Design and development of handheld battery-operated multidose auto-injectors, breath activated inhalators, loggers for insulin pen, and continuous glucose meters with RFID, Bluetooth, LTE NB IoT cloud-connectivity for well-known pharma companies. Manufacturing through-put annually: 50 million units or 50 thousand units, each unit comprises 50 or 1000 components.

Fully Implantable, Rechargeable Neurostimulator with EKG, EEG, ENG and Bioelectrical Impedance Analysis for Breath Detection
Electronics hardware and firmware (MSP430) development for implant, wireless charger, and wireless communication units. The external wireless transceiver communicates bidirectional via USB to a PC/Laptop. The PC user software is programmed in .Net.  For human application hermetically sealed housing concepts are under development in Ceramics (Al2O3) and Titanium. For lab experiments up to one year duration, a special cost efficient encapsulation technology with epoxy-resin [medical grade] under vacuum and specifically developed pre-cleaning processes were implemented and successfully tested.

[EKG: Electrocardiogram]
[EEG: Electroencephalography]
[ENG: Electroneurography]

Design and Development of a Grating Stabilized Diode Laser System for Spectroscopic Applications in Physics
The system consists of 8 devices which fit into a 19”-industy standard rack or can be operated as stand-alone devices. 1 GHz Photodiode Amplifier, 125 MHz Photodiode Amplifier, High Voltage Amplifier 300 V / 200 mA, High Voltage Amplifier 800 V, Laser-Lock-PID-Loop, Temperature-PID-Loop 2 A, low noise high precision Laser-Diode-Current driver 200 mA, Single Photon Detector and Correlation < 5 ns.

Further Development of EOM (Electro-Optical-Modulator) Driver,
Quantum-Technology Model 3030, Innsbruck Medical University,
Department for Medical Physics, Prof. Stefan Bernet

Report of Designed, Developed and Tested Devices, for Project “P13369 Bound States of Atoms to Macroscopic” FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Jörg Schmiedmayer

Design and Development of a Controled-Loop for Stabilisation of the DYE-Laser System (Coherent) for the Atom-Chip Experiment, for Project “AQUIRE IST-1999-11055 Atomics Chips for Quantum Information Research” Funded under 5 th FWP (Fifth Framework Programme, EU Funding, Germany, United Kingdom, France, Israel, Italy) Information Society Technologies, Prof. Jörg Schmiedmayer

Design and Development of 4 PC-Controlled Current-Drivers for Atom-Chip Experiments, for Project “AQUIRE IST-1999-11055 Atomics Chips for Quantum Information Research” Funded under 5 th FWP (Fifth Framework Programme, EU Funding, Germany, United Kingdom, France, Israel, Italy) Information Society Technologies, Prof. Jörg Schmiedmayer

Design and Development of 5 High-Frequency-High-Power-Drivers to control Acousto-Optic-Modulators (AOM Drivers), for Project “AQUIRE IST-1999-11055 Atomics Chips for Quantum Information Research” Funded under 5 th FWP (Fifth Framework Programme, EU
Funding, Germany, United Kingdom, France, Israel, Italy) Information Society Technologies, Prof. Jörg Schmiedmayer 
These AOM-Drivers are (were) used in different Configurations in Labs at University of Innsbruck, University of Heidelberg, Max Planck Institute for Nuclear Physics in Heidelberg, and Ben Gurion University.

Employee Contract with Project “P 13.369-PHY FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Jörg Schmiedmayer

Design and Development of 4 Drivers to control Acousto-Optic- Modulators (AOM Drivers), for Project “SFB 017-07 Experiments with degenerate Quantum Gases” Spezialforschungsbereich - Special Research Program, Prof. Jörg Schmiedmayer

Renewal of Lasertube for Innova 300, for Project “Y48-PHY Physics of Correlated Quantum Systems, FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Harald Weinfurter

Design and Development of Current Drivers for Experiments with Atom-Chips, for Project “SFB 017-07 Experiments with degenerate Quantum Gases” Spezialforschungsbereich - Special Research Program, Prof. Jörg Schmiedmayer

Design and Development of Special Electronics for Experiments with Small Magnetic Traps for Project “S065-05 Bound States of Atoms to Macroscopic” FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Jörg Schmiedmayer

Design and Development of Special Current Drivers for Experiments with Wires, for Project “S065-05 Bound States of Atoms to Macroscopic” FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Jörg Schmiedmayer

Design and Development of a Laser-Diode-Stabilisation with Analog Control-Inputs and Digital Measured Value Indicator, for Project “S65-02” FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Anton Zeilinger

Design and Development of a 6-Port Coincidence Logic Unit for TTL and NIM-Pulses, for Project “S65-02”, FWF Der Wissenschaftsfonds, Austrian Science Fund, Prof. Anton Zeilinger