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Work Background
Bill & Melinda Gates FoundationStrategic Consultant, Open Access
Jul. 2024 - Aug. 2024
AnalogFolkSocial Media Strategy Consultant
Mar. 2024 - Apr. 2024Partnered with AnalogFolk to revitalize the social media content strategy for a global pharmaceutical client (NDA applies). Assisted in the strategic social media audit, conducting content analysis and competitor benchmarking to identify areas for optimization. Contributed to the development of a strategic insights report outlining recommendations for content improvement, audience engagement, and brand positioning on a major social media platform. Contributed to content ideation by providing creative concepts, production recommendations, and sample Figma mockups to support the strategic recommendations.
YouTubeStakeholder-In-Residence
Jul. 2023 - Feb. 2024Generative AI x YouTube Creators, Confidential
StandardCreator Culture Liaison
Jan. 2023
YouTubeCreator-in-Residence
Aug. 2022 - Jul. 2023LGBTQ+ x YouTube Creators, Confidential
Cornell UniversityMember, Cornell Engineering Alumni Association
May. 2021Remote
Cornell UniversityPresident, Class of 2018 Council
Jan. 2021 - Jul. 2023Greater Boston
MIT Science Policy ReviewChief Operating Officer
Oct. 2019 - Oct. 2021Boston, Massachusetts, United States
Massachusetts Institute of TechnologyDoctoral Candidate
Jan. 2019Greater Boston AreaI work under Dr. Ed Boyden (MIT Media Lab, Brain and Cognitive Sciences) and Dr. Emery Brown MD, PhD (MIT Brain and Cognitive Sciences, Harvard Medical School, Massachusetts General Hospital) on using deep learning, statistical methods, and non-invasive brain stimulation to better understand anesthesia. Supported by the NSF NTP Fellowship, Whitaker Health Sciences Fund Fellowship, NSF Graduate Research Fellowship, GEM Fellowship
The Tech (MIT)Science Editor
Jan. 2019 - Dec. 2019Greater Boston Area
Cornell UniversityVice President, Class of 2018 Alumni Chairs
Oct. 2018 - Dec. 2020Greater Boston Area
Massachusetts Institute of TechnologyScience Communication Consultant - MIT International Policy Lab
Oct. 2018 - Mar. 2019Cambridge, MassachusettsDeveloped and conducted a case study on effective science communication strategies for policy engagement, focusing on a specific faculty member at MIT.
The Scientista FoundationSpeaker Team - 2019 Scientista Symposium
Aug. 2018 - Apr. 2019Greater Boston Area
MIT Media LabGraduate Student Researcher - Camera Culture
Aug. 2018 - Dec. 2018Cambridge, Massachusetts, États-UnisPI: Ramesh Raskar Secure encryption and classification framework for HIPAA-protected medical images.
The Tech (MIT)Staff Writer - Science Department
Aug. 2018 - Dec. 2018Greater Boston Area
YouTubeAI Creator
Jul. 2018Creator, Host and Producer of a YouTube channel (http://www.youtube.com/jordanharrod) focused on artificial intelligence and algorithms education.
- 84,000+ Subscribers and 2,000,000+ watch minutes (as of 5/1/2023)
March for ScienceDirector of Public Engagement + Graduate Student Advisor (Students for Science)
May. 2018 - Mar. 2019Chicago, Illinois, United StatesCo-developed a podcast series based on Student Advocacy Summit/SIGNS Summit sessions. Organized six sessions for students ages 13-25 on Public Health, Technology Policy, Clean Energy, Science Writing, Making a Science News Website, and Crowdsourcing for Change. Developed questions for and facilitated Community Roundtables on questions relevant to science advocates Created Pre-Summit and Post-Summit surveys for students to gauge event impact
Cornell UniversityProgram Assistant - CURIE Academy
May. 2018 - May. 2018Ithaca, New YorkCURIE Academy is a one-week summer residential programs focused on engineering experiences for female high school juniors and seniors. Program Assistants provide full-time, round-the-clock guidance and shared supervision for up to 50 participants.
Cornell UniversityTeaching Assistant - BME 3310
Jan. 2018 - May. 2018Ithaca, New York AreaBME 3310: Medical and Preclinical Imaging - Taught by Dr. Nozomi Nishimura - Co-designed hands-on laser speckle imaging lab
- Advised students on imaging modalities and image analysis, and held office hours.
Cornell UniversitySenior Design - Non-Invasive Minimal-Contact Rodent Vital Monitoring System
Aug. 2017 - May. 2018Ithaca, New York AreaClient: Dr. Chris Schaffer, Associate Professor, Meinig School of Biomedical Engineering • Developed a physiology monitoring system for anesthetized small animal surgeries
• Primarily worked to develop system user interface in Python with PyQt5 -analog signal processing, PID temperature control, analog circuit design, Python GUI development
• Pitched system to potential investors, won first place in Design and Pitch out of undergraduate and MEng teams at the 2018 Meinig School Showcase Competition
Cornell UniversityTeaching Assistant - BME 3030
Aug. 2017 - Dec. 2017Ithaca, New York AreaBME 3030: Measurement and Instrumentation in Biomedical Engineering - Taught by Dr. Chris Schaffer
- Advised students on circuit design and experimental design during an instrumentation lab and held office hours.
- Designed and taught a lecture on advanced biomedical data analysis and manipulation.
Stanford UniversityStanford Amgen Scholar
Jun. 2017 - Aug. 2017Stanford, CASummer 2017 Amgen Scholar PI: Dr. Lei Xing
Mentor: Dr. Morteza Mardani I aim to develop a neural network that will identify artifacts in real-time MRI imaging. - Developed a recurrent convolutional neural network to automate artifact identification in real-time MRI.
- Developed a deep convolutional neural network that automates aliasing artifact identification on MRI images. - Developed Python algorithm to introduce aliasing motion artifacts in complex-valued MRI images.
Cornell UniversityResidential Student Assistant
Aug. 2016 - May. 2017Alice Cook HouseSupport programming and educational/intellectual trips for residents of Alice Cook House. Work with staff and members of the Cornell University Language House to facilitate intercultural dialogue and education.
Novartis Institutes for BioMedical Research (NIBR)Biomarker Development Intern
May. 2016 - Aug. 2016East Hanover, New JerseyAt Novartis, I aimed to more efficiently process Proof-of-Concept data for several pre-clinical drug trials using MATLAB, Spotfire, and Microsoft Office to prove their efficacy. ● Generated Proof-of-Concept data for several concurrent preclinical studies for transition to the next stage in FDA approval. ● Analyzed optical coherence tomography images of intra-retinal fluids to determine drug efficacy on reduction of fluid volumes in a clinical trial. ● Validated novel software that aimed to better visualize intra-retinal fluids using three-dimensional reconstructions and user-delineated fluid selections. ● Evaluated clinical trial data to determine systemic and local effects of a new topical analgesic treatment using Spotfire and Microsoft Excel visualization and data analysis techniques.
Cornell University - Meinig School of Biomedical EngineeringUndergraduate Researcher
May. 2015 - May. 2018Ithaca, New York AreaI aimed to characterize and replicate the meniscal entheses, which attach the meniscal body to bone.
- Created meniscal enthesis constructs using trabecular bone cores containing mineralization gradients and tested the tensile strength of constructs to determine the ideal demineralization profile for enthesis.
- Created custom MATLAB scripts to analyze the demineralization profile of partially demineralized trabecular bone cores.
- Established a standardized demineralization procedure for trabecular bone cores to further improve the mechanical properties of meniscal enthesis constructs.
- Analyzed microCT scans of demineralized bone experimental samples qualitatively by creating 3D renderings in Avizo Fire.
- Implemented histological techniques to compare protein localization and collagen fiber alignment in meniscal enthesis constructs to the native enthesis.
Columbia University in the City of New YorkResearch Assistant
Mar. 2014 - Jul. 2014Greater New York City AreaAt Columbia, I aimed to determine whether nanofiber polymer scaffolds intended for use in drug delivery could withstand the mechanical stresses experienced by the periodontal ligament. ● Mapped tensile properties of nanofiber scaffolds to validate them as a replacement for native periodontal ligamentous tissue. ● Electrospun polymer nanofiber scaffolds of different chemical compositions. ● Performed fluorescence assays on cell-seeded scaffolds to determine DNA content and cell viability. ● Performed mechanical testing to determine failure energies of polymer scaffolds and interpreted results using MATLAB and Microsoft Excel.
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