Personal Information
Organização/Local de trabalho
Charlottesville, Virginia Area, MD United States
Cargo
Dean, School of Data Science & Professor of Biomedical Engineering
Setor
Education
Sobre
Goals:
- To contribute to the ecosystem that supports biomedical research & data science.
- To enable biomedical research & data science through improved scientific data practices.
- To address scientific questions with potential societal benefit.
- To support and advocate for open science.
- To aid in professional development of young scientists and would be scientists of all ages.
Experience:
- 36 years as a physical chemist, information technology developer, computational biologist
- 36 years of teaching and mentoring the above
Marcadores
data science
nih
big data
scholarly communication
open science
commons
bd2k
professional development
drug discovery
open access
bioinformatics
uva
ai
systems pharmacology
university of virginia
digital enterprise
computational biomedicine
polypharmacology
open data
sustainability
ucsd
ten simple rules
structural bioinformatics
computational biology
adds
pdb
plos
biomedical engineering
protein structure similarity
data science institute
dsi
preprints
nih commons
drug repurposing
precision medicine
reproducibility
ethics
biomedical research
human genome
bourne
collaboration
fair principles
nbic
data science academia
career development
science
career
open scholarship
data sustainability
asapbio
evolution
data
platform
force11
databases
education
metagenomics
network pharmacology
iscb
systems biology
academic institutions
off-targets
innovation
structural biology
cloud
semantic web
discovery informatics
reproducability
scientific development
the commons
biomedical sciences
rcsb pdb
data management
3dsig
biological data
biomedical
swot analysis
cancer treatment
niaid
biosciences
bms
pharma
infectious diseases
data analysis
ontology
bioinformatics track
initial plans
whole cell modeling
virtual community
new business models
di2a
journals
nelfinavir
bisti
drugome
sparc
scholarly communi
software
microsoft research
jim gray
psb
ten rules oral presentations
scientists view
publishers
scientific workflows
future of publishing
institutional repositories
protein data bank
allostery
industry
academia
ala
beyond the pdf
workflows
hybrid journals
rcsb
10 sinple rules
high-throughput proteomics
genomics
proteomics
repurposing
library
data bes practices
best practice
repositioning
drugs
undergraduate
omics
stm publishing
side effects
scivee
rich media
data repositories
drug repositioning
nifty
elsevier
marine biodiversity
public library of science
fifty
nasa
ms
capstones
covid-19
3d structure
school of data science
policy
public good
dspg
fair
economic models
preservation
interdisciplinary
ithriv
data accessibility
cloud computing
human genetics
qsp
diabetes
oa
vets
aimbe
bi data
genome sciences
publishing
scholarly research platforms
deep learning
science funding
science and society
iscb fellows
future research
futures
medical education
6 d's
cap and trade model
geotechnical engineering
jackson labs
dark genome
fingerprint method
fourth paradigm
data sharing
research
social responsibility
protein structure prediction
data science school
novo nordisk
brdi
open re
libraries
data scie
precision education
nitrd
federally supported data repositories
tax administration
reporducability
replication
sharing
stem
quantitative scientists
biomedical training
force2015
e-scholarship
plant genomics
animal genomics
human health
hpc
health care
international collaboration
public private partnerships
crowd sourcing
barcelona
societal aspects
ninr
fninr
hhs
yale university
wikimedia
nursing research
open software
functional prediction
scientist perspective
ismb2017
dataverse
uvadsi
platforms
preprint service
reputation
ga4gh
health policy and management
airbnb
macromolecular structure
cor
university administrators
aplu
ieee
promoting better health
disease prevention
acd
cancer moonshot
ostp
pipes vs platfroms
molecular graphics
translation
swot
niehs
global ecosystem
medical centers
strategy
Ver mais
Apresentações
(198)Personal Information
Organização/Local de trabalho
Charlottesville, Virginia Area, MD United States
Cargo
Dean, School of Data Science & Professor of Biomedical Engineering
Setor
Education
Sobre
Goals:
- To contribute to the ecosystem that supports biomedical research & data science.
- To enable biomedical research & data science through improved scientific data practices.
- To address scientific questions with potential societal benefit.
- To support and advocate for open science.
- To aid in professional development of young scientists and would be scientists of all ages.
Experience:
- 36 years as a physical chemist, information technology developer, computational biologist
- 36 years of teaching and mentoring the above
Marcadores
data science
nih
big data
scholarly communication
open science
commons
bd2k
professional development
drug discovery
open access
bioinformatics
uva
ai
systems pharmacology
university of virginia
digital enterprise
computational biomedicine
polypharmacology
open data
sustainability
ucsd
ten simple rules
structural bioinformatics
computational biology
adds
pdb
plos
biomedical engineering
protein structure similarity
data science institute
dsi
preprints
nih commons
drug repurposing
precision medicine
reproducibility
ethics
biomedical research
human genome
bourne
collaboration
fair principles
nbic
data science academia
career development
science
career
open scholarship
data sustainability
asapbio
evolution
data
platform
force11
databases
education
metagenomics
network pharmacology
iscb
systems biology
academic institutions
off-targets
innovation
structural biology
cloud
semantic web
discovery informatics
reproducability
scientific development
the commons
biomedical sciences
rcsb pdb
data management
3dsig
biological data
biomedical
swot analysis
cancer treatment
niaid
biosciences
bms
pharma
infectious diseases
data analysis
ontology
bioinformatics track
initial plans
whole cell modeling
virtual community
new business models
di2a
journals
nelfinavir
bisti
drugome
sparc
scholarly communi
software
microsoft research
jim gray
psb
ten rules oral presentations
scientists view
publishers
scientific workflows
future of publishing
institutional repositories
protein data bank
allostery
industry
academia
ala
beyond the pdf
workflows
hybrid journals
rcsb
10 sinple rules
high-throughput proteomics
genomics
proteomics
repurposing
library
data bes practices
best practice
repositioning
drugs
undergraduate
omics
stm publishing
side effects
scivee
rich media
data repositories
drug repositioning
nifty
elsevier
marine biodiversity
public library of science
fifty
nasa
ms
capstones
covid-19
3d structure
school of data science
policy
public good
dspg
fair
economic models
preservation
interdisciplinary
ithriv
data accessibility
cloud computing
human genetics
qsp
diabetes
oa
vets
aimbe
bi data
genome sciences
publishing
scholarly research platforms
deep learning
science funding
science and society
iscb fellows
future research
futures
medical education
6 d's
cap and trade model
geotechnical engineering
jackson labs
dark genome
fingerprint method
fourth paradigm
data sharing
research
social responsibility
protein structure prediction
data science school
novo nordisk
brdi
open re
libraries
data scie
precision education
nitrd
federally supported data repositories
tax administration
reporducability
replication
sharing
stem
quantitative scientists
biomedical training
force2015
e-scholarship
plant genomics
animal genomics
human health
hpc
health care
international collaboration
public private partnerships
crowd sourcing
barcelona
societal aspects
ninr
fninr
hhs
yale university
wikimedia
nursing research
open software
functional prediction
scientist perspective
ismb2017
dataverse
uvadsi
platforms
preprint service
reputation
ga4gh
health policy and management
airbnb
macromolecular structure
cor
university administrators
aplu
ieee
promoting better health
disease prevention
acd
cancer moonshot
ostp
pipes vs platfroms
molecular graphics
translation
swot
niehs
global ecosystem
medical centers
strategy
Ver mais