Sr. Software Engineer; ML Researcher

Position: Sr. Software Engineer (ML Researcher) OUR VISION At Earth Daily Analytics (EDA), we strive to build a more sustainable planet by creating innovative solutions that combine satellite imagery of the Earth, modern software engineering, machine learning, and cloud computing to solve the toughest challenges in agriculture, energy and mining, insurance and risk mitigation, wildfire and forest intelligence, carbon-capture verification and more. EDA’s signature Earth Observation mission, the Earth Daily Constellation (EDC), is currently under construction.EDC will be the most powerful global change detection and change monitoring system ever developed, capable of generating unprecedented predictive analytics and insights.It will combine with the Earth Pipeline data processing system to provide unprecedented, scientific-grade data of the world every day, positioning EDA to meet the growing needs of diverse industries.OUR TEAM Our global, enterprise-wide team represents a variety of business lines and is made up of business development, sales, marketing and support professionals, data scientists, software engineers, project managers and finance, HR, and IT professionals.Our Data & Platform team is nimble and collaborative, and in preparation for launching a frontier and disruptive product in EDC, we are currently looking for a Sr.Software Engineer (ML Researcher) to join our crew! This is a Vancouver-based hybrid position with 3-days per week in-office required.PREPARE FOR IMPACT!As a Sr.Software Engineer (ML Researcher), you will be a core contributor to the research, design, and implementation of Earth Daily’s large‑scale geospatial foundation model for agriculture.You will combine deep expertise in modern deep learning and foundation model architectures with hands‑on development on earth observation datasets to push the state of the art for geospatial foundation model technology, leveraging the Earth Daily Constellation’s unique temporal, spectral, and spatial characteristics.KEY RESPONSIBILITIES: Research, design, and validate deep learning architectures for large‑scale multi‑modal geospatial foundation models (e.g.combining optical imagery with weather and other contextual data) and evaluate trade-offs between architectures Lead large-scale training and fine-tuning of foundation models on large EO datasets Collaborate with machine learning infrastructure engineers on the team to optimize distributed training and cloud resource usage Collaborate with machine learning engineers on the team to define metrics and experiments to benchmark foundation model performance Participate in sprint planning, sprint reviews, sprint demos, sprint retrospectives Ensure technical documentation and systems are created, maintained and operational Grow your skillsets and share your experiences with the team YOUR PAST MISSIONS Degree in Computer Science, Math, Physics, Engineering, Geography, GIS or equivalent Higher level education in machine learning, data science, remote sensing, or related field is an asset.7+ years of combined software engineering and/or applied deep learning research experience, including geospatial foundation model research experience Proven experience designing and training algorithmically complex deep learning models for large scale datasets including earth observation data (e.g.Sentinel 2, Landsat) Hands on experience with modern deep learning architectures (e.g.CNNs, transformers, spatio temporal models), including understanding of trade-offs and how to adapt and combine architectural elements Experience working in cloud environments (e.g.AWS) for large scale distributed model training and data preprocessing Experience with Agile development, SCRUM and CICD processes, and collaborating with cross-functional teams Equivalent combination of education is accepted YOUR TOOLKIT Excellent algorithmic, analytic, problem solving, debugging, optimization and code reviewing skills Physics and/or math knowledge an asset Good object-oriented and test-driven design skills Good skills and knowledge of best practices in at least one programming language (e.g. Python, C++) Proficiency in Python scientific stack and common tooling (e.g.Num Py,…