Advanced Research Center

Description

Smart manufacturing and robotics innovation laboratory dedicated to the research, development, and validation of next-generation industrial automation systems. The lab integrates collaborative robots (UR3 and UR5), a humanoid robot (Unitree G1 Edu), an autonomous warehouse loader (Ateago), large-scale conveyor systems, real-time control platforms, intelligent sensing, and AI-driven digital twins into a unified Industry 4.0/5.0 architecture.

The laboratory functions as a realistic, modular smart factory testbed where fixed automation, mobile robotics, humanoid systems, and AI-based decision-making operate together in coordinated workflows. It enables experimentation in multi-robot orchestration, autonomous intralogistics, embodied intelligence, real-time control, and human–robot collaboration under real industrial constraints.

Description

Our Aerospace Systems Laboratory is dedicated to the development, verification, and performance validation of high-frequency, RF, and mission-critical electronic systems used in aerospace and defense applications.

The laboratory enables high-speed, high-frequency, and phase-coherent measurements across scalable multi-channel configurations. The facility is further enhanced with Software Defined Radio (SDR) platforms supporting advanced wireless communication, radar prototyping, and spectrum research applications.

As aerospace systems demand higher reliability, tighter tolerances, and operation in harsh environments, our lab provides a controlled, repeatable environment for validating RF performance, communication robustness, signal integrity, and subsystem interoperability.

Description

Built around high-performance modular architecture and complemented by precision instrumentation, the laboratory enables flexible, scalable, and high-accuracy measurement systems suitable for both R&D and pre-production environments.

As semiconductor technologies continue to evolve toward higher speeds, smaller geometries, higher power densities, and mixed-signal integration, rigorous and repeatable validation methodologies are essential. Our lab provides a controlled and configurable test environment capable of simulating electrical stresses, signal conditions, and real-world operating scenarios.

Description

Our Automotive Electronics Test & Validation Laboratory is dedicated to the development, verification, and reliability testing of advanced automotive electronic systems. The lab supports both research and development activities as well as pre-production and end-of-line validation for critical vehicle control modules. Built around a modular architecture, our facility enables highly flexible, scalable, and reconfigurable automated test systems capable of adapting to evolving automotive technologies.

With the increasing complexity of modern vehicles — including electrification, ADAS, connectivity, and intelligent control systems — robust validation strategies are essential. Our lab provides a controlled and repeatable environment to simulate real-world vehicle conditions, electrical loads, communication networks, and fault scenarios.

Description

Our Cybersecurity Laboratory is dedicated to research, testing, and practical training in secure systems, network protection, vulnerability assessment, incident response, and cyber-resilient engineering environments.

The lab supports experimentation with secure infrastructure, monitoring, penetration testing workflows, digital forensics, and protection of industrial, embedded, and enterprise systems.