from stem to steam: aerospace partnerships with cultural heritage diagnostics

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FOR TRACK 13: MANAGEMENT , SYSTEMS ENGINEERING , AND COST P APER 13.0803: FROM STEM TO STEAM: AEROSPACE P ARTNERSHIPS WITH CULTURAL HERITAGE DIAGNOSTICS SESSION 13.08: PROMOTING (AND PROVOKING) CULTURAL CHANGE

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Page 2: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

FROM: SF & SILICON VALLEY

NOW: IN SAN DIEGO

FIELDWORK: MEDITERRANEAN BASIN

ASHLEY M. RICHTER:

A VISUAL BIOGRAPHY OF AN ARCHAEOLOGIST

EDUCATION: UNITED KINGDOM

Page 3: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

BASIC PREMISE

AEROSPACE & ARCHAEOLOGY NEED TO:

* START NEW DIALOGUES OF COOPERATION TO

BUILD, REFINE, AND USE DIAGNOSTIC IMAGING & VISUALIZATION TECHNOLOGIES

*FIND NEW WAYS TO MERGE THEIR ENGINEERING EDUCATION GOALS TO BETTER ENGAGE

THE PUBLIC AND THE NEXT GENERATIONS OF ENGINEERS

*ARCHAEOLOGICAL SURVEYING NEEDS TO STOP SCAVENGING & RAIDING TECHNOLOGY

& START CONTRIBUTING TO ENGINEERING RESEARCH & DEVELOPMENT, AND EDUCATION

Page 4: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

THERE IS SIGNIFICANT OVERLAP BETWEEN THE GOALS OF

AEROSPACE & “CULTURAL HERITAGE DIAGNOSTICS”

*Spatial & Temporal

Visualization & Analysis

*Surveying

*Remote Multimedia Processing & Interdisciplinary Collaboration

*Science Education & Policy

AEROSPACE CULTURAL HERITAGE

DIAGNOSTICSMacrocosmic Spatialities

&Timescales

Earth &

Cultural Time Only

Page 6: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

THE CENTER OF INTERDISCIPLINARY

SCIENCE FOR ART, ARCHITECTURE, & ARCHAEOLOGY

Page 7: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

NEW FIELD TOOLS & METHODOLOGIES

NEW VISUALIZATION AND

COLLABORATIVE

ANNOTATION SYSTEMS

NEW PROCESSING

TECHNIQUES TO COMBINE

AND ANALYZE DATA

NEW SYSTEMS FOR

ENGAGING PEOPLE WITH THE

PAST

Page 8: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

BREAKING DOWN BOUNDARIES:• Between Academic

Departments

• Between Academic Disciplines

• Between Academia & Industry & Government

• Between Expert & Non-Expert

• Between Science & the Public

Page 9: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

REFINING WORKFLOWS & EQUIPMENT

THROUGH PRACTICAL TESTING & TRAINING IN

THE FIELDEngineers & Computer Scientists in the field

Social Scientists &

Humanities Scholars

in the Processing Lab

THE

FEED

BACK

LOOP

Engineers & Computer Scientists in the Lab

Social Scientists &

Humanities Scholars

in the Field

Page 10: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

(Note the implicit logistical workflow to any kind

of ‘field work’)

To focus on Interdisciplinary & Collaborative Workflows that can be engaged with on all levels by experts & non-experts

Page 11: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

ACQUISITION

• Digital Data Collection Tools

• Diagnostic Imaging

• Analytical Diagnostics

Page 12: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

ACQUISITION

• Digital Data Collection Tools

• Diagnostic Imaging

• Analytical Diagnostics

CURATION

• Data Storage

• Geo-Spatial Mapping

• Augmentation

• Community Data Bases

Page 13: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

ACQUISITION

• Digital Data Collection Tools

• Diagnostic Imaging

• Analytical Diagnostics

CURATION

• Data Storage

• Geo-Spatial Mapping

• Augmentation

• Community Data Bases

ANALYSIS

• Modeling & Simulation

• Visual Analytics

• Crowd Sourcing

• 3D Visualization

• Cultural Analytics

Page 14: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

ACQUISITION

• Digital Data Collection Tools

• Diagnostic Imaging

• Analytical Diagnostics

CURATION

• Data Storage

• Geo-Spatial Mapping

• Augmentation

• Community Data Bases

DISSEMINATION

• Print Publishing

• Open Access

• Citizen Science

• Cyber-Infrastructure

ANALYSIS

• Modeling & Simulation

• Visual Analytics

• Crowd Sourcing

• 3D Visualization

• Cultural Analytics

Page 15: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

LAYERED REALITIES

Data Stratigraphywhich can be Viewed in Different Augmented& Annotated Realities

Page 16: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

CONCEPT STARTED WITH MULTISPECTRAL ANALYSIS OF PAINTINGS

AND HAS TRANSITIONED TO LANDSCAPES

Page 17: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics
Page 18: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

EXAMPLES:

JORDAN

Khirbat Negieb Asemer

Khirbat en-Nahas

Khirbat Faynan

Wadi Fidan 61

Petra(and many more….)

Page 19: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

EXAMPLES: ITALY: THE BAPTISTERY OF ST. JOHN

Page 20: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

EXAMPLES: ITALY: PALAZZO VECCHIO

Page 21: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

EXAMPLES: SANDCASTLES FOR SCIENCE

Page 22: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

PUTTING MORE ENGINEERS OUT IN THE FIELD

*TESTING OUT THEIR DESIGNS IN REAL-WORLD, TIME-PRESSURED, THINK ON YOUR FEET INSTANCES

WHICH SIMULTANEOUSLY COLLECTS NEEDED DATASETS

*COLLABORATIVE DESIGN WITH INPUT FROM REAL-WORLD USERS

Page 23: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

PUBLIC INTEREST IN ENGINEERING

*STEM to STEAM Education Potential Where

STEAM is not just STEM with Art- but with

Art, Architecture, and Archaeology

Page 24: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

Cultural Heritage Diagnostics IS made up of scavenged Aerospace pieces and can be an exciting

public facet of engagement for Engineering

Page 25: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

COOL IDEA RIGHT? ITS BEEN PARTIALLY PROPOSED BEFORE:

SO WHY DOESN’T IT WORK IN PRACTICE?

Chinese Academy of Sciences’ International Centre on the Use of Space Technologies for

Cultural and Natural Heritage (CEODE) established in 2011

UNESCO-European Space Agency (ESA) Space for Heritage Open Initiative

established in 2003

Archaeological Remote Sensing & Space Archaeology with the National Aeronautics and

Space Administration (NASA)

Page 26: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

FAILURES IN

COMMUNICATION, FOLLOW-THROUGH,

& EXPANSION

Page 27: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

This is what we have now

These are pop culture symbols of what we’re

building towards

IF WE’RE EVER GOING TO HAVE THE SCI-FI

TECH- WE NEED TO MOVE ON TOGETHER

Page 28: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

TO PRESERVE OUR PAST WHILE ENGINEERING OUR FUTURE

VISUALIZATION TECHNOLOGY & FIELD

WORK COULD BE THE KEY TRANSLATION

LANGUAGE TO BRIDGE GAPS AND BUILD

BETTER

Page 29: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

ACKNOWLEDGEMENTS

•The National Science Foundation (NSF) Education and Research Traineeship (IGERT)

project for Training, Research and Education in Engineering for Cultural Heritage Diagnostics (TEECH)

• The Center of Interdisciplinary Science for Art, Architecture, and Archaeology (CISA3)

• The California Institute of Telecommunication and Information Technology (Calit2)

•The Anthropology Department at the University of California, San Diego (UCSD)

•The Cultural Heritage Authorities of Italy, Jordan, Cyprus, & Greece

•My fellow CISA3 Asgardians: Vid Petrovic, Tom Wypych, David Vanoni, and Andrew Huyhn

•My CISA3 colleagues, esp: John Mangan, Joe DeBlasio, David Srour, Jason Kimball

•My CISA3 Undergraduate Research Innovation Internship Students- especially James M. Darling and Aliya Hoff

•Professors Thomas E. Levy (Anthropology), Falko Kuester (Computer Science & Engineering), Maurizio Seracini (EmerituS

Engineering)

•The fabulous Alex Hubenko and amazing Vanessa Pool

Page 30: From STEM to STEAM: Aerospace Partnerships with Cultural Heritage Diagnostics

Thank you Aerospace Audience!!