Enabler for Electrified & Intelligently Connected Vehicle Architecture
Methodica Technologies is an embedded-technology consulting practice that delivers specialized engineering solutions for electric, conventional, and connected vehicles. Headquartered in Troy, Michigan, it serves automotive original equipment manufacturers (OEMs) and Tier-1 suppliers with comprehensive capabilities in mechanical design, hardware development, AUTOSAR integration, and embedded software solutions.
Delivers functional and responsive structural solutions tailored to meet stringent performance requirements across diverse industrial applications.
Develops advanced electronic subsystems and embedded architectures for modern vehicle platforms.
Develops specialized electronic subsystems including advanced driver assistance systems (ADAS) and power distribution units.
Designs and develops multimedia infotainment hubs, driver information displays, and unified digital cockpits.
Implements communication interfaces supporting Bluetooth, Wi-Fi, cellular networks, and dedicated short-range communications.
Integrates precise positioning, mapping, and routing algorithms into onboard automotive electronic systems.
Acts as a strategic engineering partner for software architecture migration, standard implementation, and platform integration.
Assists with transitioning legacy software stacks to standardized AUTOSAR platforms.
Implements and integrates runtime environments and basic software modules utilizing AUTOSAR specifications.
Assists engineering organizations in evaluating workflows, conducting feasibility analyses, and executing structured development transitions.
Secures connected passenger cars and commercial vehicles through dedicated security architectures and risk-mitigation suites.
Provides structured educational courses that introduce embedded engineering teams to fundamental Agile methodologies and development processes.
Supports clients across the entire product development lifecycle for conventional, hybrid, and fully electrified powertrains.
Designs model-based transmission and driveline controls for various hybrid drive topologies.
Develops advanced battery control software and systems for low-voltage and high-voltage lithium-ion battery architectures.
Delivers end-to-end motor control design, calibration, dyno testing, and vehicle-level verification.
Enables advanced mobility programs through robust system design, software development, and validation frameworks.
Implements algorithms for environment sensing, object detection, and path planning.
Executes hardware-in-the-loop validation and virtual environment simulation to rigorously verify autonomous functions.
Integrates secure OTA updating mechanisms to deploy remote software revisions to vehicle ECUs.
Deploys platforms for capturing, storing, and reprocessing high-throughput sensor data.
Develops cross-platform user interfaces and applications for diverse embedded devices and smart screens.
Designs and builds applications using Qt and QML frameworks for embedded platforms.
Creates native and cross-platform applications for iOS, Android, and other mobile devices.
Automotive · Medical Devices · Food & Beverage
Automotive · 2025
Commissioned a low-voltage hardware-in-the-loop testing system to validate electrical and power distribution subsystems for an electric commercial truck platform.
Automotive · 2025
Developed and engineered an intersection merge anti-collision system utilizing advanced driver assistance technologies and vehicle communication protocols.