Karl-Erik Gustafsson Email & Phone Number

Turku, Southwest Finland, Finland

Hardware, firmware & software development groups manager and team leader. Leading people and projects.

Turku, Southwest Finland, Finland

Lead engineer of hardware, firmware & software development.

Turku Area, Finland

HW Systems Architect and Lead HW Engineer• Ship navigation data to cloud -system (remote unit + cloud service) for Future Fairway Navigation in Sea4Value program, 2021-22.https://www.dimecc.com/dimecc-services/future-fairway-navigation- Ship: Embedded solution for collecting ship navigation data. Onboard ship, data collecting, processing and optimization for cloud transfer (cellular links, link aggregation). Real-time navigation data available for cloud clients. Data storaging to local databases.- Cloud: System for receiving, storing (database) and proxying real-time navigation data for end point clients.- System to be used as a part of the remote pilotage demonstration, in spring '22.- Work roles: HW & SW architecture/design/engineering (incl. both ship and cloud systems).• Control and Monitoring Operation Center, 2020-21.https://brighthouse.fi/portfolio/operation-center- Remote operation and control environment. System can be connected either to simulator interfaces or to real ships using "Ship navigation data to cloud -system" (e.g. in remote pilotage demonstration).- Used in: Aboa Mare Autonomous Vessel Remote Operations Center (AMROC), Novia UAShttps://brighthouse.fi/fi/amroc- Work roles: HW & Mech. architecture/concepting/engineering.

Turku, Finland

Connectivity and System Engineering• SVAN - World’s first Fully Autonomous Ferry, 2018 (https://goo.gl/HVCE9a)• Project Sisu - World’s first remotely operated commercial vessel, 2017 (https://bit.ly/3hFSj1A)• Advanced Autonomous Waterborne Applications Initiative, AAWA, 2016 (https://goo.gl/uT1HwF)- Work roles: Defining connectivity requirements for above systems. Scouting of connectivity and network solutions (e.g. link aggregation). Network architecture and system design. Engineering for communication systems. Co-leading installations and commissioning in above projects.

Salo, Finland

• Chipset development for Windows Phone high end platforms in co-operation with Qualcomm. Management of EMC related activities during R&D: planning, execution and reporting • System and interoperability design: clocking, power management, ASIC I/O cells, ASIC peripheral interfaces and modules• Simulations, schematic and layout design for chipset development, macro boards and development vehicles• Verification of HW and SW functionalities: interoperability and electromagnetic compatibility• Technical support for component sourcing in passive and EMC component areasProjects: Lumia 950XL, 950, 1320, 930, 1520, 925, 920, 820

Salo, Finland

• Chipset development for Symbian and Windows Phone high end platforms in co-operation with Qualcomm and ST-Ericsson. Management of EMC related activities during R&D: planning, execution and reporting • System and interoperability design: clocking, power management, ASIC I/O cells, ASIC peripheral interfaces and modules• Simulations, schematic and layout design for chipset development, macro boards and development vehicles• Verification of HW and SW functionalities: interoperability and electromagnetic compatibility• Technical support for component sourcing in passive and EMC component areas

Salo, Finland

• Chipset development for Symbian platforms in co-operation with STMicroelectronics, ST-Ericsson, Texas Instruments, Broadcom, Renesas. • System and interoperability design: clocking, power management, ASIC I/O cells, ASIC peripheral interfaces and modules• Interoperability and EMC design for Nokia audio and energy management ASIC’s: specification, design support, review and verification. ASIC’s with stacked passive integrated EMC and ESD protection die in same package• Simulations, schematic and layout design for chipset development, macro boards and trial phones• Verification of HW and SW functionalities, interoperability and electromagnetic compatibility • Baseband design and support for various Nokia Smart/Mobile Phones projects, including EMC design• RF design support for antenna switches and antenna switch modules. EMC/ESD verification of antenna switches and RF power amplifiers. RF IC and power amplifiers layout optimization, control of RF emissions• Component development of Application Specific Integrated Passives (ASIP, IPAD) for various mobile interfaces: audio, SIM, memory card, UI, display, etc... Discrete components integrated into same die with EMC/ESD protections• EMC Task Force project leader for optimizing EMC designs and components for ‘Nokia Mobile Phones’ products

Salo, Finland

• Launching of the development of passive integrated EMC components on silicon substrate (ASIP, IPAD): Improving EMC/ESD performance on various phone interfaces. Increasing integration level as well as decreasing discrete component amounts and printed wiring board area in the mobile phones. • Component development, design and verification in co-operation with several semiconductor component suppliers

Salo, Finland

Trainee in Salo Mobile Phones R&D EMC laboratoryThesis work: Dielectric constant measuring with the high frequencies, B.Sc.

Bsc, Telecommunication, Majoring Radio Technology

Master’S Degree, Electrical, Electronics And Communications Engineering

M.Sc. for Professionals / Muuntokoulutus