Co-founded a blockchain mining venture on the world's largest decentralised machine learning network, Bittensor. Ran proprietary fine-tuned models consistently outperforming peers and scoring in the 90th percentile of all miners. We have since expanded our services to additional offerings beyond Bittensor.

- Conducted high-throughput screening of over 500 next-generation molecules, identifying key compounds that reduced methane emissions from enteric fermentation by up to 30%- Evaluated antibiotic efficacy of 3000+ molecules, successfully identifying 4 compounds with significant biofilm disruption capabilities- Contributed to cutting-edge research on rare skin diseases and genetic modification- Co-founded an initiative for the inaugural edition of the Journal Club, dedicated to exploring innovative research - Actively participated in business strategy and board meetings, gaining invaluable insights into corporate decision-making processes- Mastered a diverse array of over 30 specialised laboratory equipment pieces across multiple disciplines

- Developed a comprehensive database of over 50 grants, loans, and alternative funding sources, streamlining the company’s access to potential funding- Analysed and ranked funding opportunities, effectively categorising them based on strategic criteria such as relevance, potential value, and feasibility- Assisted in the preparation and submission of 10+ grant and loan applications, contributing to a successful acquisition of funds totalling over CHF 1.000.000- Explored and provided detailed recommendations on Initial Coin Offerings (ICOs), crowdfunding, and angel investors, diversifying the company's funding avenues

Research Intern at Neem Biotech focusing on researching the antimicrobial properties of derivatives of garlic- Conducted research on antibiotic resistance, with a specific focus on the potential applications of allicin- Investigated the antimicrobial properties of allicin and its potential to combat resistant bacteria- Performed extraction and purification of allicin from garlic and other Allium species- Conducted in vitro assays to evaluate the efficacy of allicin against various bacterial strains- Utilized mass spectrometry and gas chromatography to analyze allicin samples and identify its chemical composition- Collaborated with a multidisciplinary team of scientists to explore innovative approaches for addressing antibiotic resistance- Analyzed data and presented findings to the research team, contributing to the development of new strategies and potential therapies