Developed non-custodial, on-chain and trust-minimised asset management solutions.

Developed roadmap, tools and templates for analysts to effectively rate companies performance in ESG (environment, social and governance) with a technically robust background. Indicators and questions where developed in-company, based on the standards SASB, GRI, TCFD, API. Delivered products include:1) Indicators compendium,2) questionnaire for companies,3) rating reports templates,4) materiality matrix5) impact of physical and transition risks (severity and probability analysis for 2030 and 2050),for the industries:1) Food & beverages2) consumer goods3) agricultural products4) extractive, minerals processing and resource transformation (metals and mining, construction materials, iron and steel producers, chemicals, electrical and electronic equipment, containers and packaging, industrial machinery and goods)5) energy (oil and gas, midstream, downstream, energy generation, distribution companies).Other deliverables included:1) Research paper in the state of the art of ESG material factors in the consumer goods industry and trends,2) rating report on a processed foods Argentinean company, and3) an oil and gas industry report on the challenges regarding the lack of public information and clear and ambitious GHG reduction targets, as well as global guidelines, trends and social license to operate.

Developed case study: “The agenda in climate change in Buenos Aires City and the legacy of theresilience strategy” for the university’s “CASOTECA” (case studies repository).

- Developed vision and coordinated team’s operations. - Directed fundraising and investors relations.- Presented company’s projects in multiple conferences and to a variety of stakeholders in Europe, Chile and Argentina.- Finalist in the IDB’s WeXchange Pitch Competition in Lima, Peru, 2018.- Participated in the Google Sprint for startups 2018 in “Area 3” coworking in Buenos Aires.WABA.network provides communities with the technology to build their own money. ​Assets can be created with a simple click on our platform and they can be set up to best suit the communities needs; it could be a local coin, a green coin, a renewal energy coin or a social coin. These currencies are interconnected, creating what we call: The WABA.network.

We work to increase women's voice and visibility in the public sphere.@Referentes_Arg

- Designed and developed proposals for beneficiary and financing entities.- Developed relations and associations with representatives of the private sector, non-governmental and multilateral organizations.

- Developed interdisciplinary study and proposal for the local Government’s decisionmaking. “Proposals for Municipal Solid Waste Management from a Circular Economy Perspective”.- Investigated key players, market variables, processes involved, and numbers in the generation,waste composition and recycling ratios.- Studied global examples of extended producer responsibility.- Designed specific actions to switch from linear to circular economy.- Coordinated dialog round tables involving all sectors and stakeholders (20-25 people). - Participated in the discussions of the “Ley Basura Cero” (Law “Cero Waste”) commission.

Designed and developed innovative and impactful wastewater-to-energy projects proposals across the country.Technical Director in collaborative study “Energy from biogas at municipal wastewater treatmentplants in Argentina: challenges and opportunities for a more distributed and clean generation”- Surveyed main players in municipal wastewater treatment in Argentina (field research).- Designed guidelines and research methodology.- Prepared proposals for funding applications.

- Collaborated in the definition of the strategic vision and advised in policy making for electricitygeneration from biomass and organic waste with governmental representatives from LAC.- Awarded IDB’s scholarship to participate as panelist and facilitator in the LEDS LAC 5thWorkshop. Panama, 2016- Awarded US Energy Department’s scholarship to develop strategies and policy making to foster bioelectricity projects in Argentina. Costa Rica, 2016The LAC Bioelectricity Community of Practice is a unique learning and doing opportunity for a select group of country leaders already in the process of integrating bioelectricity in their energy mix. Free of charge, the Community of Practice provides tools for gathering and processing bioelectricity data as an input for smart decision-making. It will then assist governmental practitioners in the design of their programs and identify potential sources for third-party financing where it is appropriate and needed. Representatives from the private sector share their experiences.

The Regional Platform for Latin America and the Caribbean (LEDS LAC) is a community of practice that brings together leaders in the area of low emission and climate resilient development in the region. LEDS LAC is part of the Low Emission Development Strategies Global Partnership (LEDS GP) founded in 2011. For more information about LEDS GP visit their website: http://ledsgp.org/home.LAC LEDS is a platform for exchanging experiences, best practices and lessons learned; capacity building; and coordination and collaboration in the formulation and implementation of LEDS.

- Coordinated teams from water and energy divisions to develop an innovative business model to make wastewater treatment plants (WWTP) energetically self-sufficient (“net zero”). WWTP woulduse their own waste to generate energy, increasing urban resilience and decreasing their carbon footprint.- Directed net zero concept designs and developed profitable business models to present opportunities to various Municipal Clients.- Collaborated in the implementation of a net positive (500 KWe) project.- Developed detailed technical and economic screening model to assess viability of any WWTP togo net zero.- Presentation on this Circular Economy project to the CEO and Sr. Leadership team.Waste water treatment plants (WWTP) are large waste (“sludge”) producers and energy consumers. Many WWTP perform anaerobic digestion; a process that both “stabilizes” the sludge and generates biogas (a gas rich in methane). This stage is part of a normal waste water treatment process, but it is not usually aimed at maximizing methane generation and utilization. Methane generation can be improved by changing existing technology or some processes’ variables and organics co-digestion. A biogas based co-generation station could be installed on-site, providing electrical and thermal energy, helping the WWTP become independent on the energy from the grid, increasing the cities’ resilience. This system would also help reducing the cities’ carbon footprint by eliminating digester gas flaring, reducing biosolids hauling, avoiding emissions from organics incineration and/or landfill disposal, and displacement of energy generated with fossil fuels.This project involved three products to successfully accomplish those objectives on a particular city: 1) Screening model: assesses the technical and economic feasibility of a WWTP to become net zero 2) Screening results 3) A detailed review on the most attractive project, presented to the City for its implementation.

Studied economics and technology of processes to produce biofuels from food waste to increaseenergy resilience of local communities in India. - Studied waste-to-biodiesel vs. waste-to-biogas global economics. - Researched optimization processes for waste-to-biodiesel plants. - Collaborated scaling up a waste-to-biodiesel project using engineered microorganisms.The project was to propose an industrial scale process to produce biodiesel from food waste through a chemical process with an engineered yiest to provide local energy for transportation in different cities in India. This way we would mitigate the environmental impact of unsafely disposed food waste, help decrease the local community's dependence on biodiesel transportation to the area and make the biodiesel source cleaner. We studied the food waste, transportation and biodiesel market of different communities and the economics of a local industrial scale process. We estimated the required investment in equipment and recurrent operating costs and revenues.

- Analyzed natural gas and electricity trading and regulations.- Negotiated natural gas and electricity supply contracts with industrial companies.- Collaborated on the development of biogas projects.

Engineering Economics Assistant ProfessorFacultad de Ingeniería - UBA

- Studied and forecasted oil and gas production.- Investigated new opportunities for tubes and pipelines sales in renewable energy market.

- Implemented new layout and new procedures for waste and consumables management. - Researched compliance with ISO 14000 norm and reported findings. - Controlled and documented best practices in waste treatment.

- On-line assistance to all positions in tens of companies.- Solved problems immediately using remote access to network terminals.- Advanced skills in Microsoft software.