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- 3. Course Syllabus Part 1: Course Information Instructor Information Instructor: Hiruy Girma Office: Staff Room Office Hours: Wednesday 11:30 AM – 12:30 PM & 4:30 PM – 5:30 PM E-mail: hiruygirma326@gmail.com
- 4. Course Syllabus Part 1: Course Information Course Outline Course Title: Construction Management Course Code: Arch 5591 Credit Hours: 3 Contact Hours: 3hrs Lab Hours: 0 Prerequisite: None Course Category: Building Con. & Techniques
- 5. Course Syllabus Part 1: Course Information Course Description
- 6. Course Syllabus Part 1: Course Information Course Objective
- 7. Course Syllabus Part 1: Course Information Textbooks and Course Materials
- 8. Course Syllabus Part 2: Topic Outline/Schedule
- 9. Course Syllabus Part 3: Grading Policy Points Description 10 Pop quizzes 10 Individual Assignments 20 Group Project 20 Mid-term exam 40 Final exam 100 Total Points Possible
- 10. Course Syllabus Part 4: Course Policies Attend Class Complete Assignments
- 11. INTRODUCTION TO CONSTRUCTION MANAGEMENT AND ARCHITECTURAL PRACTICE Overview Of The Construction Industry 01
- 12. INTRODUCTION TO CONSTRUCTION MANAGEMENT AND ARCHITECTURAL PRACTICE Overview Of The Construction Industry 01 Architect’s Role In Construction Projects 02 Project Lifecycle And Delivery Methods 03
- 13. INTRODUCTION TO CONSTRUCTION MANAGEMENT AND ARCHITECTURAL PRACTICE Overview Of The Construction Industry 01 Architect’s Role In Construction Projects 02 Project Lifecycle And Delivery Methods 03 Architectural Practice Competencies 04
- 14. INTRODUCTION TO CONSTRUCTION MANAGEMENT AND ARCHITECTURAL PRACTICE Overview Of The Construction Industry 01 Architect’s Role In Construction Projects 02 Project Lifecycle And Delivery Methods 03 Architectural Practice Competencies 04 Emerging Technologies In Construction 05
- 15. Overview of The Construction Industry TYPES OF CONSTRUCTION PROJECTS • Residential Construction Single family detached homes Multifamily housing Prefab, modular, kit homes Accessory Dwelling Units (ADUs) • Commercial Construction Office towers Retail – Shopping malls, big box stores, boutique retail Hotels and resorts Mixed use spaces
- 16. Overview of The Construction Industry TYPES OF CONSTRUCTION PROJECTS • Institutional Construction Community infrastructure: Schools Hospitals and Medical office buildings Museums Churches, courthouses, cultural centers Sports stadiums and arenas • Industrial Construction Manufacturing plants Warehouses and distribution centers Data centers Mixed use spaces
- 17. Overview of The Construction Industry TYPES OF CONSTRUCTION PROJECTS • Infrastructure Construction Transportation Roads Highways Railways Bridges Airports Water infrastructure Supply, treatment and distribution systems Wastewater management plants Energy infrastructure Power generation station, transmission grid
- 18. Overview of The Construction Industry ECONOMIC IMPACT Globally • Generates over $10 trillion in annual spending Largest construction markets: China, USA & India • Accounts for 13% of total GDP • Provides over 7% of jobs In Ethiopia • Accounts for 4.4% of total GDP • Employees around 1.3 M people During economic downturns, infrastructure spending by governments is often used to stimulate the economy and create jobs.
- 19. Overview of The Construction Industry INDUSTRY STAKEHOLDERS • Owners • Architects • Engineers • Contractors • Suppliers • Government Entities • Local Community
- 20. Architect’s Role DESIGN INFLUENCE ON CONSTRUCTABILITY • Building forms and layouts
- 21. Burj Khalifa (Dubai, UAE) Architect: Adrian Smith
- 22. Sydney Opera House (Sydney, Australia) Architect: Peter Hall and Jorn Utzon
- 23. Heydar Aliyev Center (Baku, Azerbaijan) Architect: Zaha Hadid
- 24. Guggenheim Museum (Bilbao, Spain) Architect: Frank Gehry
- 25. Walt Disney Concert Hall (Los Angeles, USA)
- 26. Crystal Cathedral (California, USA) Architect: Philip Johnson
- 27. Milwaukee Art Museum (Wisconsin, USA) Architect: Santiago Calatrava
- 29. Architect’s Role DESIGN INFLUENCE ON CONSTRUCTABILITY • Building forms and layouts • Structural systems selection • Building envelope characteristics • Material selection
- 30. Architect’s Role DESIGN INFLUENCE ON CONSTRUCTABILITY • Building forms and layouts • Structural systems selection • Building envelope characteristics • Material selection Construction Drawings and Specifications • Site plans • Floor plans • Building & Wall sections • Elevations & interiors • Reflected ceiling plans • Technical specifications
- 31. Architect’s Role Bid Process and Procurement • Prepare the bid document • Reviewing qualifications of interested contractors • Providing clarifications to bidders on design intent & contract documents • Assessing suitability of proposed material brands • Researching material costs • Balancing cost control with quality objectives and risk mitigation • Ensuring the awarded agreements fulfil design requirements
- 32. Architect’s Role Bid Process and Procurement • Prepare the bid document • Reviewing qualifications of interested contractors • Providing clarifications to bidders on design intent & contract documents • Assessing suitability of proposed material brands • Researching material costs • Balancing cost control with quality objectives and risk mitigation • Ensuring the awarded agreements fulfil design requirements Construction Submittals and RFIs • Meticulous checking of contractor plans, product data sheets, material/finishes samples for conformance with contract documents • Issuing prompt and clear replies to submittals and RFIs to prevent delays
- 33. Architect’s Role Site Observation and Progress Inspection • Verifying in-place work matches approved plans, submittals, and specifications for quality and completeness • Spot checking dimensional accuracy, reviewing structural rebar spacing and connections, formwork, HVAC duct and pipe runs, electrical conduits and fixtures, plumbing piping and equipment • Comparing on-site activity pace and task progress to the baseline schedule • Preparing observation reports with comprehensive records of progress, issues identified, and any action items requiring follow-up. NB: Photo documentation adds clarity
- 34. Architect’s Role Project Closeout and Commissioning • Performing punch list walkthrough to address final fix items, work deficiencies, or corrections needed • Confirming all fire safety, accessibility, system performance commissioning checklists are completed • Overseeing owner training on building equipment operation and maintenance • Verifying regulatory compliance for occupancy permitting and that the building is ready for handoff
- 35. Project Phases Pre-Design Phase • Establishing the project scope, budget, schedule targets • Analyzing site conditions, zoning requirements, infrastructure needs • Conducting feasibility studies • Verifying regulatory compliance for occupancy permitting and that the building is ready for handoff • Site analysis: topography, utilities, environmental factors, geotechnical conditions • Shaping the owner’s goals, spatial needs, and functional priorities through the programming process
- 36. Project Phases Schematic Design Phase • Developing initial design concepts through sketches, massing models, and spatial relationship diagrams • Preparing drawings to illustrate the general building scale, organization of program elements, and adjacencies. • The building form starts to emerge – overall shape, facades, circulation • Structural and MEP systems are sized to accommodate design loads and building functionality • Incorporating owner’s reviews on the schematic design
- 37. Project Phases Design Development Phase • Refining AR floor plans, sections and elevations • Dimensioning, room sizes, openings, and other key details are developed • Increasing engineering coordination across structural, mechanical, electrical and plumbing systems • Major building materials, finishes, and assemblies are selected considering aesthetics, performance, and costs • Energy modeling is conducted to analyze envelope and systems from sustainability viewpoint
- 38. Project Phases Construction Documents Phase • Highly detailed drawings and technical specifications are produced • Plans, sections, elevations, schedules, diagrams convey architectural build details • Structural, MEP, civil drawings are integrated into coordinated document set. • Specification manual: provides technical data on all materials, finishes, equipment, quality standards.
- 39. Project Phases Bidding and Procurement Phases • Bid packages for contractors are issued to request proposals from interested contractors • A selection process analyzes bidder qualifications, budget breakdowns, proposed scopes, pricing, schedules, contingencies • Contracts are awarded to the general contractor NB: Agreements incorporate the contract drawings and specifications that define project scope and quality expectations.
- 40. Project Phases Construction Phase • The project gets physically built by the contractor based on the contract documents within the agreed schedule and budget • The architect conducts site inspections and observations at regular intervals to monitor adherence, progress, and work quality. • Contractor payment applications are reviewed and approved based on percentage work completed per the schedule • Changes during construction are incorporated through change order and supplemental documents
- 41. Project Phases Closeout and Commissioning Phase: • As construction nears completion, punch lists are issued to address any final fix items or deficiencies • Final compliance inspections are completed for building, fire, accessibility codes, system performance • For major projects, owner personnel are trained on building operations and maintenance procedures • The building is commissioned and occupancy granted once fully conforming to contract requirements
- 42. Emerging Technologies Building Information Modeling (BIM) • Model-centric process • Immersive Visualization • Coordination and Clash Detection • Cost Estimation • Construction Planning • Lifecycle Management
- 44. Emerging Technologies Virtual Reality / VR • VR provides an immersive digital experience • Empowers evaluative walkthroughs • Enhanced understanding
- 46. Emerging Technologies Augmented Reality / AR • AR overlays and registers interactive digital elements • Visualizes hidden systems behind finished surfaces • Improves learning
- 48. Emerging Technologies 3D Printing • Additive construction • Increased automation • Geometry freedom • Sustainability • Customizations
- 50. Thank You