Recruitment Background
- Sagri aims to create carbon credits and MRV services by analyzing soil carbon sequestration and greenhouse gas emissions through satellite data analysis.
- To generate carbon credits, it is necessary to prove the reduction of greenhouse gas emissions through certification bodies.
- The R&D team aims to establish a methodology using satellite and farming app data to prove the creation of carbon credits.
- We're looking for research scientists to join this initiative.
Mission of the Position
- "Sagri" app visualizes soil conditions analyzed by satellite data to reduce fertilizer use and global warming.
- Fertilizer application based on intuition leads to excessive use and CO₂ emissions.
- Traditional soil testing is labor-intensive and slow.
- AI models analyze satellite images to suggest optimal fertilizer types and amounts.
- Reducing chemical fertilizers cuts CO₂ and generates carbon credits.
- Carbon credits can significantly boost farmer incomes in emerging countries.
- Sagri aims to support global farmers through satellite data.
Job Description
Specific Job Responsibilities
- Collect data on crops, soil, and GHG emissions (mainly overseas).
- Preprocess data for machine learning and process-based modeling.
- Lead PoC projects: data collection, analysis, paper writing, and patent applications.
Sagri's Development Environment
- Broad development themes with high growth potential.
- Encouragement to explore new areas if motivated.
Technologies
- Languages: TypeScript / Python / Rust
- Architecture: Redux / Atomic Design
- Frameworks: React.js / Next.js / Django REST
- DB: PostgreSQL (PostGIS)
- Infrastructure: AWS (EC2 / EKS / S3 / RDS)
- Version Control: Git / GitHub
- Communication: Slack / Zoom / Discord / Google Meet
Culture
About the Department
- Department: Engineering
- Members: 11 full-time engineers
- Supervisor: CRO Tanaka
Department Culture
- Engage in research alongside development duties.
- Opportunities for papers, conferences, and joint research.
- Support for careers in academia or research.
Desired Candidate Profile
Required Experience/Skills
- Research using mathematical modeling, stats, ML.
- Development of ML/statistical models.
- Agriculture or environmental fieldwork.
- Independent academic paper writing (PhD level).
- English fluency for research communication.
Preferred Experience/Skills
- PhD holder.
Who We Want to Work With
- Shares Sagri’s mission and values.
- Collaborates with academia.
- Builds future-oriented, impactful products.
- Explores new tech and expands beyond specialties.
- Strong communicator and learner.
- Customer-centric and adaptable to change.
Other Conditions
- Contract Period: 3-month trial period
- Location: Tokyo HQ, Shinjuku Sumitomo Building
- Tochomae Station (direct)
- Nishi-Shinjuku Station (4-min walk)
- Shinjuku Station (8-min walk)
- Scope of Assignment Changes: As per job listing; possible reassignment
- Working Hours
- Flexible time: Start between 6–10 AM, end between 3–10 PM
- Core time: 10 AM–3 PM
- 1-hour break
- Holidays
- 120+ annual holidays
- Weekends and national holidays off
- Benefits
- Transportation covered
- 10 days paid leave from day one
- Maternity/childcare leave from day one
- Nursing and injury-related leaves
- Insurance: Full social insurance
- Anti-smoking: Non-smoking indoors
Selection Process
- Document screening
- First interview + presentation
- Second interview
- Final interview
- Offer meeting
Join us!
About Sagri
Sagri is a pioneering social impact startup leveraging satellite data and AI technology to address the global food crisis and climate change.
Sagri provides three primary services.
Actaba: This service focuses on surveying the use of agricultural land. It's already deployed in over 40 municipalities and aims to expand further, evolving based on customer feedback. Actaba stands out as it has no direct competitors and has received positive evaluations from its users.
Detaba: This is an app for surveying crop planting. Utilizing satellite imagery, Detaba infers the crops planted in a given area. This aids municipalities in ensuring lands are used as declared, simplifying the process of granting subsidies and gathering statistical data.
Sagri: Sagri is an app tailored for farming operations. It assists in optimizing fertilizer use by analyzing soil components through satellite imagery. Minimizing excess fertilizer use reduces workload and addresses environmental concerns like global warming.
These services aim to support sustainable agriculture, reduce carbon emissions, and improve farmers' profitability by leveraging carbon credits, particularly in emerging countries.
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