Traceable decisions
Requirements, assumptions, models, risks and approvals remain connected to the engineering evidence.
EDEPT
EDEPT integrates systems thinking, multidisciplinary engineering, digital tools and evidence-led governance into one repeatable approach to product development.
Requirements, assumptions, models, risks and approvals remain connected to the engineering evidence.
Electrical, mechanical, thermal, control and validation work from one shared system architecture.
Methods, software, knowledge and lessons are retained so that each programme strengthens the next.
HOW ENGINEERING IS PERFORMED
EDEPT turns specialist knowledge into coordinated engineering action.
It creates a shared workflow across electrical machines, inverters, embedded control, batteries, transmissions, thermal systems, structural engineering and validation.
Each stage produces a controlled engineering output: an agreed problem frame, a system architecture, reproducible models, optimised design evidence, verification results and reusable learning.
CANONICAL ENGINEERING ARCHITECTURE
EDEPT decomposes the electric powertrain into electrical and mechanical drivetrains while preserving the interfaces between battery, machine, inverter, control, transmission and driveline engineering.
EDEPT SOFTWARE SUITE
Explore released applications, technical training and controlled downloads. Evaluation access is available for eligible products without automatic conversion.
OPERATING PRINCIPLES
Optimise the complete product, not isolated components.
Link requirements, models, decisions, risks and verification.
Make every programme strengthen the next one.
START A CONVERSATION
Speak directly with a senior engineer about your electrification programme.
enquiries@eddesign.co.uk ↗