Experience
Experience
Emulate • Engineer 3
2016 - 2021
Boston, MA
A biotechnology startup that creates advanced Organ-Chip in-vitro models and instrumentation.
Served as technical point for two multimillion-dollar NCATS/CASIS grants in organ-chips-in-space* microgravity research using Emulate’s Organ-Chip platform. Completed missions include SpaceX CRS-16 in December 2018, SpaceX CRS-17 in May 2019, and SpaceX CRS-20 in March 2020.
Technical Management
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Developed microfluidics hardware and programmed experiment software to autonomously run bioengineering experiments for launch, travel, and station on the International Space Station.
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Patented technique in biological sampling, media recirculation and pumping, USPTO: 17/036652.
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Led monthly Engineering Verification Tests in a BL2+ lab verifying nominal flow and pressure, experiment programming, sensing suite validation and bioengineering sterility.
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Responsible for making technical tradeoffs pertaining to biology requirements.
Product Management
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Coordinated cross-functional team of 8 biologists and engineers allocated across two NIH grants.
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Collaborated with external groups in aerospace and manufacturing to develop payload features and debug hardware and software issues.
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Developed and managed aggressive development and verification schedule from concept to rocket launch for 3 launches for 2 Organ-Chip grants over 4 years.
-
Reported monthly experiment updates and data findings to NIH-NCATS and CASIS grant executives.
Emulate • Engineer 3
2016 - 2021
Boston, MA
A biotechnology startup that creates advanced Organ-Chip in-vitro models and instrumentation.
Served as technical point for two multimillion-dollar NCATS/CASIS grants in organ-chips-in-space* microgravity research using Emulate’s Organ-Chip platform. Completed missions include SpaceX CRS-16 in December 2018, SpaceX CRS-17 in May 2019, and SpaceX CRS-20 in March 2020.
Technical Management
-
Developed microfluidics hardware and programmed experiment software to autonomously run bioengineering experiments for launch, travel, and station on the International Space Station.
-
Patented technique in biological sampling, media recirculation and pumping, USPTO: 17/036652.
-
Led monthly Engineering Verification Tests in a BL2+ lab verifying nominal flow and pressure, experiment programming, sensing suite validation and bioengineering sterility.
-
Responsible for making technical tradeoffs pertaining to biology requirements.
Product Management
-
Coordinated cross-functional team of 8 biologists and engineers allocated across two NIH grants.
-
Collaborated with external groups in aerospace and manufacturing to develop payload features and debug hardware and software issues.
-
Developed and managed aggressive development and verification schedule from concept to rocket launch for 3 launches for 2 Organ-Chip grants over 4 years.
-
Reported monthly experiment updates and data findings to NIH-NCATS and CASIS grant executives.
Work
Experience
2016 - 2021
Emulate
A biotechnology startup that creates advanced Organ-Chip in-vitro models and instrumentation.
Served as technical point for two multimillion-dollar NCATS/CASIS grants in organ-chips-in-space* microgravity research using Emulate’s Organ-Chip platform. Completed missions include SpaceX CRS-16 in December 2018, SpaceX CRS-17 in May 2019, and SpaceX CRS-20 in March 2020.
Technical Management [GSA3]
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Developed microfluidics hardware and programmed experiment software to autonomously run bioengineering experiments for launch, travel, and station on the International Space Station.
-
Patented technique in biological sampling, media recirculation and pumping, USPTO: 17/036652.
-
Led monthly Engineering Verification Tests in a BL2+ lab verifying nominal flow and pressure, experiment programming, sensing suite validation and bioengineering sterility.
-
Responsible for making technical tradeoffs pertaining to biology requirements.
Product Management
-
Coordinated cross-functional team of 8 biologists and engineers allocated across two NIH grants.[GSA4]
-
Collaborated with external groups in aerospace and manufacturing to develop payload features and debug hardware and software issues.
-
Developed and managed aggressive development and verification schedule from concept to rocket launch for 3 launches for 2 Organ-Chip grants over 4 years.
-
Reported monthly experiment updates and data findings to NIH-NCATS and CASIS grant executives.
[GSA1]Change to something easier to understand to leave as is?
[GSA2]Does the organization for this section make sense?
[GSA3]Should this be Individual Contribution? I’m trying to differentiate between Technical Work / Management and Product Management
I worked closely with 8 people but there were more people involved (12 people from emulate and Space Tango + 6 vendors).
BBB grant – jose, veronica, sifis, konstantia (4)
Gut grant – Will, Jordan, Chris J, Heather (4)
ST – Gentry, Jason, Paul, Zach (4)
Vendors – Parallel, H-Squared, Lee Co., Takasago, ProtoLabs, & PDF (6)
Worked closely with: Jose, Veronica, Sifis, Will, Chris J, Gentry, Jason, Paul (8)
Delegated tasks to: Veronica, Will, Chris J (3)
2018 - 2020
Writer at Large
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2017 - 2018
Intern
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Education
2015 - 2017
Establishment Name | Master’s Degree
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2012 - 2015
Establishment Name | Bachelor's Degree
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Skills
& Expertise
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