Figuring out how to save our species from climate catastrophe. Decarbonizing built environment. Alpha cohort of Venture Science Doctorate

Building your data-driven product for you: all the way from your business needs to working app in the cloud. Here are a few examples we can tell you about:◦ E-commerce recsys: Integrate consumer data, find out user interests, and serve product recommendations◦ Web3 anti-bot: Analyze transactions & in-app data to find bots and ban them◦ Web3 contract protection: Monitor the blockchain for suspicious actions and serve early warnings◦ Wallet analytics for ads: Use on-chain behavioral analytics to target ads in-transaction

- Worked with R&D, Product, Marketing and Content teams to establish the data & analytics strategy- Designed and built the data warehouse for product analytics, ML use cases and reporting- Developed multiple dashboards with live metrics for key financial, product & behavioral metrics- Integrated with ad platform APIs to obtain granular performance data for campaign optimization- Used ML to improve onboarding conversions via in-platform personalization & custom ad event techniquesTech: AWS (Postgres RDS, Redshift, S3), dbt, python, Orchest, Segment, Amplitude, Tableau, Dash, git

Developing digital assets and transforming clients' businesses with Data Science, Machine Learning, and Optimization.- Metallurgy / Digital Operations:Analyzed copper heap leaching performance to optimize the ore packing & irrigation protocol. Developed signal processing pipeline to extract predictive signal for ore enrichment throughput & metal recovery.- Chemicals / Digital Operations:Increased the throughput of batch ethoxylation process by 5% via machine learning sensor refinement (soft sensors).- Private Equity / Intellectual Property:Developed a method for IP profiling & competitive benchmarking. Created a tech investment roadmap for a private equity client. Analyzed intellectual property & investment landscapes for specialty chemicals & metals clients and their competitors.- Transport / Revenue Management:Created demand prediction system for air cargo with ~$20M annual revenue impact.- Pharma Retail / Sales:Developed a live analytical tool for promo performance monitoring and deployed it on-premise.- CPG / Growth Strategy:Built a general market predictor asset for consumer goods deployed at multiple clients.- Banking / Marketing & Sales:Built an end-to-end reporting & analytics pipeline for SME client acquisition for a state-owned bank.- Telecom / Strategy:Profiled global telco market and identified the key drivers for postpaid plan adoption and its effect on annual revenue per user.

As a part of The Terraforming think tank, I analyzed planetary governance, sustainability & socio-technical transformation. The initiative focused on developing roadmaps, novel propositions & media outreach projects to achieve long-term human prosperity via viable planetarity.

I taught Experimental Methods in Materials Science and Design with Professor Thomas M. Devine and Dr. Chris Kumai. I led lab sections where we ran and analyzed the experiments to probe the structure, properties and performance of materials. During the lab sections, we had two completed stories:We investigated the effect of thermal processing protocol on corrosion resistance of stainless steel via quantitative metallography and electrochemical measurements. For the latter, we have assembled and tested the circuits powering the measurement device.We investigated the structure of steel deposited from vapor with lasers of various powers via metallographic etching, optical microscopy and statistical image analysis.

I taught Corrosion with Professor Thomas M. Devine. I led discussions on electrochemisty of liquid-solid interfaces, specifically focusing on water-metal contacts, corrosion mechanisms, improving corrosion resistance, and experimental techniques used to probe the interfaces.

I taught two classes in Fall 2017. 1) In Biological Performance of Materials with Professor Kevin Healy, I led discussions on biophysical properties of polymer materials, foreign body reaction cascade in our bodies, and the considerations needed to design a medical or other biointerface device. 2) In Survey of Materials Science, I helped Professor Bill Morris in providing feedback and one-on-one help to the students reviewing all areas of Materials Science at graduate level.

I taught Multivariable Calculus (Mathematics 53) for the Summer Session students. I delivered daily lectures and discussions, designed assignments and provided feedback in order to help the students of various backgrounds establish an expertise in calculus in multiple dimensions.

I taught lab sections for Materials Characterization (MSE 104). Under my guidance student performed experiments and learned to use the theoretical concepts introduced in the lectures by professor Mary Scott. The lab sections covered XRD, SEM and EDS in application to analyzing structure and composition of materials.

I worked on a first-principle theoretical approach to synthesis of metastable materials under the guidance of Professor Gerbrand Ceder. I used high-throughput computational physics to build up thermodynamic formalism and describe metastability in solids. This research was a part of the metastability effort of the Center for New Generation of Materials Design collaboration.

I used FDTD method for numerical solution of Maxwell's equations to study optical response of metallic nanostructures and graphene. The work was performed under the supervision of Professor Li Shuzhou.

September 2014 - June 2015: Quantum chemistry of Carbon nanosheetsComputational studies of electronic properties of geodesic polyarenes, resulting in my Bachelor's thesis.September 2013 - June 2014: Experimental modification of Carbon nanoballsSynthesis and chemical analysis of fullerene derivatives for applications in photovoltaics.

I optimized the fabrication process of thin films of hybrid lead perovskite, a semiconductor used as light absorber in photovoltaic devices. I made the films via spin-coating base layer and developing in wet bath. I measured and analyzed absorption, fluorescence and impedance spectra.

Translation of videos on popular science and related topics (English to Russian).Scientific editing of scripts and translations.

Creating a pathway for facile synthesis of marine indolic alkaloid discodermindole.

I conducted negotiations with developers of the new website for the company, organized elimination of damage to the construction site caused by street vandals, and monitored the purchase of incidentals for the construction.

I worked on lithium-air battery materials. I made a carbon-magnetite nanocomposite and measured its performance as a cathode in Li-O2 test cell. To do that, I also synthesized magnetite nanoparticles via wet deposition and annealing, and characterized their structure, composition and morphology using X-ray diffraction, EDX, EELS, scanning and tunneling electron microscopies.