Develop and prove, in one chain
Industry tooling, specialist laboratories, HIL and an ISO 6 production line — plus testing in real Iranian conditions.
Development, test and production in one chain
ATI's infrastructure is built for safety-critical, automotive-grade system development: software tooling, specialist laboratories, HIL, a clean lab and an ISO 6 production line.
Embedded development
Infineon AURIX TriCore platforms, safety-oriented ECUs, real-time control and model-based development.
- Infineon AURIX TriCore
- Real-Time Control
- Model-Based Development
Vector toolchain
CAN/CAN FD network validation, diagnostic testing, measurement and calibration.
- CANoe
- CANalyzer
- CANape
- XCP
- CAN / CAN FD
- UDS
Modelling and simulation
Vehicle dynamics modelling, SIL validation and a functional safety workflow.
- MATLAB / Simulink
- SIL
- Vehicle Dynamics Simulation
HIL and virtual validation
Full vehicle simulation with real ECUs in the loop, virtual road and traffic, and dynamic actuators.
- Full Vehicle Simulation
- Closed-Loop ECU Validation
- Virtual Road & Traffic
Central automotive control laboratory
Functional testing, durability testing, fault injection, ECU evaluation and communication testing.
- Functional Test
- Durability
- Fault Injection
- ECU Evaluation
ADAS laboratory
Calibration, sensor evaluation, detection validation and sensor-fusion assessment.
- Sensor Evaluation
- Detection Validation
- Sensor Fusion
Clean lab and ISO 6 production
Precision assembly, sensitive-system testing, contamination control and safety-critical ECU manufacture.
- ISO 6
- Precision Assembly
- Contamination Control
Smart production line
In-line validation, functional test, firmware and calibration validation and production data logging.
- In-Line Validation
- Firmware Validation
- Calibration Validation
- 100% Test
Field testing and climate advantage
Barez test field for dynamics and ADAS, and Kalut-e Shahdad for thermal, durability and EV/battery testing.
- Barez Test Field
- Kalut-e Shahdad
- Thermal & Durability
The gap between laboratory standards, real Iranian roads, a hot and arid climate and actual driver behaviour means laboratory-only development is not sufficient.
Why Choose ATI?
A single engineering path — from credibility and technology to the labs and the production line where every ATI product is proven.
Automotive engineering you can trust
Safety-critical systems are designed, tested, and traced from concept to road by one accountable engineering team. Every requirement is verified and every result is documented, so nothing ever ships on assumption.
- End-to-end traceability from concept to production
- Independent verification at every milestone
- One accountable engineering team, start to finish
Intelligence built into every layer
From radar, camera, and LiDAR to the control software that fuses them, ATI builds intelligence into every layer of the vehicle. One integrated stack keeps perception, decision, and actuation working as a single, upgrade-ready system.
- Radar, camera, and LiDAR sensor fusion
- Real-time control and decision software
- One integrated, upgrade-ready platform
ATI Engineering Laboratories
Central automotive control and ADAS calibration sit under one roof, backed by HIL validation, sensor-fusion evaluation, and fault-injection testing. Systems are proven against real-world failure modes long before they ever reach a vehicle.
- HIL validation and fault-injection testing
- ADAS calibration and sensor-fusion evaluation
- Failure modes proven before deployment
Smart Production Line
Every product is 100% validated in-line, with full production data traced end to end inside an ISO6-ready clean-manufacturing environment. No unit leaves the line without passing functional, communication, and safety checks.
- 100% in-line functional and safety testing
- Full production data recorded and traceable
- ISO6-ready clean manufacturing
What we have delivered
ATI's technology core and specialist team have delivered major national automotive and energy technology programs.
National program
Iran's first vehicle dynamics test field
Development of vehicle dynamics test and evaluation infrastructure and a validation base for control systems.
First electric passenger car
Electric vehicle platform development, control and energy management systems and electronic integration.
First electric bus
Energy management and vehicle control systems for a heavy electric vehicle, integrating powertrain and energy storage.
Lithium-ion storage and energy management
BMS design and development, energy management and battery safety systems and ESS architectures.
OEM program
ESC for JAC J4
Complete ESC development including ECU, control algorithms, calibration and full international homologation.
ESC for KMC Eagle
ESC system, control architecture and embedded software development with validation and test processes.
ESC and ADAS for Zamyad Padra
ESC and vehicle stability functions together with ADAS and detection system infrastructure.