Dr. Ognjen Jovic

* Developed a hydrogen sensor, resulting in increased accuracy and life time stability, contributing to its successful production. * System modelling and developed trimming algorithms. * Specified and executed experiments. * Managed data analysis using Matlab and Python. * Lead 8D problem-solving methodology. * Acted as Change Request Manager.

* Managed the heating current unit project to successful production. * Facilitated communication with internal and external stakeholders. * Oversaw configuration, change request management and team organisation.

# Development engineer for system-modelling and trimming algorithm # Definition, conduction and support of functional tests # Support and optimization regarding EMI/EMC - schematic/layout - exchange EMI/EMC experience with other teams and departments # ASPICE knowledge as a change request and configuration manager - IBM rational team, DOORS # Development of ASICs for pressure sensors in automotive industry - Specification of requirements, sub-project leader, communication with customers

PhD student within the EU project Parachute "Parasitic extraction and optimisation for efficient microelectronic system design and application". Topic: Susceptibility of Integrated Circuits to Conducted Electromagnetic Interference - Measurement, simulation, modelling and optimisation of ICs and transistor models in Cadence. Developed advanced direct power injection measurement method for EMC characterisation on wafer level.

Voluntary Intern within the EU project Robuspic "Robust Design Methodologies for Smart Power ICs". Work: measurement and simulation of frequency, current disipation and EMC emissions of different ring oscillatros, and current mirrors

Doctor thesis: Susceptibility of integrated circuits to conducted electromagnetic interference Diploma thesis: Design and implementation of cross-coupled LC oscillator in 0.35um CMOS technology