From lab to farmland: How the EIC Women Leadership Programme helped NutriSen co-founder Débora Monteiro Moretti drive agricultural innovation

Brussels, March 4th 2025
Summary
  • Débora Monteiro Moretti, co-founder of NutriSen and beneficiary of an EIC Transition project, used the EIC Women Leadership Programme to sharpen strategy and leadership as she returned from maternity leave.
  • NutriSen's LiveSen-MAP project builds a multi-season, high-resolution dataset on plant nutrient status and will test 20 000 diagnostic strips for nitrogen, phosphorus and potassium in field conditions.
  • The Women Leadership Programme supplied practical coaching on value proposition, negotiation and team alignment and created peer networks that led to new contacts and potential partnerships.
  • NutriSen failed to reach its target of 50 percent female participation in its field trials and is investigating why women farmers were underrepresented.
  • Débora emphasises flexible working policies for mothers and plans to engage more with women in agriculture to design inclusive tools.

From lab to farmland: leadership, data and a test strip at scale

As International Women’s Day approaches, the European Innovation Council is highlighting participants in its Women Leadership Programme. One of them is Débora Monteiro Moretti, co-founder of NutriSen and lead on the EIC Transition-funded LiveSen-MAP project. NutriSen aims to turn scientific detection methods into farmer-facing products that make nutrient management more precise and accessible. Débora credits the Women Leadership Programme with practical support on business strategy, team alignment and networking at a moment when she was returning to work after maternity leave.

NutriSen and the LiveSen-MAP project

NutriSen’s stated mission is to equip farmers with affordable tools to monitor plant nutrient levels and make timely, precise decisions on fertiliser and crop nutrition. Under the LiveSen-MAP project the company is assembling an extensive multi-season data set on crop nutrient status and preparing 20 000 diagnostic test strips that target the key macro-nutrients used in conventional fertilisation strategies. The goal is to validate these strips in the field and build the dataset needed to translate a laboratory method into a product farmers can use across varied conditions.

N-P-K explained:Farmers and agronomists commonly refer to nitrogen, phosphorus and potassium as N-P-K. These three macro-nutrients are central to plant growth and yield. Imbalances or deficiencies in any of them reduce crop performance and increase the risk of environmental pollution from excess fertiliser. Accurate, timely measurement of N-P-K in plant tissue or sap can inform more efficient fertiliser use and potentially reduce costs and environmental impact.
What the test strips aim to do:NutriSen is developing lateral flow or colorimetric-style strips to provide quick, on-site estimates of plant nutrient status. The company plans to deploy 20 000 strips across field trials to assess how readings correlate with lab analyses and crop outcomes. Field validation is a crucial step because sensor performance can change with crop species, growth stage, climate and soil background.

Why the EIC Women Leadership Programme mattered for Débora

Débora describes her role as translating laboratory inventions into marketable innovations and building a business that supports scientists moving into entrepreneurship. She applied to the EIC Women Leadership Programme at a personal inflection point when returning from maternity leave. The programme offered tailored training, mentoring and business coaching that she says helped refine NutriSen’s value proposition and improve internal team alignment. She also highlights the emotional value of peer networks and the sense of belonging the programme generated.

Nash Billimoria training and value proposition work:Débora singled out sessions led by trainer Nash Billimoria for prompting a rethink of NutriSen’s customer-centric messaging. Exercises to reshape the company vision and value proposition emphasised starting with farmer needs rather than lab capabilities. This is a recurring requirement in agri-tech where technology push must be balanced with demand pull.

Beyond content, Débora says the programme delivered practical skills in negotiation and leadership. She credits business coaching with helping to tailor NutriSen’s market message and facilitating a partnership opportunity discovered through networking with other female founders in the cohort.

Limits, lessons and the reality of field testing

The LiveSen-MAP project contains several technically and commercially challenging steps. Building a representative, high-resolution dataset across seasons is resource intensive. Ten or twenty validation sites may not capture the diversity of growing systems in European and Latin American contexts, where NutriSen has ties. Converting a lab assay into a robust field strip requires stabilising reagents, ensuring consistent extraction methods and accounting for variability in plant sap matrices.

Débora is candid about a specific shortfall. NutriSen aimed for at least 50 percent female participation in its field trials and acknowledges the company fell far short. Rather than dismissing the failure, the team is investigating where women are located in modern farming operations and whether technology design or outreach strategies might increase participation. This is a notable admission because it highlights adoption barriers and the risk of producing datasets that underrepresent certain user groups.

Why recruiting women farmers is not straightforward:Female involvement in agriculture varies by region and by the definition of farmer. Women may perform significant farm labour without being registered as the farm owner. Social norms, time constraints and limited access to extension services or digital channels can hinder recruitment for trials. Achieving gender balanced participation typically requires deliberate outreach, flexible timing and partnerships with community organisations.

Context: EIC support, Transition funding and broader ecosystem programmes

NutriSen is an EIC Transition beneficiary. The Transition strand is designed to turn research results into innovation opportunities by funding activities that de-risk technology, develop business cases and validate technical feasibility in preparation for market entry. Complementary EIC services such as the Women Leadership Programme are delivered through the EIC Business Acceleration Services. These services combine coaching, mentoring and matchmaking to help awardees scale.

EIC Women Leadership Programme in brief:The programme offers cohort-based training, one-to-one mentoring and business coaching, plus networking events and an alumni community. It targets women in EIC and EIT beneficiary organisations who are founders, CEOs or senior leaders, with the stated aim of strengthening entrepreneurial skills and visibility in deep-tech sectors.

The European Innovation Council frames support to women innovators as part of its strategic goals for 2021 to 2027 aimed at improving European competitiveness. Other targeted schemes include Women TechEU and the European Prize for Women Innovators. These initiatives respond to persistent gender imbalances across entrepreneurship and research. Still, outcomes are often reported as counts of supported companies or participants rather than independent evaluations of long term impact.

Programme or project elementWhat it deliversNotes and caveats
LiveSen-MAPHigh-resolution multi-season nutrient dataset and 20 000 test strips for field validationField validation is necessary to prove accuracy across crops, stages and environments
EIC Women Leadership ProgrammeTailored trainings, mentoring, business coaching, networking and alumni accessNo direct funding. Travel costs for in-person events are borne by participants
NutriSen business aimsTranslate lab assays into farmer-facing products and build the business around themRequires robust product engineering, regulatory clarity and scalable distribution

What Débora plans next and wider implications

Débora says the programme helped her recognise internal limits she placed on herself and prompted a step forward in leadership confidence. As NutriSen continues test strip validation, the team plans to address gender gaps in trial participation and to build more flexible working policies. Débora emphasises flexibility as a concrete company practice to support mothers who are balancing childcare and leadership roles.

From a sector perspective, NutriSen’s work illustrates common tensions in agri-tech innovation. There is a technical path from lab detection to low-cost diagnostics. There is also a social path that covers farmer adoption, gender inclusion and the institutional channels needed for scale. Success will depend on both paths and on rigorous field evidence that links strip readings to agronomic decisions that measurably improve yield, input efficiency or environmental outcomes.

Advice to aspiring participants

Débora’s recommendation to other women innovators is straightforward. She sees the Women Leadership Programme as valuable for addressing doubts and insecurities faced by women entrepreneurs and leaders. For those eligible, participation can provide strategic clarity, peer support and access to potential partners.

How to follow up or connect

The EIC Women Leadership Programme is offered through the EIC Business Acceleration Services and applications open periodically via the EIC Community platform. Questions about the programme are handled through the EIC Community contact channels under the 'EIC Women Leadership Programme' category. The programme sits alongside other EIC efforts such as Women TechEU and EIC Transition grants that fund technology maturation.

NutriSen’s LiveSen-MAP project is an example of how public innovation support can combine technical development and leadership capacity building. Real progress will require transparent field validation and explicit strategies to include underrepresented users. That combination will determine whether a laboratory assay becomes a reliable, widely adopted tool on the farm.