approach This course is designed to provide you with a range of applied knowledge, skills and best practices needed to manage design-build construction projects both effectively and efficiently. It also introduces the innovative SAFEDB-Methodology which aims to redefine design-build in modern terms for modern times. Course lasts 15 weeks and consists of 12 Modules. Each Module has its own learning objectives, assigned readings, homework assignment, and a quiz..

Learning Objectives. . Twelve (12) key learning objectives have been set. By completing this course, students should be able to demonstrate the ability to:.

Course Organization C ourse consists of 12 Modules Each M odule targets one of the 12 course learning objectives Modules 1 to 7 focus on the Design-Build process at large Modules 8 to 12 focus on the SAFEDB-Methodology One Module per week, i.e. Modules delivered over Weeks 1 to 12 Weeks 13 and 14 are dedicated to course review and exam preparation Week 15 Final Exam.

Module # Topic/Subtopics Assignments/Quizzes/Reference from Textbook Module 1 (Week 1) Introduction and Historical Review Introduction Course outline and objectives DB history and evolution; revival of master builders The current state of Design-Build Module 1 Homework Quiz 1 Textbook Chapter 1_1.1-1.2 Module 2 (Week 2) Design-Build Versus other Project Delivery Approaches The Design-Build approach Comparison with other project delivery approaches Roles of owners, contractors and designers in DB The power of design-build Module 2 Homework Quiz 2 Textbook Chapter 1_1.3-1.8 Module 3 (Week 3) Project Management in Design-Build Projects – part 1 Project management definition The project management framework and lifecycle Using the PMI PMBOK ® Guide in DB projects Module 3 Homework Quiz 3 Textbook Chapter 2_2.1-2.3.

Module 4 (Week 4) Project Management in Design-Build Projects – part 2 Project management team setup in DB projects Attributes of the effective DB Project Manager Aligning projects with strategic objectives Module 4 Homework Quiz 4 Textbook Chapter 2_2.4-2.7 Module 5 (Week 5) Design-Build Contracts and Legal Aspects DB Teaming Agreement DB Contract Forms and Provisions DB Insurance and Bonding DB Legal Issues Module 5 Homework Quiz 5 Supplemental study material provided Module 6 (Week 6) Design-Build Best Practices and Success Strategies – pre award Choosing the right DB Partner Making the RFP Go or No-Go Decision Preparation of the DB RFP documentation Winning the DB tender competition Module 6 Homework Quiz 6 Textbook Chapter 3_3.1.

Module 7 (Week 7) Design-Build Best Practices and Success Strategies – post award Mobilizing and developing the DB team Planning and scheduling design and construction works Controlled delivery of the design-build project Risk management in the DB environment DB SMART key performance indicators Module 7 Homework Quiz 7 Textbook Chapter 3_3.2 Module 8 (Week 8) About the SAFEDB-Methodology Introduction Methodology Motivation Methodology Fundamental Hypothesis Overview of the Methodology Components Methodology industry appreciation Module 8 Homework Quiz 8 Textbook Chapter 4 Module 9 (Week 9) The First SAFEDB-Methodology Component: Develop and Select the Best Design-Build Solution The Axiomatic Design theory FMC Step 1: Define the DB System Domains FMC Step 2: Select the best overall design build solution FMC Step 3: Progressive elaboration of solution details Module 9 Homework Quiz 9 Textbook Chapter 5.

Module 10 (Week 10) The Second SAFEDB-Methodology Component: Fast-track Design-Build Activities The Concurrent Engineering theory SMC Step 1: Identify schedule critical path (CPM) SMC Step 2: Define activities fast-tracking parameters SMC Step 3: Apply DB overlapping strategy Module 1 0 Homework Quiz 1 0 Textbook Chapter 6 Module 11 (Week 11) The Third SAFEDB-Methodology Component: Control Work Progress and Get the Most Effective DB Schedule The GERT theory TMC Step 1: Identify potential branches and loops TMC Step 2: Apply GERT branches and loops TMC Step 3: Incorporate branches and loops into CPM Module 1 1 Homework Quiz 1 1 Textbook Chapter 7 Module 12 (Week12) Application of the SAFEDB-Methodology Application patterns and guidelines Full-scale application example – a water dam project Module 1 2 Homework Quiz 1 2 Textbook Chapters 8 and 9.

Recap and Review (Weeks 13 and 14) Course Review and Exam Preparation Recap on Modules 1-7 Recap on Modules 8-12 Exam Format and Specification Design-build code of ethics and professional conduct All Modules Final Exam (Week 15) Final Exam Final Exam - 100 multiple-choice questions Final Exam Date TBA.

Instructor’s Expectations. . Students are expected to:.

Course Grading System Grading : Quizzes 10% Homework 30% Final Exam 60% Grading Scale: Letter Score A 90-100% B 80-89% C 70-79% D 60-69% F < 60%.

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What is Design-Build? According to the Design-Build Institute of America www.dbia.org (DBIA, 1993): Design–build is a method of project delivery in which a single design–build entity works under a single contract with the project Owner to provide design and construction services. Also known as Turnkey, EPC and design-and-construct..

The Owner. Design Consultant. Detailed Design/RFP.

The Owner. Bridging Consultant. Module 2 Section `2.

Concept Design. Bid. Award. Detailed Design. Design-Build Time Saving Advantage.

Design-Build History Revival of the Master B uilders.

Historical Facts. . Design-build is a modern term developed by DBIA in 1993..

The Master Builders. . Master Builders led the scene in the construction industry along the past 5000 years of recorded human history, until the 15th century AD.

The Master Builders (continued). . Famous ancient Master Builders include:.

Master-Builder IMHOTEP. . Imhotep (c. 2650–2600 BC), served under Third Dynasty King Dzoser, Egypt.

Master-Builder BRUNELLESCHI. . Filippo Brunelleschi (1377–1446), the 15th century Renaissance architect, Italy.

Split-up of Design and Construction. Artist/Architect Leon Battista ALBERTI.

Master-Builder J A ROEBLING. The First Return of Master Builders- 19th Century.

History. Design-Builder SKANSKA The Second Return of Design-Build - 20 th /21 st Century SKANSKA is a multinational construction company based in Sweden SKANSKA has led a consortium to design and build the 12km Øresund Bridge linking Sweden to Denmark across the Øresund strait. The link included 8 km bridge with navigable clearance of 57 m, a cable-stayed main span of 490 m, an artificial island, and a 4 km underwater tunnel (1995-2000 AD). Project was designed to satisfy certain key employer/functional requirements including allowing a clear channel for ships, navigable clearance for the bridge part, preventing icebergs, avoiding interference with air traffic, protection of marine environment, and a minimum operational life span of 100 years. Project was completed 3-6 months ahead of schedule , and provided one of the most remarkable well documented modern-age design-build glories. The Second Return of Design-Build was also marked by establishing the Design-Build Institute of America DBIA in 1993..

Egypt 2650-2600 BC. Europe 15 th Century. USA 19 th Century.

The Current State of Design-Build In the USA and Worldwide.

Design-Build Today. The Current State of DB in the USA and Worldwide.

Design-Build Statistics Reported by Reed Construction Data Market Intelligence on the USA Construction Market and Published by DBIA in 2011 Design-Build is growing steadily in the USA since 2005 Sector-wise: Design-Build accounts for the following market shares 40% + of all commercial construction projects e.g. office buildings and public parking garages, and medical facilities e.g. hospitals , clinics and nursing homes. 80% + of all military construction projects such as housing and office buildings. Size-wise: Design-Build growth is dominated by large size projects 50% + of the construction projects of $ 10 million value o r more Many traditional projects include performance based portions; i.e. Design-Build. The following slides provide snap shots of the said report:.

Project Delivery Method Market Share for Non-Residential Construction Reported by Reed Construction Data Market Intelligence on the USA Construction Market and Published by DBIA in 2011.

Design-Build Project Delivery Method Market Size for Non-Residential Construction Reported by Reed Construction Data Market Intelligence on the USA Construction Market and Published by DBIA in 2011.

USA States Expanding Design-Build Authority in 2011-2012 Reported by Capital Project Strategies. Design-Build Done Right, Design-Build Done Wrong. What Lessons Have We Learned? Michael C. Loulakis. DBIA 2012 VTCA Spring Transportation Construction Conference..

External References and Recommended Readings Resources Available Online http:// en.wikipedia.org/wiki/Filippo_Brunelleschi http:// en.wikipedia.org/wiki/Leon_Battista_Alberti http:// en.wikipedia.org/wiki/Code_of_Hammurabi#Law http://www.designbuilddoneright.com/research-finds-continued-growth-of-design-build-throughout-united-states / http://brianholihan.com/ancient-egypt/facts-about-djosers-step-pyramid-at-saqqara-egypt-part-two / http:// ngm.nationalgeographic.com/2014/02/il-duomo/mueller-text http://en.wikipedia.org/wiki/% C3%98resund_Bridge http:// mth.com/Projects/SteelBridges/TheOresundBridge.aspx http:// en.wikipedia.org/wiki/Brooklyn_Bridge http://en.wikipedia.org/wiki/John_A._ Roebling http:// skanska-sustainability-case-studies.com/Case-Studies/Oresund-Bridge-Sweden-and-Denmark.html?print=1&amp;tmpl=component http:// www.dbia.org/resource-center/Pages/Report-by-RCD-RSMeans-Market-Intelligence.aspx.

“The world is yet to see the actual power of design-build as the ancient process revives and matures in modern times” Dr Sherif Hashem 2014.

End of Module 1 Complete Workbook Solve Quiz Complete and Submit Homework Assignment Thank you!.