Energy-Aware Software Engineering: A Practical Framework for Low-Carbon, Efficient Systems
Reduce operational carbon by design, measure impact, and monetise energy efficiency in software.
Technology
Designing Future-Proof Control Systems for Distributed Renewables and Smart Farms
Practical frameworks and code to build resilient, maintainable control systems for distributed renewables and precision farming.
Offline-First, Privacy-Preserving Data Platforms for Rural Renewables and Sustainable Farming
A practical guide to building resilient, offline-first data systems and sustainable business models for rural renewables and farming.
Energy-Efficient Edge ML: Designing Ultra-Low-Power Models and Systems
A practical handbook for building ML that fits the power and longevity constraints of real-world edge devices.
The Green Software Playbook: Building Energy-Proportional Cloud and Edge Systems
A step-by-step playbook for engineers and founders to design energy-proportional software systems that reduce cost, carbon and risk.
Circular IoT Design: A Practical Framework for Repairable, Upgradeable and Energy-Efficient Devices
Build IoT products engineered for repair, upgrade and long-term energy efficiency, with practical firmware and business blueprints.
Low-Carbon Data and ML: An Engineer's Framework for Sustainable Pipelines and Models
A tactical playbook for engineers and founders to reduce the carbon and cost of data and ML through design, tooling and business models.