Erik Dies

Ethereum data indexing, retrieval systems, and proof mechanisms. Built infrastructure for making blockchain data more accessible and queryable - essentially creating Bloomberg Terminal-style solutions for crypto markets.

Product strategy, roadmap development, and technical product management in crypto and software companies.

Consulting and product management in cryptocurrency and blockchain space. Experience with Laconic, Cerc, and Urbit Foundation projects.

Decade of software development experience at Percolate (now Seismic). Full-stack development, system architecture, and technical problem-solving.

Long-form improvisational theater at UCB since 2005. Performance, audience engagement, and creative collaboration skills.

Engineering fundamentals from Cooper Union education. Applied mathematical modeling and quantitative analysis in engineering contexts.

Random walks, central limit theorem, Brownian motion, stochastic processes. Applied probability in financial modeling and risk assessment.

Calculus, multivariable calculus, mathematical statistics, and analysis. Experienced in curriculum development and differentiated instruction for diverse student populations.

Combinatorics, graph theory, number theory, and mathematical logic. Regular instructor for undergraduate discrete math courses with strong focus on proof techniques and problem-solving methodologies.

Black-Scholes theory, options pricing, portfolio optimization, dynamic programming applications. Teaches Mathematics of Finance at NYU covering interest rates, probability models, and quantitative risk analysis.

Ethereum data indexing, retrieval systems, and proof mechanisms. Built infrastructure for making blockchain data more accessible and queryable - essentially creating Bloomberg Terminal-style solutions for crypto markets.

Product strategy, roadmap development, and technical product management in crypto and software companies.

Consulting and product management in cryptocurrency and blockchain space. Experience with Laconic, Cerc, and Urbit Foundation projects.

Decade of software development experience at Percolate (now Seismic). Full-stack development, system architecture, and technical problem-solving.

Long-form improvisational theater at UCB since 2005. Performance, audience engagement, and creative collaboration skills.

Engineering fundamentals from Cooper Union education. Applied mathematical modeling and quantitative analysis in engineering contexts.

Random walks, central limit theorem, Brownian motion, stochastic processes. Applied probability in financial modeling and risk assessment.

Calculus, multivariable calculus, mathematical statistics, and analysis. Experienced in curriculum development and differentiated instruction for diverse student populations.

Combinatorics, graph theory, number theory, and mathematical logic. Regular instructor for undergraduate discrete math courses with strong focus on proof techniques and problem-solving methodologies.

Black-Scholes theory, options pricing, portfolio optimization, dynamic programming applications. Teaches Mathematics of Finance at NYU covering interest rates, probability models, and quantitative risk analysis.