Dipl.-Ing. Robert Morelj

Managing more than 50 team members in Munich and Nuremberg (Germany) organized in 7 teams, developing concepts and reference models for next generation multimode cellular modems, with focus on 4G/5G Physical layer algorithms.

Managing up to 30 engineers in Nuremberg developing embedded control software in the area of LTE Physical Layer for multimode cellular modem chipsets, including a team for component verification.

Technical Product Marketing, responsible to define and introduce the cross product software suite called Universal Gateway package (UGW) to the worldwide sales and customer base. UGW is a Linux based SW suite for all Lantiq SoCs targeted for the CPE market (e.g. DSL modems, router, IADs, incl. VoIP, DECT, WLAN). Main tasks: software requirements management, roadmap, engagement models, alignments of contributions to industry alliances (e.g. Home Gateway Initiative or Broadband Forum).

Management of up to 12 systems engineers spread across four locations (Munich, Bangalore, Hsinchu, Singapore), defining embedded SW concepts for CPE products (ADSL bridged modems/router/gateways, IP Phones, VoIP enabled POTS transceivers). System Software Architect for the IP Phone system solution (SoC+SW suite). Principal System Engineering, Software.

System Architect for IP Phone product (INCA IP), coming along with a full software suite. Team lead of a small team of system engineers with software exposure (4 engineers in Munich), driving software concepts for system solutions in area of VoIP enabled POTS transceivers (VINETIC), ATM/Ethernet Interworking (CONVERGATE), IP Phone (INCA-IP). Bring up support of system software architects in Bangalore (India) and Hsinchu (Taiwan).

Definition of hardware, firmware and software concepts of the first generation of Infineon broadband network processor family for the Customer Premise Equipment (CPE) market), including design-in support (user's manuals, technical presentation material, technical trainings for internal support team and customer engagements).

Design, implementation and verification of DSP software modules for the central PBX signaling unit like line echo cancellers, bit error measurement, voice codecs (ITU-T G.7xx), DTMF Rx/Tx, ... . DSP project lead managing 3rd party contributions (companies from USA and Israel) for integrated access router and VoIP gateways (first generation). 13 month civilian service (March 1996 till April 1997)

Designing signaling models in the area of mobile communication (CDMA) in MATLAB for simulation purposes. In parallel started a postgraduate studies (Labor and Economic Science), which was stopped when get employed at Siemens.