extreme environments
DESCRIPTION
For this 6 week project, RISD’s Industrial Design Graduate Students collaborated with Woods Hole Oceanographic Institution to meet the challenge of redesigning the cabin of the Human Occupied Deep Submergence Vehicle: Alvin. Patrick Hickey—Alvin Manager / Pilot, Anthony Tarantino—Research Engineer / Assistant Project Manager RHOV, and Barrie Walden—Principal Engineer with Operational Scientific Services, acted as clients, advisors and end-users.TRANSCRIPT
1
Extrem
e Environm
ents
2
Ext
rem
e E
nviro
nmen
ts
For this 6 week project, RISD’s Industrial Design Graduate Students collaborated with Woods Hole Oceanographic Institution to meet the challenge of redesigning the cabin of the Human Occupied Deep Submergence Vehicle: Alvin. Patrick Hickey—Alvin Manager / Pilot, Anthony Tarantino—Research Engineer / Assistant Project Manager RHOV, and Barrie Walden—Principal Engineer with Operational Scientific Services, acted as clients, advisors and end-users.
Woods Hole Oceanographic InstitutionProgram: Re-design the Alvin’s interior cabin
3
Extrem
e Environm
ents
The DSV hull is assembled of two forged titanium hemispheres that have been electron beam (EB) welded together to form a sphere which has an interior diameter of approximately 80 inches (a little more than 6 feet). The personnel sphere interior’s purpose is to facilitate comfort and efficiency of control and observation for the pilot and two science observers during normal operations. Human factors are the driving constituent of decisions. It includes, but is not limited to, the following considerations:
Images on this spread property of Woods Hole Oceanographic Institute
•Seating positions
•Seat construction
•Restraints
•Cabin layout
•Control positions
•Equipment attachments
•Cabin temperature
4
Ext
rem
e E
nviro
nmen
ts
Our first step was to visit the Woods Hole Oceanographic Institute to interview the pilots and engineers currently working on the next generation Alvin. On their site stood a prototype shell in its early stages. This allowed us the opportunity to get first-hand experience with both the physicality of the environment as well as its users.
Woods Hole Visit
5
Extrem
e Environm
ents
Design PrinciplesOur team of designers included: Gunther Chanange, Christina Kazakia, Na Ree Kim and myself. As we began the process of sketching and developing ideas, we created a set of core design principles we understood would be important to every aspect of the design.
6
Ext
rem
e E
nviro
nmen
ts
The WHOI Sphere
Users
Scientists
Adam Sovle - Geologist - 3 Trips
Susan Humphris - Geochemist - More than 30 dives
Dan Fornari - Studies Deep Sea Volcanoes - More than 100 Dives
Pilots
Pat Hickey
Dudley Foster
Anthony Tarantino
Maintenance Crew?
Motion Map
Pilot
Leaning Forward - Looking Out Center-Front Port - Controlling the Vehicle
Sitting Upright - Viewing Monitor - Controlling the Vehicle
Standing Upright - Facing Backwards - Accessing Electronics Rack
2 Scientists
Sitting Upright - Facing the Center of the Sphere
Leaning Over / Laying on the Side - Looking Out the View Port - Observing the Monitor(s)
Kneeling - Leaned Over the Seat - Looking Out the Side View Port
All Users
Climbing In and Out of Hatch
Standing - Accessing Oxygen, Scrubbers
Design Values
Pleasant
Universal
Symmetrical
Ergonomic
Organic
Durable
Innovative
Cost Effective
Safe
Effecient
Essential Equipment
Furniture
Pilot Seat
Crew / Scientists x 2
Atmosphere / Life Support
CO2 Scrubbers
Scrubber Assembly (x1)
Scrubber Refills (x2)
Backup Scrubber Refills (x6)
Emergency Breathing Masks (x3)
O2 Tanks (x12)
Emergency Rebreathers (Bio-Pack) (x3)
Controls
Manipulator Controls (x2)
Schilling Master Control (x2)
3D Propulsion Joystick
Data Collection / Science Rack
CPCI Card Rack (x1)
PC104 I/O Computer (x1)
PC104 Digital I/O Card (x2)
PC104 Analog I/O Card (x3)
PC104 Supply (x1)
Displays
Pilot's Multi-Function Overhead Display (x3)
Pilot's Multi-Function Console Display (x1)
Observers' Multi-Function Console Display (x2)
Design Opportunities
Pilot's SeatNoseless Bicycle SeatWhat about using bike parts to build adjustable seating for crew?
Crew Seat x2 (Symmetrical)
Organization of Equipment / ToolsHeadroom
Access to Information
Monitors
Ship Feedback/Monitoring
Dual Camera Visual
"periscope" port jig
New Electronic Equipment Configuration
From Tape to Solid State
Touch Screen Monitors
Handheld Monitors
The Software That Commands and Controls Recording Equipment, Visual Organization
Personal Audio Equipment, Voice Recording, Communication
7
Extrem
e Environm
ents
The WHOI Sphere
Users
Scientists
Adam Sovle - Geologist - 3 Trips
Susan Humphris - Geochemist - More than 30 dives
Dan Fornari - Studies Deep Sea Volcanoes - More than 100 Dives
Pilots
Pat Hickey
Dudley Foster
Anthony Tarantino
Maintenance Crew?
Motion Map
Pilot
Leaning Forward - Looking Out Center-Front Port - Controlling the Vehicle
Sitting Upright - Viewing Monitor - Controlling the Vehicle
Standing Upright - Facing Backwards - Accessing Electronics Rack
2 Scientists
Sitting Upright - Facing the Center of the Sphere
Leaning Over / Laying on the Side - Looking Out the View Port - Observing the Monitor(s)
Kneeling - Leaned Over the Seat - Looking Out the Side View Port
All Users
Climbing In and Out of Hatch
Standing - Accessing Oxygen, Scrubbers
Design Values
Pleasant
Universal
Symmetrical
Ergonomic
Organic
Durable
Innovative
Cost Effective
Safe
Effecient
Essential Equipment
Furniture
Pilot Seat
Crew / Scientists x 2
Atmosphere / Life Support
CO2 Scrubbers
Scrubber Assembly (x1)
Scrubber Refills (x2)
Backup Scrubber Refills (x6)
Emergency Breathing Masks (x3)
O2 Tanks (x12)
Emergency Rebreathers (Bio-Pack) (x3)
Controls
Manipulator Controls (x2)
Schilling Master Control (x2)
3D Propulsion Joystick
Data Collection / Science Rack
CPCI Card Rack (x1)
PC104 I/O Computer (x1)
PC104 Digital I/O Card (x2)
PC104 Analog I/O Card (x3)
PC104 Supply (x1)
Displays
Pilot's Multi-Function Overhead Display (x3)
Pilot's Multi-Function Console Display (x1)
Observers' Multi-Function Console Display (x2)
Design Opportunities
Pilot's SeatNoseless Bicycle SeatWhat about using bike parts to build adjustable seating for crew?
Crew Seat x2 (Symmetrical)
Organization of Equipment / ToolsHeadroom
Access to Information
Monitors
Ship Feedback/Monitoring
Dual Camera Visual
"periscope" port jig
New Electronic Equipment Configuration
From Tape to Solid State
Touch Screen Monitors
Handheld Monitors
The Software That Commands and Controls Recording Equipment, Visual Organization
Personal Audio Equipment, Voice Recording, Communication
The ProgramWithin the context of a six week program our team had to choose from among a vast array of possible design opportunities to determine where we could provide our highest value. This required us to step back and assess as much of the structure, function, process and purpose regarding the elements and interactions pertinent to the human in the Alvin’s environment.
8
Ext
rem
e E
nviro
nmen
ts
Scale Mock-ups
To get a handle on the interior space of the cabin we built various scale models, as well as, half of a full scale mock-up that we could put ourselves into and test prototypes.
9
Extrem
e Environm
ents
10
Ext
rem
e E
nviro
nmen
ts
11
Extrem
e Environm
ents
12
Ext
rem
e E
nviro
nmen
tsPilot’s Seat Inspiration
+ + +
13
Extrem
e Environm
ents
Tilting Lumbar Support
Pilot Seat Scale Models
Mesh Seat Pan Adjustable Console
Chest & Forearm Support PadSeat Tilting Control
Adjustable Foot Blocks
Sliding Track
Hydraulic Lift
Adjustable Knee Pad
14
Ext
rem
e E
nviro
nmen
tsCrew Seat Inspiration and Scale Models
15
Extrem
e Environm
ents
Side raises and lowers
Underseat storage
Small pocket for personal item storage
Writing surface raises & swivels
Seat cushion moves to side to allow window port access
Seat back folds up & down
16
Ext
rem
e E
nviro
nmen
ts
Presentation
As the final step in the program, we once again visited the Woods Hole Oceanographic Institute and presented our work to the pilots and engineers for their review.
17
Extrem
e Environm
ents