Capabilities - Treatment, generation, infrastructure
Water, power and energy systems
Infrastructure where the economics of the plant matter as much as the network.
What that means in practice
- Water generation, purification and treatment system architecture
- Green energy development, hydrogen and fuel cell systems
- Cogeneration and prime power infrastructure
- Instrumentation, telemetry and remote monitoring for distributed assets
- Utility and industrial regulatory context including critical-infrastructure protection
- Scale-up from prototype through commercial and municipal deployment
- Depth
- System architecture across the full range of scale, where mechanical, chemical, electrical and software disciplines have to behave as one product.
- Who I bring in
- Hydrogeologists, water scientists, power systems and mechanical engineers.
- Scoping this
- These projects fail between disciplines. That seam is what I am for.
Where I write about this
The newsletter follows what is changing here: one drawing, one decision worth revisiting, one tool used in anger, and what I am seeing across the network. Research worth reading gets cited when it changes a decision.
Adjacent
Rarely just one domain.
Most engagements touch three or four. These are the ones that usually come with it.
- R&D and special projects Feasibility, prototypes, hard problems
- RF, electromagnetics and analog Circuits, antennas, spectrum
- Semiconductor and programmable logic VLSI, ASIC, FPGA
- Embedded systems and device drivers Firmware, kernel, board bring-up
- Hardware manufacturing and supply ODM, DFM, certification
- Industrial automation and controls Robotics, SCADA, OT
- Software engineering Systems, automation, quality
- Cloud and infrastructure architecture Hybrid, containers, automation
- Security engineering Architecture, identity, testing
- Governance, risk and compliance Audit, frameworks, fractional CISO
- Technical leadership and advisory Robotics, capital projects, family offices