• Handheld and tabletop units based on series MSP430 (Texas Instruments)
• Controlling the ADCs
• Controlling the LCD-displays
• Enhanced functions realised in software:
  • settable limit monitoring with optocoupled alarm
  • Calibration functions
  • Zero setting
  • Filter
• Development of the analog part of the circuit together with hardware developers
• Environment and tools: C ICC, NoICE

• Programming of an ARM7-Derivates in C
• LIN-Bus-connection
• Improvement of the calculations and algorithms, measurement analysis and simulation with MatLab/Simulink
• Implementation of various types of batteries
• Improvement of the simulation tool
• Working in a team
• Environment and Tools: MatLab / Simulink, IAR-Compiler for ARM7, Visual Studio 2010 (Microsoft), Canoe (LIN/CAN-Tool for testing, Vector Grafics), SVN/Tortoise for team-management and versioning

• Tension measurement, temperature compensation, optimisation of characteristics
• Prozessor MSP430-Serie (Texas Instruments)
• Adaption of the AD-converter via SPI-Bus
• Grafic display and Touchscreen
• USB-connection to a Windows-PC for parametrisation and first start
• Development of a GUI for the PC (C#)
• Design of Software-Architecture
• Realization in C
• Documentation
• Project management
• Environment and Tools: Code Composer Studio (Texas Instruments), Visual Studio (Microsoft)

• Design of the software architecture
• Processor from MSP430-Serie (Texas Instruments)
• Usage of the processor-internal AD-converter
• 7-Segment-Dispaly
• Peak and Hold functions
• Storage of various characteristics for scaling
• Control of the device with mechanical switches
• Monitoring of the battery with “Low Bat”-signalisation
• Realisation in C
• Documentation
• Environment and Tools: Code Composer Studio (Texas Instruments)

• Motor control (PIC controller (Microchip), PWM) with NFC signals
• Significant part of the circuit development
• Design of software architekture for the controller
• Integration of the software components of an NFC-transceiver
• Realization in C
• Development of a software version to perform endurance tests for the mechanical parts
• Improvement of the requirements
• Tools: MPLAB IDE (Microchip), ORCAD

• Sensor to recognize barriers while moving a door of a car
• Analysis of the geometrical data: Rotary motion, relative position of barriers, formulation of an algorithm
• Programming a PIC-Controller (Microchip) as interface between a distance sensor and an electronic control unit
• Realization of the state machine for a tailgate as described in specifications
• Developer tests
• Documentation
• Envireonment and Tools: MPLAB IDE (Microchip), ORCAD

Safety system to prohibit fire and smoke in the kitchen

• Design and realization of the software architecture for four modules:
  • Sensor to monitor the temperature of a hob, and to monitor the movement of persons
  • Smoke sensor
  • Turn-off unit for the mains, tri-phase and one-phase
  • RF-adapter to control the system via USB with a PC
• Realization of the RF-protocol (868MHz) between the modules
• Implementation of an interface to smart-home-systems (e.g. Homematic)
• Development of a intuitive program running on a PC to control the system (Microsoft Windows 7 and 10)
• Formulation of testing routines
• Documentation
• Development environment and tools: MPLAB IDE (Microchip)