Trevor StephensUniversity of Central Florida

Location: Orlando, FL

Adobe Photoshop Adobe Illustrator Adobe inDesign

Virtual Orlando

Professional Work

3D Modeling

Creating Light

Renderings

Wave Chair

Low Rise Mixed-Use

High Rise Mixed-Use

Adaptive Re-Use

Fire Station # 4

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The Building: is in the middle of downtown Miami in the central mall. This bowling ally contains high end millwork and metal fabrication.

Autodesk AutoCAD

Reception Desk

Bottle Club Bar

POD bench seating and ball racks

VIP Bar

MillworkMetalWalls & FloorsEquipment by Others

The Problem: Create detail drawings of all the bowl-ing ally millwork from the basic architectural drawings

The Solution: Be able to hand my documents to the carpenters and have them build beautiful furniture for a high end bowling ally / bar

Reception Desk

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The Building: This was a barracks on what was a Naval training facility that now has become a new city that is nearly self sustaining. With post tension slabs the 7 story building is very limiting on its possibilities.

The Problem: Create a sustainable structure that can accommodate as many luxury apartments as possible while creating a community inside of the building while tying the building to the outside city.

1. Main entrance2. Reception3. Lobby4. Admin. Suite5. Staff Room6. Mens Restroom7. Janitor Closet

8. Womens Restroom9. Common Room10. Mechanical11. Atrium12. Balcony13. Laundry14. Activity Room

Ground Floor Second Floor

- Communal Space- Movement Space- Single Bedroom- Double Bedroom- Private

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Reclaimed water off of the roofs goes into bio sand fi ltration tank

for later use as potable water.

Large overhangs and solar shad-ing devices cover the windows and balconies from excessive heat gain.

ICF (insulated concrete forms) are used to keep out the harsh Florida

heat for a more sustainable structure

Existing Structure to be remodeled

Green roofs insulate the buildings while providing a communal space.

Autodesk Revit Rhinoceros 3D Autodesk Impression

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The Solution: Create a multi-use building that has many luxury apartments with communal spaces. Use the location of the building to create a carbon neutral building that is appealing to live in.

Typical Floor (3-6)

Typical Single Bedroom

Typical Double Bedroom

Top Floor (7)

1. Kitchen2. Dining Room3. Restroom4. Bedroom 15. Bedroom 26. Balcony7. Utility Closet

- Communal Space- Movement Space- Single Bedroom

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A naturally ventilated south facing corridor is used to set the rooms back

from direct sunlight during the day.

Exterior Rendering Interior Rendering

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The Building: Fire Station number 4 is a remodeling program that eliminates the original structure and allows the city of to gain a new state of the art fi re house that uses as many sustainable features as the site will allow.

The Problem: Creating a sustainable structure that can house at-least ten fi refi ghters at all times 24 hours, 7 days a week while still being able to have all of its inhabitants comfortable and happy.

PublicSemi-PublicSemi-PrivatePrivate

Ground Floor

1. Entrance / Atrium 2. Public Restoom3. Offi ce 14. Offi ce 25. Offi ce 36. Kitchen / Dining7. Apparatus Bay8. Chiefs Dorm9. Lieutenants Dorm10. Dorm A11. Dorm B12. Dorm C13. Mens Restroom14. Mens Locker Room15. Womens Restroom16. Womens Locker Room17. Fitness Room18. Storage19. Outside Deck20. Day Room21. 2nd Floor RR

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Wind Study: Electricity Consumption:

Multi-directional wind patterns require

a specifi c kind of turbine

Large overhangs protect against excessive heat gain.

Carbon Neutral and off the city grid

Winter Solstice

Year round sunlight show that solar panels are one of the best electricity gains for this site.

Autodesk Revit Rhinoceros 3D Autodesk Impression

The Solution: Create a fi re house that uses its surroundings to achieve net zero CO2 while commingling with its neighborhood. This structure will blend in while making a statement of sustainability.

Second Floor

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Summer Solstice

Fall / Spring Equinox

Winter Solstice

Solar Study:

Reclaimed water off the roofs

goes into tanks for later uses

Highly effi cient Helix wind turbine

Photo voltaic Membranes cover the dorms to gain enough energy to power the station and return power to the city

hat uses o CO2 while

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The Building: The Paramount is a large mix-use building is Downtown Orlando. The building has a majority of residential units with a built in garage and retail on the fi rst fl oor.

The Problem: Create a 3D model using Rhinoceros 3D of a complex building using self taken measure-ments and pictures.

CorelDRAW Rhinoceros 3D Autodesk AutoCAD

The Solution: Build a model that shows the complexity and detail of the actual building. This model took over 80

hours of just modeling time.

The Solution: Build a model that shows the comand detail of the actual building. This model took ove

hours of just modeling time.

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The Problem: Design 3D models that can be rendered to show our abilities in texturing and modeling.

Initial

Light

Materials

Midterm Renderings

Glass test

Final Rendering

The Building: The Initial models were made in Rhino and sent to Vray in 3Ds Max. The rest of the renderings were made with a very basic house struc-ture along with added object, furniture, and materials.

Rhinoceros 3D SketchUp Autodesk 3Ds Max V-Ray

Final Renderings

The Solution: Produce fi nal renderings that are beautiful and photo realistic.

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The Lamp: Our goal for the fi rst digital fabrication project was to design a lamp in Rhinoceros 3D and introduce the class to the new laser cutter.

The Problem: Learn the process of creating a digital model, run scripts to piece the model together, and then to fl atten it to send to the laser cutter.

CorelDRAW Rhinoceros 3D Autodesk AutoCAD

The Solution: Create a lamp that can be made cheap and effi ciently. The lamp is simple to assemble and was designed to be adjustable to fi t the wants of the user along with the color for their likeness.

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The Building: To create a sculptural / archi-tectural element that can be inhabited or used at a human scale. The object also needed to be modeled in 3D and needed to utilize the laser cutter. The Problem: Design a 3D model based off of a

classmates sketch that best represents our inter-pretation of their idea.

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CorelDRAW Rhinoceros 3D Autodesk AutoCAD

The Solution: Create a chair with the concept of a swoop-ing wave. Use wood as the base structure and layer cardboard to make the seat and contour of the chair.

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The Research: Gather and sort through thousands of exist-ing fi les of 3d models, CAD drawings, and text to create the beginning of a three dimensional Orlando.

The Process: 3D scan historical buildings throughout Downtown Orlando to begin the mapping process of the Virtual Orlando Program

Rhinoceros 3D Autodesk AutoCAD SketchUp Pointools FARO 3D Laser Scanner

The Solution: Have a solid mass for the initial test building (Sligh AmTrak Train Station) that can be edited and built with 3D modeling software. As a group we also wrote grants to fund our project and attempt to get recognized by the community

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The Building: The site is located in the middle of College Park in central Florida. It has multiple houses on it along with a parking lot and a building that needs to remain in busi-ness during the fi rst three phases of the project.

The Problem: Create a master plan along with the layouts and designs of multi-use buildings along with parking in a group.

Autodesk Revit Rhinoceros 3D Autodesk Impression SketchUp Autodesk 3Ds Max V-Ray

ParkingSingle FamilyEducationMass TransitMedicalRecreationReligionRestaurantsRetailOther CommercialEntertainmentHotel

Phase 1 - Year 1

Existing Site

Proposed Site Stacking Diagram

Phase 2 - Year 5

All balconies incorporate green roofs for insulations and human comfort.

Rain collectors are used for natural irrigation and grey water Large overhangs

protect against excessive heat

gains.

Grey water is used in the plumbing and laundry.

Solar panel arrays provide year round power

The Solution: Have a working site that can accom-modate hundreds of people along with the ameni-ties they need.

Phase 3 - Year 10

Typical Loft800 sq. feet

Typical Town House1200 sq. feet

Typical 2 Bedroom1000 sq. feet

Typical Large 2 BedroomTypical Large 2 Bedroom1500 sq. feet1500 sq. feet

Phase 4 - Year 20

Floor 1

Floor 2

Floor 3

Floor 4

Floor 5

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There is 1.5X the green space atop buildings compared to their footprint

Large windows allow for plenty of year round natural day lighting

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The Building: will be located on the last remaining vacant lot off the bay at the inner harbor of Baltimore Maryland.

The Problem: To create a high rise building that reacts with the city while having offi ce spaces, residential units, and a hotel.

Winter SolsticeAutodesk Revit Autodesk AutoCAD Rhinoceros 3D Autodesk Impression SketchUp Autodesk 3Ds Max V-Ray

CoresMechanical levelResidentialOffi ce SpecialtyOffi ce NormalParking/RetailHotel

Pedestrian Bridge

Urban Farming

Green Terraces

Initial Form

The roof utilizes the angle of the roof to incorporate urban farming and terraced green spaces

Rooms use motion sensors to control

internal temperature

Drainage through the roof waters all of the ter-

race gardens

Double skin facade helps control internal temperature

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Farming

Initial Form

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The Solution: Create a twin high rise that react to each other along with the history and culture of the city. The shorter tower (tower 2) is the residential tower and the taller tower (tower 1) is the offi ce and hotel tower. The base is parking and the high end offi ces. All of these are based off of the program and square footage requirements.

Typical Offi ce

Typical Single Family Residence

High End Offi ces

Typical High End Offi ces

Typical Offi ces

Typical Residential

Typical Hotel

Small solar panels create a solar shade

on the South fac-ing windows while capturing light

Trevor StephensUniversity of Central FloridaLocation: Orlando, FL