JB

Jeremy Brown

Venture Capital Investor | Stanford MBA | Stanford Ph.D.

London, England

Invests in

Stages:

Locations:

  • Min Investment:

    $250,000.00
  • Max Investment:

    $3,000,000.00
  • Target Investment:

    $1,000,000.00

Work Experience

  • Principal

    2023

    Early stage and growth investor (seed - Series C) across USA and Europe.

2022 - 2023

  • Partner

    2022 - 2023

    Leading early-stage deep-tech investments across UK and Europe.

2019 - 2022

  • Principal

    2021 - 2022

  • Senior Associate

    2019 - 2021

    Venture Capital Investor @ Foundamental VC. Early-stage (seed, Series A, Series B) deep tech focus on construction, built-environment, sustainability. Berlin-based and actively engaged in Silicon Valley and Asia with a global investment focus.

  • Associate, Ventures

    2018 - 2019

    Venture capital technology investor focused on investing in Industrial Internet of Things (IIoT) early-stage companies (Seed, Series A). Focus areas: Sensor Intelligence, Connectivity, Robotics, Energy, Blockchain, AR/VR, Wireless Charging, Smart Cities

  • MBA Candidate

    2016 - 2018

    MBA Candidate at the Stanford Graduate School of Business. Focus specifically on impact investing, energy, and sustainability. •Worked and lived in Phnom Penh, Cambodia for 4 weeks helping to develop a growth and expansion strategy for the largest solar company (Kamworks Ltd.) as part of an emerging market management experience. Work included developing financial projections and developing an investor pitch deck • Conducted marketing and due diligence analysis with Etho Capital and Oroeco in order to bring a sustainability platform to market through Stanford Impact Labs • Global Study Trip leader to The Netherlands and Norway exploring oil & gas dependent economies and how they can successfully innovate and diversify while maintaining their way of life

2017 - 2017

  • Summer Associate

    2017 - 2017

    Investigation into investment opportunities in: • Global oil & gas - global dynamics, investment thematics, and infrastructure • Specific near- to long-term opportunities in gas storage, gas pipelines, LNG, offshore infrastructure, and carbon capture and storage assets • Challenges and considerations with any given investment and current divestment landscape

  • Product Owner - Geomechanics Specialist

    2014 - 2016

    Product Manager and Technical Specialist for B2B enterprise geomechanics software at Baker Hughes, a GE company (JewelSuite Subsurface and Geomechanics Modeling Software) • Managed the development of our globally used geomechanics modeling software; help to ensure a consistent and successful release of our geomechanics products globally to worldwide clients • Implement strategy, vision, roadmap and plan for 3D and 4D geomechanics software • Communicate to stakeholders and turn prioritized requirements into timely commercial product releases • Collaborate with development teams in our main development hubs in Houston and Delft • Support the marketing team to promote our product internationally in order to build the brand of the software, including at international conferences and workshops • Contribute daily to improvement processes, standards and tools to effectively deliver a quality product; taking a more active role in PDM (product development and management) implementation

2009 - 2014

  • PhD Candidate - Geophysics (Geomechanics)

    2009 - 2014

    Department of Geophysics - School of Earth, Energy, and Environmental Sciences • Focused on deepwater offshore geomechanical (stress) studies. Applied oil & gas oriented thesis with focus on dynamic numerical modeling to determine the geomechanical implications oil & gas production in ultra-deepwater Gulf of Mexico • Advisor: Mark Zoback

2012 - 2012

  • Geomechanics Intern

    2012 - 2012

    • Research project to study why we see significant differences between the static and dynamic rock properties in shale gas rock from Argentina.

2011 - 2011

  • Geophysicist Intern - Geomechanics

    2011 - 2011

    • Developed 3D geologic models in order to do finite-element modeling of stress perturbations and subsequent production-induced fault re-activation due to depletion in the Gulf of Mexico.