Daniel Hincapie Henao

Guide the strategy and evidence to prove that the methodology to achieve the functional safety is reasonable and best known method in industry Prove that the functional safety architecture fits the internal and/or external customer safety specifications, delivering work products and safety analysis. Execute Functional Safety management according to ISO26262 Plan and follow-up on activities of the ISO26262 safety lifecycle Support design/verification team in verification of functional safety implementation

Create, write and modify structured algorithms for Battery Management SoC to measure, control and manage battery packs.

Research on V2X communication systems and adaptive architectures for safety-critical systems • Cooperative QoS monitoring and prediction • Adaptive Platform Health Management with graceful up-/down-grade • QoS-aware function allocation for distributed architectures. • Modeling and simulation of V2X communication systems • Channel modeling, simulation and algorithms for spectral coexistence in wired MIMO systems • Elaboration of scientific articles, white papers and report

Unterstützung eines Doktoranden bei der Entwicklung von Testwerkzeugs für Parallel Programming Entwicklung eines Eclipse-basierten Interfaces für Multi-Core Debugging

Design and development of software and hardware for automated provisioning, fault diagnostic, maintenance and inventory of broadband services • JAVA south- and northbounds (Web-services, SNMP and sockets) for management of broadband equipment (DSLAM, CPE, Test heads) and administrative systems such as OSS • Signal processing and algorithms for broadband fault diagnosis • Firmware implementation in C for embedded systems

Multimedia Communications Systems, Signalverarbeitung in Multiantenna (MIMO) Systeme der Kommunikationstechnik, Entwurf und Synthese von digital integrierten Schaltkreisen

Entwurf Digitaler Systeme