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Group For Organizational Effectiveness, Inc., The

$4,149,022

Total funding

6

Grants

Funding over time

peak $1.4M · FY2011–20

$2M$1.5M$1M$500K$0

'11

'12

'13

'14

'15

'16

'17

'18

'19

'20

Funding mix

By agency

DOD$2,172,354 · 2

NASA$1,976,668 · 4

By mechanism

—$4,149,022 · 6

Investigators at Group For Organizational Effectiveness, Inc., The

Investigator-initiated All funding

Investigatorsi

Rising Stars

First grant in the last 5 yrs

Not enough data

Emerging Leaders

6–10 yrs in

Not enough data

All-Time

Most funded here, all years

Not enough data

Largest grants

THE DEVELOPMENT AND CONSTRUCT VALIDATION OF UNOBTRUSIVE DYNAMIC MEASURES OF TEAM PROCESSES AND EMERGENT STATES BAA TOPIC II-A-1$1,379,431

· FY2015 · Department of the Army

FLIGHT CREWS IN LONG DURATION SPACE EXPLORATION (LDSE) MISSIONS ARE ISOLATED FOR PROLONGED PERIODS WITH ACCESS TO ONLY LIMITED, TIME-LAGGED COMMUNICA$1,076,672

· FY2011 · National Aeronautics and Space Administration

OPTIMIZING TEAM COMPOSITION: THEORETICAL AND COMPUTATIONAL ADVANCEMENT$792,923

· FY2019 · Department of the Army

THE SUCCESS OF FUTURE LONG DURATION EXPLORATION MISSIONS (LDEM) IS LIKELY TO BE CONTINGENT ON THE CREW S ABILITY TO ADJUST IN RESPONSE TO ENVIRONMENT DEMANDS. THERE HAS BEEN RECENT INTEREST IN TEAM ADAPTATION AND RESILIENCE IN THE SCIENTIFIC COMMUNITY BUT RESEARCHERS HAVE NOTED THE NEED TO CLARIFY THOSE CONSTRUCTS. WE PROPOSE A PROGRAM OF RESEARCH TO: A) CLARIFY AND BETTER UNDERSTAND THESE CONSTRUCTS IN PARTICULAR WITH HOW THEY OPERATE IN ISOLATED CONFINED AND EXTREME (ICE) ENVIRONMENTS AND B) BASED ON THAT ENHANCED UNDERSTANDING DEVELOP AND TEST TARGETED COUNTERMEASURES DESIGNED TO BOOST THE ADAPTABILITY AND RESILIENCE OF LDEM CREWS. WORK CONDUCTED BY MAYNARD AND COLLEAGUES (2015) SUPPLEMENTED BY THE TEAM RESILIENCE WORK OF ALLIGER ET AL. (IN PRESS) ALL MEMBERS OF OUR RESEARCH TEAM PROVIDES A ROAD MAP FOR THE PROPOSED RESEARCH. WE WILL FIRST EXAMINE THE IMPACT OF DIFFERENT ENVIRONMENTAL TRIGGERS ON TEAM ADAPTATION INCORPORATING AN EVENT TAXONOMY AND CATEGORIZATION SCHEMA WITH WHICH TO ASSESS EXPERIENCES AND TRIGGER EVENTS. THIS WILL ALLOW US TO INDEX THE TYPES OF CHALLENGES THAT LDEM CREWS WILL CONFRONT. WE WILL TEST A SERIES OF RELATED HYPOTHESES USING ARCHIVAL DATA WE COLLECTED IN PRIOR RESEARCH IN THE HERA HABITAT. WE WILL THEN EXAMINE ANTECEDENTS AND OUTCOMES OF ADAPTATION GATHERING DATA IN TWO ANALOG ENVIRONMENTS. FINALLY BASED ON THE THEORETICAL AND PRELIMINARY EMPIRICAL WORK WE WILL DEVELOP TEAM COUNTERMEASURES DESIGNED TO PROMOTE CONSTRUCTIVE TEAM ADAPTATION AND TEAM RESILIENCE AND DURING YEARS 2 AND 3 TEST THOSE COUNTERMEASURES IN ANALOG ENVIRONMENTS. ONE OF OUR TEST ENVIRONMENTS WILL BE A FIELD SETTING THAT INVOLVES TEAMS THAT WORK IN ICE CONDITIONS IN THE OIL AND GAS INDUSTRY. THE SECOND TEST ENVIRONMENT WILL BE A NASA ANALOG SUCH AS NEEMO OR HERA WHICH WILL PROVIDE THE OPPORTUNITY TO TEST THE USABILITY OF THE COUNTERMEASURES.$699,996

· FY2020 · National Aeronautics and Space Administration

THE SUCCESS OF FUTURE LONG DURATION EXPLORATION MISSIONS (LDEM) IS LIKELY TO BE CONTINGENT ON THE CREWS ABILITY TO ADJUST IN RESPONSE TO ENVIRONMENT DEMANDS. THERE HAS BEEN RECENT INTEREST IN TEAM ADAPTATION AND RESILIENCE IN THE SCIENTIFIC COMMUNITY BUT RESEARCHERS HAVE NOTED THE NEED TO CLARIFY THOSE CONSTRUCTS. WE PROPOSE A PROGRAM OF RESEARCH TO: A) CLARIFY AND BETTER UNDERSTAND THESE CONSTRUCTS IN PARTICULAR WITH HOW THEY OPERATE IN ISOLATED CONFINED AND EXTREME (ICE) ENVIRONMENTS AND B) BASED ON THAT ENHANCED UNDERSTANDING DEVELOP AND TEST TARGETED COUNTERMEASURES DESIGNED TO BOOST THE ADAPTABILITY AND RESILIENCE OF LDEM CREWS. WORK CONDUCTED BY MAYNARD AND COLLEAGUES (2015) SUPPLEMENTED BY THE TEAM RESILIENCE WORK OF ALLIGER ET AL. (IN PRESS) ALL MEMBERS OF OUR RESEARCH TEAM PROVIDES A ROAD MAP FOR THE PROPOSED RESEARCH. WE WILL FIRST EXAMINE THE IMPACT OF DIFFERENT ENVIRONMENTAL TRIGGERS ON TEAM ADAPTATION INCORPORATING AN EVENT TAXONOMY AND CATEGORIZATION SCHEMA WITH WHICH TO ASSESS EXPERIENCES AND TRIGGER EVENTS. THIS WILL ALLOW US TO INDEX THE TYPES OF CHALLENGES THAT LDEM CREWS WILL CONFRONT. WE WILL TEST A SERIES OF RELATED HYPOTHESES USING ARCHIVAL DATA WE COLLECTED IN PRIOR RESEARCH IN THE HERA HABITAT. WE WILL THEN EXAMINE ANTECEDENTS AND OUTCOMES OF ADAPTATION GATHERING DATA IN TWO ANALOG ENVIRONMENTS. FINALLY BASED ON THE THEORETICAL AND PRELIMINARY EMPIRICAL WORK WE WILL DEVELOP TEAM COUNTERMEASURES DESIGNED TO PROMOTE CONSTRUCTIVE TEAM ADAPTATION AND TEAM RESILIENCE AND DURING YEARS 2 AND 3 TEST THOSE COUNTERMEASURES IN ANALOG ENVIRONMENTS. ONE OF OUR TEST ENVIRONMENTS WILL BE A FIELD SETTING THAT INVOLVES TEAMS THAT WORK IN ICE CONDITIONS IN THE OIL AND GAS INDUSTRY. THE SECOND TEST ENVIRONMENT WILL BE A NASA ANALOG SUCH AS NEEMO OR HERA WHICH WILL PROVIDE THE OPPORTUNITY TO TEST THE USABILITY OF THE COUNTERMEASURES.$200,000

· FY2017 · National Aeronautics and Space Administration

THE SUCCESS OF FUTURE LONG DURATION EXPLORATION MISSIONS (LDEM) IS LIKELY TO BE CONTINGENT ON THE CREWS ABILITY TO ADJUST IN RESPONSE TO ENVIRONMENT DEMANDS. THERE HAS BEEN RECENT INTEREST IN TEAM ADAPTATION AND RESILIENCE IN THE SCIENTIFIC COMMUNITY BUT RESEARCHERS HAVE NOTED THE NEED TO CLARIFY THOSE CONSTRUCTS. WE PROPOSE A PROGRAM OF RESEARCH TO A) CLARIFY AND BETTER UNDERSTAND THESE CONSTRUCTS IN PARTICULAR WITH HOW THEY OPERATE IN ISOLATED CONFINED AND EXTREME (ICE) ENVIRONMENTS AND B) BASED ON THAT ENHANCED UNDERSTANDING DEVELOP AND TEST TARGETED COUNTERMEASURES DESIGNED TO BOOST THE ADAPTABILITY AND RESILIENCE OF LDEM CREWS.WORK CONDUCTED BY MAYNARD AND COLLEAGUES (2015) SUPPLEMENTED BY THE TEAM RESILIENCE WORK OF ALLIGER ET AL. (IN PRESS) ALL MEMBERS OF OUR RESEARCH TEAM PROVIDES A ROAD MAP FOR THE PROPOSED RESEARCH. WE WILL FIRST EXAMINE THE IMPACT OF DIFFERENT ENVIRONMENTAL TRIGGERS ON TEAM ADAPTATION INCORPORATING AN EVENT TAXONOMY AND CATEGORIZATION SCHEMA WITH WHICH TO ASSESS EXPERIENCES AND TRIGGER EVENTS. THIS WILL ALLOW US TO INDEX THE TYPES OF CHALLENGES THAT LDEM CREWS WILL CONFRONT. WE WILL TEST A SERIES OF RELATED HYPOTHESES USING ARCHIVAL DATA WE COLLECTED IN PRIOR RESEARCH IN THE HERA HABITAT.WE WILL THEN EXAMINE ANTECEDENTS AND OUTCOMES OF ADAPTATION GATHERING DATA IN TWO ANALOG ENVIRONMENTS. FINALLY BASED ON THE THEORETICAL AND PRELIMINARY EMPIRICAL WORK WE WILL DEVELOP TEAM COUNTERMEASURES DESIGNED TO PROMOTE CONSTRUCTIVE TEAM ADAPTATION AND TEAM RESILIENCE AND DURING YEARS 2 AND 3 TEST THOSE COUNTERMEASURES IN ANALOG ENVIRONMENTS.ONE OF OUR TEST ENVIRONMENTS WILL BE A FIELD SETTING THAT INVOLVES TEAMS THAT WORK IN ICE CONDITIONS IN THE OIL AND GAS INDUSTRY. THE SECOND TEST ENVIRONMENT WILL BE A NASA ANALOG SUCH AS NEEMO OR HERA WHICH WILL PROVIDE THE OPPORTUNITY TO TEST THE USABILITY OF THE COUNTERMEASURES$0

· FY2016 · National Aeronautics and Space Administration