Engineering the Future of Mobility – Neuronics
Automotive Software Development & Electric Powertrain Engineering
Endless Possibilities for Automotive Industry
Neuronics is your dedicated engineering partner, transforming the automotive landscape from ADAS to Electric Powertrain solutions. We disrupt the traditional value chain by delivering revolutionary, cutting-edge technology. Unlock boundless potential and achieve what was previously impossible with our specialized automotive software and hardware expertise.
Compliance-Driven System Engineering (H2) Global Standards & Lean SAFe Methodology: We commit to delivering the highest quality through strict adherence to global automotive standards, including Autosar, ISO, KMVSS, UNECE, IEC, and MIL-STD. Utilizing Lean SAFe methodology and a system engineering approach, we ensure architecture for scale, modularity, and serviceability. This process allows for multiple planning horizons, efficient supply chain management, and rapid, incremental development cycles.
Automotive Software Engineering
Production-Grade Automotive Software Development Real-time embedded software engineered for OEM and Tier-1 production programs. Neuronics delivers AUTOSAR Classic and Adaptive application software, deterministic real-time firmware, and ECU architecture aligned with modern E/E platforms. Our expertise spans MCAL integration, hardware abstraction, middleware configuration, and performance-optimized control software for body, chassis, powertrain, and ADAS domains. Solutions are designed for scalability, reusability, and long-term platform evolution. Compliance and process alignment include ISO 26262 functional safety lifecycle support, Automotive SPICE process adherence, MISRA C and C++ coding standards, and OEM-specific development guidelines
Battery Management System
Advanced BMS Engineering and Consulting Battery management software and system consulting focused on safety, efficiency, and durability for electric and hybrid vehicles. Neuronics develops BMS algorithms for state of charge, state of health, state of power, thermal supervision, and fault diagnostics. Our cell balancing strategies and control logic are optimized to maximize usable energy, extend battery lifetime, and ensure stable operation under real-world load profiles. Our BMS development follows functional safety principles and supports validation against ISO 26262 requirements, with model-based design, calibration, and HIL validation where required.
Electric Powertrain
End-to-End Electric Powertrain Engineering Complete electric powertrain software and system engineering covering traction motor control, inverter software, transmission coordination, and vehicle-level control strategies. Neuronics supports the full development lifecycle from system architecture and control design to implementation, calibration, and validation. Our approach ensures high efficiency, smooth drivability, and robust performance across operating conditions. Powertrain software is developed using model-based workflows and validated through SIL and HIL environments to meet OEM performance, safety, and reliability targets.
ADAS and Autonomous Driving
AI-Driven ADAS and Autonomous Algorithms Neuronics develops advanced perception and decision-making algorithms for ADAS and autonomous driving applications. Our expertise includes camera, radar, and lidar-based perception, multi-sensor fusion, object detection and tracking, lane and free-space estimation, and AI-based scene understanding. These capabilities enable enhanced active safety features and support the roadmap toward higher levels of driving automation. Development is aligned with ISO 26262 functional safety concepts and supports SOTIF considerations for perception and AI-driven systems.
Validation and Testing Services
HIL and SIL Testing and System Validation Comprehensive verification and validation services across ECU, subsystem, and vehicle levels. Neuronics provides Software-in-the-Loop and Hardware-in-the-Loop testing, automated test execution, fault injection, and regression testing. Our expertise includes vehicle bus analysis across CAN, LIN, FlexRay, and Automotive Ethernet, ensuring correct communication, timing, and diagnostics behavior. Testing activities are structured to support Automotive SPICE maturity goals and functional safety compliance throughout the V-model lifecycle.
Instrument Clusters and HMI
Digital Cockpit and Automotive HMI Development Design and development of high-performance digital instrument clusters and infotainment HMIs optimized for safety, usability, and visual clarity. Neuronics builds production-ready HMIs using Qt Automotive Suite and Kanzi Studio, with a focus on real-time rendering, ADAS visualization, and seamless driver interaction. HMI development follows automotive UX best practices and safety-driven design principles to ensure distraction-minimized and compliant in-vehicle interfaces.
