The Calvert Hall High School College Project John Graef Architectural Engineering Senior Thesis – Construction Management

Project Overview Location: Baltimore Maryland Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Question Project Overview Location: Baltimore Maryland Building Function: High School Size 40,000 SQ FT Construction Dates: July 2003-September 2004 Construction Method – Design-Bid-Build

Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Primary Project Team Construction Manager – Struever Bros. Eccles & Rouse Architect – Gaudreau Inc Engineers – Century Engineering Owner – The Calvert Hall College

Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Architecture The New Academic Building is an new addition to The Calvert Hall High School. This building has an unusual shape which will create a unique construction project. The new addition brings the high school campus together

3D AutoCAD and 4D-modeling Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 3D & 4D Modeling Depth 3D AutoCAD and 4D-modeling

3D & 4D Modeling Research Application Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 3D & 4D Modeling Research The effectiveness of 3D AutoCAD and 4D modeling Application Create a 4D model of the Calvert Hall Project

4D Modeling Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling Methodology 3D Model Calvert Hall model based on Foundation Column I-Beam Concrete Floor Outside Wall Roof

4D Modeling Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling Methodology Creating the Schedule The schedule is based on 64 different construction activities Creating a schedule can be a back and fourth process A top priority is to control dangerous activities so that they do not overlap Any mistakes in the schedule is easily seen with a 4D model

4D Modeling Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling Methodology

4D Modeling Methodology X Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling Methodology Hard to Read Even Harder to Check

4D Modeling Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling Methodology Construction a 4D model Using the program Common Point

4D Modeling Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling Methodology Construction a 4D model Using the program Common Point

4D Modeling - Summary Lessons Learned Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions 4D Modeling - Summary Lessons Learned A 3-D model can be time consuming to create With Common Point a 4D model can be produced quickly A 4D model can ‘point-out’ mistakes in the schedule Construction safety coordination issues will pop-out in a 4D model

Safety Plan Introduction Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan Introduction Breath Calvert Hall Safety Program

Safety Plan Introduction Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan Introduction Research Common dangers related to construction Application Create a Safety program out-line based on findings

Safety Plan Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan Methodology The four main causes of construction injuries Falling Stuck by Caught in/between Electrocuted

Safety Plan Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan Methodology Safety Out-Line based on Safety Management Cranes Electrical Safety Excavation Fall Protection Construction Equipment Scaffolds Stairways

Safety Plan Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan Methodology The most important aspect to a successful safety program is good management Engineering controls can be put in place to insure safety on the work-site The price of a direct cost can be small compared to the indirect cost

Safety Plan Methodology Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan Methodology Direct cost vs. Indirect cost OSHA's Ratio of Indirect to Direct

Safety Plan - Summary Construction is an hazardous occupation Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan - Summary Construction is an hazardous occupation Proper safety programs can strongly reduce work-related injuries A good safety program requires proper leadership and a good management team The most important thing is that everyone gets to go home

Breath Safety Plan - Summary LEED Design Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Safety Plan - Summary Breath LEED Design

LEED Design What is LEED Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design What is LEED LEED (Leadership in Energy and Environmental Design) LEED is a organization that set standards or regulations for building a sustainable design LEED focuses on Sustainable Design Water Efficiency Energy & Atmosphere Materials & Resources Indoor Environment Quality Innovation & Design Process

LEED Design Point Selection Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design Point Selection LEED rated point system LEED Certified: 26-32 Silver: 33-38 Gold: 39-51 Platinum: 52-69

LEED Design Point Selection Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design Point Selection LEED rated point system LEED Certified: 26-32 Silver: 33-38 Gold: 39-51 Platinum: 52-69

LEED Design Point Selection Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design Point Selection LEED rated point system LEED analysis Yes 31 ? 24 No 14

LEED Design Point Selection Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design Point Selection LEED rated point system 31 points are possible points for the Calvert Hall Project. Either because the original design qualified for a point or the point was cheap to attain 24 points that I am unable to determine. Either because measurements are needed or research is required that is outside my expertise 14 points I considered to expense to obtain due to the current design and function

Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design Results 31 points will qualify the Calvert Hall project to become a LEED certified building A total of 17 out of 69 points are due directly to construction

LEED Design Results Summary Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions LEED Design Results Summary The Calvert Hall Project could become a LEED certified building The construction company is a important aspect to LEED rated design

Conclusion 4D modeling Safety plan LEED design Project Outline Project Description Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Conclusion 4D modeling Is an effective tool for many different aspects of construction Safety plan A proper safety plan is essential for the well-being of the occupants at the jobsite LEED design Calvert Hall Project could become LEED certified

Questions Project Outline Project Description 4D modeling Safety plan Project Overview Primary Project Team Architecture 4D modeling Introduction Methodology Summary Safety plan LEED Design What is LEED Point Selection Results Conclusion Questions Questions