SOLOMON’S TRAINING INSTITUTE

Prepared For: N. SPIRE ENGINEERINGNew Haven of Hope Church

Pastor Timothy and Mrs. Van Winkle

Team Introduction

Liz Ridgway Project Manager

Adam Hester Project Engineer &

Editor Mark Woodard

Project Engineer Nick Corkill

Project EngineerCurrent New Haven of Hope Church

Facility

Project Description

The CommunityLow IncomeUnderprivileged

The Pastor’s VisionStrengthen

Community“Hand Up, Not A

Hand Out”Current Usable Facility for the

Congregation.

Design Requirements

Facility Requirements Classrooms or Multipurpose Room Library/Computer Lab Kitchen Weight Training Room

No Basement Prefer One Story Land For Garden, If Possible

Site Location

2

3r

d St.

†

New Haven of Hope Church

Proposed Location

16th St.

Liberty Ave.

North

Nort

h

Solomon’s Training Institute Design Overview

Progress To Date

•Site Assessment•Codes and Regulations•Site Survey and Layout•Structural Material Options

Future Work

•Storm Water Management•Structural Analysis•Structural Member and Connections Selection•Plans and Costs

Zoning Commercial District C-1 Residential District R-2

Proctor Silt Loam Soil Fill Added to the Surface

No Floodplain or Wetland Utilities

Underground Gas Line and Water Lines Above Ground Gas Junction

Proposed Land

Progress to Date : Preliminary Feasibility Study

Project Is FEASIBLE For This Proposed Location

Progress to Date : Environmental Site Assessment Sanborn Fire

Insurance Maps of 1911 Store Fronts Dwellings

Terre Haute City Directories All Structures Torn

Down by 1996

Dwelling DwellingStore Fronts

Liberty Ave.

16

th S

t

Progress to Date : Environmental Site Assessment Sanborn Fire Insurance

Maps Terre Haute Carpet

Cleaning & Rug Co. Floyd Glenn Auto

Repair Indiana Department of

Environmental Management Underground Storage

Tank at Floyd Glenn Auto Repair

Removed in June 1990Phase II NOT REQUIRED

Due To No Findings Of Hazards

Carpet Cleane

r

U.S.T.

Progress to Date : Codes and Regulations

2006 International Building Code

American Institute of Steel Construction Specification for Structural Steel Buildings

Building Code Requirements for Structural Concrete

Vigo County Administrative Code

Leadership in Energy and Environmental Design Rating System

Progress to Date : Intended LEED Points

What is LEED®?The Leadership in Energy and Environmental Design (LEED) Green Building Rating System™ encourages and accelerates global adoption of sustainable green building and development practices through the creation and implementation of universally understood and accepted tools and performance criteria.

Potential LEED Points(Excluding Additional Points for Each Material)

Sustainable Sites 9 Materials & Resources 2• Alternative Transportation • Material Reuse• Storm water Design • Recycled Content• Heat Island Effect • Regional Materials• Site Development • Rapidly Renewable Materials

Water Efficiency 3 Indoor Environmental Quality

8

• Water Efficient Landscaping • Increased Ventilation• Water Use Reduction • Low-Emitting Materials

Energy & Atmosphere 6 • Environmental Tobacco Smoke Control• Optimize Energy

Performance (Indicate Efficient Mechanical, Electrical)

• Thermal ComfortInnovation & Design 3

• On - Site Renewable Energy (Solar Panels)

Project Totals 31

Site Layout Consideration Layout Consideration Description Distance/

Requirement

Lot Boundaries

Minimum Front Yard and Setback

Along a minor or local street 25'

Minimum Rear Yard and Setback

Minimum Rear Yard 10'Minimum Rear Buffer Yard 15'

Minimum Side Yard and Setback

Minimum Side Yard 10'Minimum Side Buffer Yard 1.5'

Minimum Vegetative Cover 25%Maximum Building

Coverage Principal Building 40%

Building Considerations

Maximum Gross Floor Area Single Commercial Establishment 20,000 sq. ft

Building Height Limitations Principal Use Building 35'

Parking Requirements Space/ Gross building Floor Area 1/400 sq. ft

Parking Lot Requirements

Parking Space Width 9'Parking Space Length 17'

Minimum Parking Area 152 sq. ftParking Aisle Width 24'Entrance Distance Set Back from Right of Way 40'

Exit Distance Set Back from Right of Way 100'

Progress to Date:Site Survey

The Unified Zoning Ordinance of Vigo County Administrative Code

Progress to Date:Basic Architectural Site Layout

The Architect's Portable Handbook, 3rd Edition, 2003

Architectural Engineering Design, 2002

Rooms Room Sizes Projected Occupancies Room AreaSF/occ. Min Max Min Max

Exercise 50 10 20 700 1400Lockers 35 10 20 560 1120Conference Rooms 15 100 150 3000 4500Kitchen 9 15 20 203 270Library: Reading 35 20 30 1050 1575 Stack 0.08 1000 2000 104 208Offices 120 5 10 780 1560Rest Rooms 100 4 6 480 720Stairs 50 50 100 100 150Other Elements: Corridors 8 200 300 1600 2400 Elevator 100 1 1 100 100 Mechanical/Storage 300 2 3 600 900 Classrooms x2 40 20 30 800 1200 Computer Lab 50 10 15 500 750

Total SF: 10,600 16,800

Site Layout Consideration Layout Consideration Description Distance/

Requirement

Lot Boundaries

Minimum Front Yard and Setback

Along a minor or local street 25'

Minimum Rear Yard and Setback

Minimum Rear Yard 10'Minimum Rear Buffer Yard 15'

Minimum Side Yard and Setback

Minimum Side Yard 10'Minimum Side Buffer Yard 1.5'

Minimum Vegetative Cover 25%Maximum Building

Coverage Principal Building 40%

Building Considerations

Maximum Gross Floor Area Single Commercial Establishment 20,000 sq. ft

Building Height Limitations Principal Use Building 35'

Parking Requirements Space/ Gross building Floor Area 1/400 sq. ft

Parking Lot Requirements

Parking Space Width 9'Parking Space Length 17'

Minimum Parking Area 152 sq. ftParking Aisle Width 24'Entrance Distance Set Back from Right of Way 40'

Exit Distance Set Back from Right of Way 100'

Progress to Date:Site Survey

The Unified Zoning Ordinance of Vigo County Administrative Code

Progress to Date:Maximum Building Size

Option 1: 15,054 SF Requires 38 Parking Spaces.Forces The Building To Be 2 Stories.

Pros: • Maximize

Building SpaceCons: • Lose 5 LEED

Points from 31• One-Way Traffic

Flow• 2 Story

Option 2: 11,235 SF Requires 29 Parking Spaces. The Building can be 1 Story.

Progress to Date:1 Story Building

Pros: • 1 Story Building• Less ADA

Requirements, i.e. Elevators

• One Parking Entr./Exit

Cons: • Smallest Usable

Building Space• Extra Parking• Lose 4 LEED

Points From 31

Option 3: 12,400 SF Requires 31 Parking Spaces.Forces The Building To Be 2 Stories.

Progress to Date:Recommended Building Size

Pros: • Additional Green

Space for Water Treatment

• One Parking Entr./Exit

Cons: • Not Maximizing

Usable Building Space

• 2 Story

Progress to Date:Recommended Building Space

16

th St.

Alley

Column Free Space

2nd Story 1st

Story

Liberty Ave.

12,390 SF

31 Parking Spaces at 400 SF/Space Allows for

a 12,400 SF Building

70’

118’

70’

42.5’

Exterior Structural Frame

Shear Wall, Column Line, or Braced Frame

12390 ≤ 12,400 OK

Progress to Date:Recommended Building Space

Looking NorthLooking West

Progress to Date:Recommended Building Space

Looking Northwest

Sloped Roof

Green Roof

Bioswale

Steel Concrete Masonry Conventional Framing

Additional LEED Rating Points 8 6 6 7

Construction Costs $1.25M $1.28M $1.48M $1.19MLong Term Costs and

Maintenance $36,000 $38,500 $44,500 $35,500

Material Footprint 0.35% 3.75% 2.80% 1.65%

Progress to Date:Structural Material Options

Additional Points for Each Material

Steel 8 Masonry 6• Material Reuse 2 • Thermal Comfort 2• Recycled Content 2 • Recycled Content 1• Regional Materials 2 • Regional Materials 1• Low-Emitting

Materials2 • Low-Emitting

Materials2

Project Totals (31+8)

39 Project Totals (31+6)

37

Gold Silver

Concrete 6 Conventional Framing (Metal)

7

• Material Reuse 1 • Material Reuse 1• Recycled Content 1 • Recycled Content 2• Regional Materials 2 • Regional Materials 2• Thermal Comfort 2 • Low-Emitting

Materials2

Project Totals (31+6)

37 Project Totals (31+7)

38

Silver Silver

Criteria Meaning Based On 1 2 3LEED Rating LEED Achievable USGBC's LEED Rating System:

New Construction LEED Certified

(0-1)LEED Silver

(2-7)LEED Gold

(>8)Construction Costs

Initial Construction Price Range

RS Means Building Construction Cost Data $2.0M < $1.2M -$2.0M < $1.2M

Long Term Costs and Maintenance

Costs for 1 Year of Maintenance

Personal Conversation with Charles Ennis, P.E., S.E., Terre

Haute City Engineer$61,700 < $37,200-

$61,699 < $37,199

Material Footprint

Material Consumes % Total Volume

Architect's Studio Companion 3rd Ed. 3% < %1-3% < 1%

Steel Concrete Masonry Conventional Framing

Additional LEED Rating Points 8 6 6 7

Progress to Date:Decision Matrix

Weighting Steel Concrete Masonry Conventional Framing

LEED Rating 35% 3 2 2 2Construction Costs 15% 2 2 2 3Long Term Costs and Maintenance 40% 3 2 2 3

Material Footprint 10% 3 1 2 2Total 100% 2.9 1.9 2.0 2.6

Criteria Meaning Based On 1 2 3LEED Rating LEED Achievable USGBC's LEED Rating System:

New Construction LEED Certified

(0-1)LEED Silver

(2-7)LEED Gold

(>8)

Progress to Date:Decision Matrix

Weighting Steel Concrete Masonry Conventional Framing

LEED Rating 35% 3 2 2 2Construction Costs 15% 2 2 2 3Long Term Costs and Maintenance 40% 3 2 2 3

Material Footprint 10% 3 1 2 2Total 100% 2.9 1.9 2.0 2.6∑ =

XX

X

X

Future Work

Foundation Design Shallow Foundation

Storm Water Management Grey Water System Bioswale

Structural Analysis Open Design

Structural Member Selection Connection Design/Design Details

Consider LEED Construction Cost

Projected Cost Within 15% Of Actual Plans

Progress To Date

•Preliminary Feasibility Study•Environmental Site Assessment•Codes and Regulations•Site Survey•Basic Architectural Site Layout•Structural Material Options•Decision Matrix

Future Work

•Storm Water Management•Foundation Design•Structural Analysis•Structural Member Selection•Connection Design/Design Details•Construction Cost•Plans

Solomon’s Training Institute Design Overview

Thank You For Coming Today!

Table of Contents Project Background

Project Description Design Requiremen

ts Site Location

Progress to Date Preliminary Feasibili

ty Study Environmental Site A

ssessment Codes and Regulatio

ns Site Survey Basic Architectural S

ite Layout Option 1: Maximum

Building Size Option 2: 1 Story Bu

ilding Option 3: Recomme

nded Building

Recommended Plan View

3-D Renderings Structural Material Op

tions Intended LEED Points Additional LEED Points Decision Matrix

Summary Future Work Design Summary

Additional Information Preliminary Feasibility

Study Intended LEED points –

Green Roof Storm Water Managem

ent Room Layout

Additional Information: Preliminary Feasibility Study

Site Topography Flat, Grassy Land Asphalt Patches Trees on Perimeter

Transportation Alley to the Back Sits on the Corner

of 16th and Liberty

16th

St.

Liberty Ave.

North

Additional Information: Intended LEED points – Green Roof

Green Roof System Manual – 2007 Edition

Semi-Intensive Green Roof Providing a Moderate Soil

Depth Grow Plants No Larger Than 3

ft Access for Maintenance No Concern for Overgrowth

Loads Rock plants, Wildflowers, and

Grasses Would be the Most Successful.

Must Consider Vegetation Native of Terre Haute Direct Sunlight, Wind, and

Extreme Temperatures

Storm Water Management

Either Use a French Drain or Drilled Inlets to the Bioswale

First Floor Layout

Weight Training Facility1260 SF

Office432 SF

Men’s Locker Room885 SF

Women’s Locker Room867 SF

Library1938 SF

Reading Room510 SF

Front Desk375 SF

Stairs150 SF

Girls Bath

Boys

BathADA Bath

M.C.

Elev.100 SF

Notes: M.C. = Mechanical ClosetAll Bathrooms are 100 SF

Second Floor LayoutStairs150 SF

Elev.100 SF

M.C.

ADA Bath

Kitchen630 SF

Multipurpose Room2870 SF

Green Roof Patio4130 SF

Notes: M.C. = Mechanical ClosetAll Bathrooms are 100 SF