In the last few years I have been leading the development of the smart HVAC system "Termogea", from a proof of concept to a commercially successful product. This required to combine classical PLC solutions with modern IoT concepts. I have been dealing mainly with the following tasks:
For a new hardware design of the electronic control systems of an infant incubator, the embedded software for the five controller boards had to be implemented. Each controller board is based on a Microchip ATSAMC21 microcontroller. The host controller uses an NXP i.MX6 microprocessor and runs Yocto embedded Linux. Communication between the boards and the host controller and is done via Canbus.
I was responsible for the design of the system architecture and the implementation of the following main functions:
Development of a miniature wireless sensor tag based on TI CC2640 and CC1310 microcontrollers from scratch. The sensor tag uses sub GHz radio communication with the base station. My main responsibilities in the project were:
I worked as system responsible for the embedded software for Remote Terminal Units in SCADA systems. These embedded devices run with Linux OS and are deployed at the remote sites in the broadcasting and telecommunications business. The main activities I was involved in were:
I was involved in the development of the Network synchronization function for 3G telecommunication network nodes. My main responsibilities were:
I am an engineer with a broad experience in the telecommunications industry, embedded systems design and the Internet of Things. In my professional career I have made in depth experience in various fields like software development (from low level hardware drivers to high level user interfaces), system design and product life cycle, Cloud computing, team leading of international and geographically distributed teams.
Based on my hands on knowledge I can help with any phase of an embedded systems project:
In the last few years I have been leading the development of the smart HVAC system "Termogea", from a proof of concept to a commercially successful product. This required to combine classical PLC solutions with modern IoT concepts. I have been dealing mainly with the following tasks:
For a new hardware design of the electronic control systems of an infant incubator, the embedded software for the five controller boards had to be implemented. Each controller board is based on a Microchip ATSAMC21 microcontroller. The host controller uses an NXP i.MX6 microprocessor and runs Yocto embedded Linux. Communication between the boards and the host controller and is done via Canbus.
I was responsible for the design of the system architecture and the implementation of the following main functions:
Development of a miniature wireless sensor tag based on TI CC2640 and CC1310 microcontrollers from scratch. The sensor tag uses sub GHz radio communication with the base station. My main responsibilities in the project were:
I worked as system responsible for the embedded software for Remote Terminal Units in SCADA systems. These embedded devices run with Linux OS and are deployed at the remote sites in the broadcasting and telecommunications business. The main activities I was involved in were:
I was involved in the development of the Network synchronization function for 3G telecommunication network nodes. My main responsibilities were:
I am an engineer with a broad experience in the telecommunications industry, embedded systems design and the Internet of Things. In my professional career I have made in depth experience in various fields like software development (from low level hardware drivers to high level user interfaces), system design and product life cycle, Cloud computing, team leading of international and geographically distributed teams.
Based on my hands on knowledge I can help with any phase of an embedded systems project: