The Yield Technology Solutions
Henri Furstenau has extensive work experience in various roles related to data science and analysis. Henri started their career as a Data Analyst at FIOCRUZ - Fundação Oswaldo Cruz, where they assisted in the research and development of a Heavy Metal contamination assessment for the Santo Antonio Hydroelectric Plant. Henri then worked as a Geospatial Analyst at HERE, a Nokia company, where they participated in road mapping and creating a Geographic Information System for the state of Rio de Janeiro. At Macquarie University, Henri worked as a Senior Researcher, Casual Lecturer, and Tutoring, delivering databases and designing a new database for plant scientists. Henri later became a Senior Consultant and Data Scientist at Edge Environment, specializing in measuring and managing environmental and social impacts. Henri then joined Deloitte Australia as a Senior Consultant, where they worked with clients such as Suncorp to develop a geospatial dataset for their risk model. After their time at Deloitte, they worked as a Senior Analyst-Data Scientist at Quantium before joining The Yield as a Senior Machine Learning Engineer and Senior Data Scientist.
Henri Furstenau's education history begins in 1999 when they enrolled at the Universidade Federal Fluminense for their Bachelor's Degree in Advertising and Marketing. Henri completed their degree in 2003. In 2008, Henri pursued a Master's Degree in Environmental Analysis and Evaluation at the Pontifícia Universidade Católica do Rio de Janeiro. Henri completed this degree in 2009. Following this, Henri continued their education at the same university and obtained another Master's Degree, this time in Geography. Henri completed their second master's degree in 2011. Later, in 2012, Henri enrolled at Macquarie University to pursue a Doctor of Philosophy (Ph.D.) in Science - Biology, which they completed in 2015.
The Yield Technology Solutions
They want to make possible an agriculture that inspires. This means food production that is profitable for farmers, safe for consumers and good for the environment.They need to produce 70 percent more food by 2050 to feed the world with less fuel, land, fertiliser and water. They have to do this at the same time as dealing with unprecedentedimpacts of climate change.Productivity growth in agriculture has stagnated for decades. Digital technology is the key to unlocking the next wave of improvements.They use the power of digital technology to sustainably increase production throughout the entire food value chain. This is how they will help feed the world without compromising the planet.This future will inspire more young people to work in their industry. It’s time for inspiring agriculture.