System architecture
Requirements, trade studies and integrated E-Powertrain architecture across electrical and mechanical domains.
CAPABILITIES
From first principles to production.
Senior technical leadership across the full electrified powertrain—integrating system architecture, hardware, software, simulation, validation and industrialisation.
E-Machines
High-torque-density IPMSM, induction, axial-flux and ultra-high-speed machine development.
E-Inverters
SiC and IGBT topology, hardware integration, thermal design, EMC and controls interfaces.
E-Control
FOC, MTPA, field weakening, sensorless control, embedded software and model-based development.
M-Drivetrain
Transmission, driveline, rotor dynamics, mechanical integration, NVH and structural integrity.
Digital engineering
Multi-physics simulation, MBSE, digital twins, optimisation and AI-assisted engineering.
Validation & governance
Design reviews, DFMEA, verification planning, functional safety support and technical risk management.
Industrialisation
DfM, value engineering, supplier engagement, production transfer and manufacturing support.
ENGAGEMENT MODEL
Built around the programme, not a fixed package.
01
Discover · frame the challenge
02
Architect · resolve the system
03
Engineer · optimise the detail
04
Validate · prove the evidence
05
Industrialise · make it real
START A CONVERSATION
Bring us the challenge others call difficult.
Speak directly with a senior engineer about your electrification programme.
enquiries@eddesign.co.uk ↗