Portfolio
A collection of work throughout my time in product dev, data, strategy, sales, and BD
Network Quality Algorithms
Mainline Intelligence
A variety of algorithms I developed to determine the authenticity of Twitter accounts, so brands could make informed decisions on their ambassador spend.
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Account Auditing System
Mainline Intelligence
A high throughput data collection system I developed to facilitate the network quality algorithms and to provide on demand auditing for brand ambassador programs.
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Virality Network Mapping
Mainline Intelligence
Using network mapping to determine potential virality of users and content without relying on conventional metrics like follower count. The initial inspiration for auditing algorithms.
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Hyper-targeted Ads Audiences
Mainline Intelligence
Using relational data of who follows who and who engages with what to hyper-target audiences that drive campaign results on Twitter.
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Automated Direct Outreach System
Mainline Intelligence
Tools developed in house to facilitate customized outreach and account based marketing to roughly 25,000 prospective accounts as well as their employees and founders.
Product Whitepapers
GO
During my time at GO, I created whitepapers for several clients to both encapsulate the research deliverables from my Data & Insights division as well as create a large library of content for distribution.
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Technical Blogging
Droplit
During my time at Droplit, I wrote several technical articles for use in our social media posting strategy. The objective was to build a library of thought leadership content for both marketing and sales enablement materials.
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Planar Microfluidic Mixer Based on Log Spirals
Louisiana State University
"Lab-on-chip" technologies promise miniaturized and rapid point-of-care diagnostics. However, technical challenges are myriad as working with fluids and samples on the micro-scale presents many engineering challenges, such as fluid mixing. During my senior year at LSU, I invented a novel micro-fluidic mixer that was easy to construct, compatible with biological samples, and had superior mixing performance relative to other passive, single layer designs.
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