Show Navigation

Search Results

Refine Search
Match all words
Match any word
Prints
Personal Use
Royalty-Free
Rights-Managed
(leave unchecked to
search all images)
{ 29 images found }

Loading ()...

  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_185.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_166.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_162.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_157.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_153.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_147.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_146.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_133.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_113.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_108.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_102.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_097.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_087.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_078.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_075.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_045.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_032.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_031.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_017.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_002.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_005.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_111.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_084.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_082.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_070.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_053.JPG
  • Timonium, Maryland - September 15, 2014: Jack Levis, the leader of UPS's ORION big data project sits for portraits at the UPS technology Center in Timonium, Md.<br />
The ORION project combines mapping algorithms with driver input to create the most optimal delivery routes. <br />
<br />
CREDIT: Matt Roth for The Wall Street Journal<br />
Assignment ID: 34383 <br />
Slug: UPS
    140915_Jack_Levis_UPS_ORION_048.JPG
  • Laurel, Maryland - December 31, 2018: Jason Mackie, member of the New Horizons Occultation Team, with his (sleepy) four-month-old son Augustus Orion Mackie during the Ultima Thule Flyby Event New Years Eve 2018 at the Johns Hopkins University Applied Physics Laboratory in Laurel, Md. Less than half-an-hour into 2019 (Eastern Time), The NASA spacecraft New Horizons will encounter Kuiper Belt object 2014 MU69 – nicknamed “Ultima Thule” – orbiting one billion miles beyond Pluto. Those attending the event will ring in 2019, then celebrate Space Science History.<br />
<br />
CREDIT: Matt Roth for The New York Times<br />
Assignment ID: 30228770A
    181231_181231_Ultima_Thule_Flyover_1...jpg
  • Laurel, Maryland - December 31, 2018: Jason Mackie, member of the New Horizons Occultation Team, with his (sleepy) four-month-old son Augustus Orion Mackie during the Ultima Thule Flyby Event New Years Eve 2018 at the Johns Hopkins University Applied Physics Laboratory in Laurel, Md. Less than half-an-hour into 2019 (Eastern Time), The NASA spacecraft New Horizons will encounter Kuiper Belt object 2014 MU69 – nicknamed “Ultima Thule” – orbiting one billion miles beyond Pluto. Those attending the event will ring in 2019, then celebrate Space Science History.<br />
<br />
CREDIT: Matt Roth for The New York Times<br />
Assignment ID: 30228770A
    181231_181231_Ultima_Thule_Flyover_1...jpg
  • Facebook
  • Twitter
x

Matt Roth Baltimore Photographer Editorial & Commercial

  • Portfolio
  • About
  • Contact
  • Archive
    • All Galleries
    • Search
    • Cart
    • Lightbox
    • Client Area
  • Instagram
  • tumblr