TIMOTHY J. HENNESSEY
TIMOTHY J. HENNESSEY Roger Wil iams Unviersity Bachelor of Science in Architecture - Anticipated Spring 2015 Minors in Sustainability, Art and Architectural History
Cover Image Taken of Florence at Night
PIAZZA BRUNELLESCHI PROPOSAL Florence, Italy
CREATIVE ARTS CENTER Bristol, Rhode Island, USA
GREENVIEW TERRACE DORMITORY Bristol, Rhode Island, USA
SHUTTLE BUS TERMINAL
Bristol, Rhode Island, USA
HEAVY TIMBER RESIDENCE Westport, Massachusetts, USA
Rotunda Development
PIAZZA
BRUNELLESCHI Studio Location Type Reference Partner
Advanced Urban Design Studio - Spring 2014 Florence, Italy Mixed-Use Building Carlo - carloachilli@isiflorence.org Nicholas Tubach
Designed to revjuvenate a declining piazza home to the University of Florence and building designed by Brunelleschi, our proposal creates seperation from the public and the school by using our building as a buffer between the two. This seperation is aided by a passage of circulation space beneath the building to connect the school with the piazza. By pushing the building close to the exisiting building it allows for us focus the piazza on Brunelleschi’s building as our building acts as a screen for the school. The materials relate to those used in the piazza currently while the form of the build is based of current axes forming a courtyard. This courtyard seperates the main functions of the buildings: residences for the University of Florence and public space commerical needs and a public library. Contributions included joint conceptual design development and revit construction with partner and personally produced renderings, drawings, perspectives and digital diagrams. Axial Development
Ground Level Access to Parking Garage Public Bathrooms Commerical Dining Area
Programatic Sectional Diagram
Dormitory with Library Two-Level Library Flexible Hall Space Bathrooms 24 Single Rooms per Floor 20 Double Rooms per Florr
Festival Setting at Piazza Brunelleschi Pedestrial Access to University from Piazza
Residental Flexible Space Library Commerical Dining
PLEASE SEE: vimeo.com/timhennessey for animation of construction process
Existing Site
Primary Structure Construction
Floor Plate Construction
CREATIVE ARTS CENTER Studio Location Size Structure Reference Animations
Architectural Design Studio V - Summer 2013 Roger Williams University, Bristol, RI, USA 15,750 ft2 Concrete Construction Dan Kwasniewski - dkwasniewski@ncarchitects.com vimeo.com/timhennessey
Located on the main quad of Roger Williams University, the building ties the gap between student movement and artistic creation. As a place for students to explore various mediums using multiple project rooms, two production studios, wood shop, electrical shop and media room. It features a 200 seat lecture hall and an open gallery open to the lobby with a folding partition wall to allow for natural ventaliation and to maximized space for events. Using a “shoestring� concrete columnar structure, it hold a series of unique concrete waffle slabs and extending to the exterior walls. This creates a sense of movement between, through and around the building while tying together the Roger Williams University.
Roof Construction
Completed Construction
Developed Site
View from East Campus
Programatic Sectional Diagram
Mixed-Media Classroom
Academic Hallways
Interior Atrium Space
West Elevation
Lecture Hall
GREENVIEW TERRACE DORMITORY Studio Location Size Structure Reference
Architectural Design Studio !V - Spring 2013 Roger Williams University, Bristol, RI, USA 35,000 ft2 Concrete Construction Vin Giambertone - vg@actwoarch.com
A residence hall designed for the Roger Williams University to accommodate students’ needs to live, sleep and study. Built into an existing hill which overlooks the Mt. Hope Bay, it preserves views of the water from campus by forming to the slope as three curved bars cutting into the hillside. This creates views of the water for students while keeping an unobstructed view for the rest of the university. By slicing into the hillside and staggering the levels as seperate terraces allows for access terraced atop each bar. By slightly pulling the bars apart, it creates green courtyard areas parallel to the length of the hallways, allowing for natural light and more study space. The bars are connected through open spaces each featuring a lounge, access to a terrace, stairs and an elevator. The top level are 6-person suites and one RA room, the middle level are a mix of two RA rooms, 4 and 6-person suites. The lower level are 4-person suites and one RA room.
Open Spaces
Program
Built Model
Green Spaces
Section Perspective
Overall Plan with Decks & Rooms Below
Approach towards Entry
RA Room
4-Person Suite
6-Person Suite
East Elevation
Circulation
Sun Filtration
Enclosure
Structure Development
Program Development
Form Development
Approach towards East Elevation
SHUTTLE BUS TERMINAL Studio Location Size Structure Reference
Architectural Design Studio V - Summer 2013 Roger Williams University, Bristol, RI, USA Fabricated Steel Construction Dan Kwasniewski - dkwasniewski@ncarchitects.com
The building aims is to become the recognizable shuttle-bus hub for the growing student and faculty population of Roger Wil iams University by acting not just as a service from point A to point B, but as an experiential movement every time a rider uses the terminal. Using a rhythmic organization of expressive steel frames, it creates a sweeping movement. The movement of the frame is based off scale relative to the user and the shuttle bus. Using a wooden lattice system it diffuses light into both the the shuttle bus pass-thru and pick-up/drop-off area, lobby, service area and garage. It creates a unique experience by bringing the user into the structure. By using a simple bar organization it minimizes loss of preexisting parking spots, eases access for users while being seperated from the services and garage and the structure is oriented towards the sun to maximize sunlight. This simple building gives a sense of movement and name to the Roger Wil iams University transportation.
Steel Frame Construction Section & Details Service Area
Garage Exit Doors
Lobby
West Elevation
Existing Site
Developed Site
South Elevation
North Elevation
Designed for a young couple with a growing family to allow for one to work from home while accommodating a seperation between working and living areas. Patio Area
Living
Bath Bedroom
Bath
Study
Double-Story Full Height Folding Wall
Program
Solid vs. Void
Public vs. Private
Eating
Planted Tree in Breezeway Deck
Breezeway Entry
Garage & Work
First Level Floor Plan
HEAVY TIMBER
RESIDENCE
Studio Location Size Structure Reference
Architectural Design Studio IV - Spring 2013 Westport, MA, USA 1,900 ft2 Heavy Timber Construction Vin Giambertone - vg@actwoarch.com
Rendered Built Model
TIMOTHY J. HENNESSEY Email: hennesseyarchitecture@gmail.com Address: 9 El-Wil Farm Rd Bedford, MA 01730, USA Portfolio: issuu.com/hennesseyarchitecture Phone: +1(781)234-8512