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Maxim Vreeswijk

Maxim Vreeswijk

Venture Associate and DeepTech Builder focused on decarbonization

maxim-vreeswijk
Cambridge, UK
Joined April 2026
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Network

3.8K connections
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DeepTech Venture Investors
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Advanced Materials Decarbonisation Scientists
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ClimateTech Founders
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University DeepTech Commercialisation
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DeepTech Operations Support
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Cambridge Future Tech Core
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Imperial College DeepTech

Summary

Maxim Vreeswijk is a Materials Scientist with a strong academic background, holding a PhD from the University of Cambridge and an MEng from Imperial College London. His research has focused on understanding material properties, such as WC crystal growth and damage mechanisms. co+2
He is a key figure in deep tech venture building, particularly at Cambridge Future Tech, where he applies his scientific expertise to scout and nurture innovative technologies aimed at decarbonization. He has rapidly progressed from Venture Analyst to Venture Associate, showcasing his impact in translating research into commercial ventures. camfuturetech+1
Maxim plays a leadership role in several deep tech ventures, including PeroCycle, which focuses on carbon recycling for the steel industry, and AmpliSi, which develops porous silicon for next-generation batteries. These roles highlight his dedication to sustainable innovation and his ability to drive complex scientific projects toward commercialization. linkedin+2

Work

Education

Writing

Assessing efforts to decarbonise iron ore and steel

August 1, 2025

An article quoting Maxim Vreeswijk as a venture researcher, highlighting efforts in decarbonising steelmaking and the role of PeroCycle technology.

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How to tackle decarbonisation without derailing your business strategy

March 1, 2025

An article discussing the importance of decarbonisation strategies for businesses, the role of corporate venture capital in finding solutions, and the approach of CFT's Scientific Venture Studios.

Favicon imagecamfuturetech.com

Abnormal WC crystal growth from liquid Co flux occurs via eta phase decomposition

June 1, 2021

A scientific paper investigating the growth mechanism of large WC crystals from a liquid Co-based flux, specifically the role of Ξ·-phase formation and decomposition.

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Notes

KMKelsey Mays Alvarezsaid
MVMaxim Vreeswijk
is one of the most promising recent grads they've worked with who combines startup experience and technical depth.

Nov 18, 2025