Miles

Full Stack Engineer

Brooklyn, New York

1990–Present

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Pushing the limits of web technology since the days of Flash games and CRT screens. I help teams create modern, scalable, and maintainable products and experiences from code.

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Re

Revel

Senior Frontend Engineer

2023–Present

Re

Revel

Senior Frontend Engineer

2023–Present

Revel is a Brooklyn-born transportation company that’s electrifying cities through charging infrastructure and shared electric vehicle fleets. Through the Revel app, users can rent electric mopeds or find fast-charging stations compatible with any brand of EV.

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Vi

Visible

Co-Founder

2021–Present

Vi

Visible

Co-Founder

2021–Present

Visible lets you create multiplayer interactive pages to curate and share your information in custom maps, calendars, galleries, and more. Simply add content and Visible will transform it into a fully interactive page so you can see your information the way it's meant to be seen. From travel itineraries to job hunts, Visible allows you to navigate the world of information like never before.

Co-founded with my brother Mattan Ingram.

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Open imageThe landing page.Open imageOpen imageThe map view for a page of favorite places in New York City.Open imageThe calendar view for a trip-planning page.Open imageThe slideshow view for an apartment hunt page.Open imageThe columns view for an apartment hunt page.
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Mo

Mount Sinai

Senior Fullstack Engineer

2019–2021

Mo

Mount Sinai

Senior Fullstack Engineer

2019–2021

At Mount Sinai I worked as part of the Consumer Digital team tasked with providing a modern, user-friendly, and streamlined telemedicine experience for millions of Mount Sinai patients. I led development of multiple core features of the application such as a multi-platform HIPAA-compliant video-visit system, the appointment booking flow, the signup flow, and various core APIs.

Open imageThe video appointment prejoin room.Open imageIn a video appointment with video turned off.Open imageUsing the chat feature in a video appointment.Open imageSide by side view in a video appointment.Open imageThe COVID screening step of the appointment scheduling wizard.Open imageThe scheduling step of the appointment scheduling wizard.Open imageThe confirmation step of the appointment scheduling wizard.
An

AnimXYZ

Co-Creator

2020–2021

An

AnimXYZ

Co-Creator

2020–2021

AnimXYZ is the first fully composable and customizable CSS animation toolkit that lets you create animations for your HTML, Vue, or React website using plain english. We initially created it as an experiment and it was so compelling we turned it into an open-source library that now has over 2k stars on GitHub. The library leverages the power of utility classes and CSS variables to allow a nearly limitless number of unique animations without writing a single keyframe.

Co-created with my brother Mattan Ingram.

Check out our episode about it on PodRocket.

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Open imageThe landing page.Open imageInteractive sandbox to play with animations.Open imageDocumentation page in dark theme.Open imageDocumentation page in desktop size.Open imageClicking the cube in the corner lets you see an xray of the page animations.
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Ya

YaHerd

Co-Creator

2018–2019

Ya

YaHerd

Co-Creator

2018–2019

YaHerd helps you share the when and where for any get-together. Simple event invites, no accounts necessary. From a party to a protest, YaHerd makes organizing an event as easy as pasting a link, with no ads, no tracking, and totally free.

Co-created with my brother Mattan Ingram.

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Open imageThe landing page.Open imageA video of creating an event.Open imageThe details page of a created event.Open imageThe attending guestlist of an event.Open imageThe chatroom for an event.Open imageAn event page in desktop size.Open imageThe logged-in homepage showing a users events.
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Wy

Wyss Institute

Systems Engineer

2016–2018

Wy

Wyss Institute

Systems Engineer

2016–2018

At the Wyss Institute I designed and built a robotic platform and GUI for human tissue culture and experimentation. The robot was designed to automatically perform the complex liquid handling, climate control, and imaging tasks necessary for culturing human organ tissue within microfluidic devices.

  • Nature Biomedical Engineering

    Robotic fluidic coupling and interrogation of multiple vascularized organ chips

  • Nature Biomedical Engineering

    Quantitative prediction of human drug pharmacokinetic responses enabled by fluidically coupled vascularized organ chips

Open imageScreenshots of the user interface during different stages of robot setup and experimental design.Open image(a) A schematic of the robot control network. (b) A schematic of the software stack and dataflow.Open imageThe CAD model of the robot and its subcomponents.Open imageThe CAD model of the 3-axis imaging module.Open image(a) A robot set up for an experiment. (b) Two robots in separate tissue culture incubators. (c) Organ chips in tissue culture cartridges. (d) Top down of organ chips in culture.Open imageA schematic of an experiment and all the organ chips, fluidic connections, and cell types involved.
Wy

Wyss Institute

Microdevice Design Engineer

2014–2016

Wy

Wyss Institute

Microdevice Design Engineer

2014–2016

At the Wyss Institute I designed and fabricated plastic microfluidic chips for culturing human organ tissues as well as developed a specialized QC tracking application. The microchips enabled tissue culture with unparalleled fidelity by utilizing complex microstructures and bio-coatings that mimic the cellular environment in the body. Ultimately the microchips could be used to accelerate the drug development process by providing a more accurate model of human organ tissues.

  • Nature Biomedical Engineering

    Mature induced-pluripotent-stem-cell-derived human podocytes reconstitute kidney glomerular-capillary-wall function on a chip

Open imageThe QC system for tracking the microfluidic chips through the fabrication and experimentation process.Open imageA lung-on-a-chip microfluidic device.Open imageA diagram of the various organ tissues that are grown in the microfluidic chips.Open imageMany microfluidic chips ready for use.
Ba

Bard College

Software Engineer

2013–

Ba

Bard College

Software Engineer

2013–

At Bard College I worked on a cost-effective direct laser writing system and GUI for the fabrication of microfluidic devices. The system coupled a standard fluorescence microscope, a 3-axis stage, and a UV laser to generate complex patterns with high precision. To make the system as user friendly as possible I programmed a custom GUI for pattern design and machine calibration.

  • Microfluidics and Nanofluidics

    A convenient direct laser writing system for the creation of microfluidic masters

Open imageThe GUI for pattern design and system operation.Open imageA diagram of the direct laser writing setup.Open imageA microfluidic chip fabricated using the direct laser writing system.Open imageA graph of the line width of the direct laser writing system at various combinations of speed, power, and focal distance.