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Design Solutions
Electric Vehicle Design and Engineering Solutions
Lamis Technology is a trusted engineering partner to OEMs, Tier 1 suppliers, and EV startups, delivering full-spectrum electric vehicle design and product development services. Our goal is to accelerate the transition to cleaner mobility by engineering EV systems that are efficient, safe, and ready for scalable production.
We bring together expertise in vehicle architecture, battery systems, thermal management, and lightweight structures—supported by advanced simulation and manufacturing engineering tools. Every project is driven by innovation, precision, and sustainability.
What we do
End-to-end EV design and product engineering
Powertrain electrification, battery integration, and thermal systems
Manufacturing process design, tooling, and virtual validation
R&D support for EV components and system optimization
Our Capabilities
- EV Architecture Development: vehicle layout, weight distribution, system packaging, and integration
- Powertrain & Battery Systems: e-axle, motor mounts, battery enclosure, BMS integration, cooling & safety studies
- Chassis & Body Design: lightweight materials, composite structures, occupant protection analysis
- Thermal Management: cooling circuits, HVAC optimization, heat dissipation & CFD simulation
- Simulation & Validation: structural, crash, and thermal performance; range & efficiency optimization
- Manufacturing Engineering: tooling design, automation systems, and digital twin validation
Toolchain
CATIA V5
NX
Creo
SolidWorks
HyperMesh
LS-DYNA
Simcenter
Deliverables
CAD and CAE data with validation reports
Battery system layout and cooling simulation
DVPR and safety compliance documentation
Manufacturing feasibility and tooling design packages
Measurable benefits
Accelerated EV program development
Improved energy efficiency and reduced vehicle weight
Lower cost of validation via simulation-first approach
Reliable, safe designs ready for global compliance
Use cases we support
Clean-sheet EV platform engineering
ICE-to-EV conversions
Battery and powertrain subsystem design
Prototype and pre-production EV validation
Lightweighting and cost optimization studies