Develop RheoLity, software component of Luciole Medical's RheoLity System and successor of NemoDevices' NeMo Monitor.

RheoLity neuromonitoring system is based on optical extinction measurements in the near infrared region. The method is based on the well-established near infrared spectroscopy (NIRS) principle. In this region of the spectrum light penetrates biological tissue. Blood, in particular its constituents oxygenated and deoxygenated hemoglobin act as absorbing constituent against the background and therefore allows for quantification of their concentrations.

RheoLity is a user-friendly software used in conjunction with RheoControl, RheoSens and RheoPatch, which displays and analyzes the measurement data. CBF and oxygen metabolism are analyzed and displayed on the Rheo Monitor. RheoLity manages patient information and the patient measurement series. The software can be run on a standard medical PC.

In contrast to the monolithic hybrid application NeMo Monitor, RheoLioty was developed as a multi-process, multi-tier system with independent components that can be distributed to different system platforms (Windows, Linux, MacOS, ARM, Browser). The core components (measurement data acquisition, algorithms) are programmed in C++, the GUI is a browser-based HTML5 / CSS3 / JavaScript application and the business logic is implemented as a Node.js / JavaScript application. Communication between the individual processes takes place network-wide via SocketIO.

Develop NeMo Monitor, software component of NeMoDevices' NeMo System.

NeMo System is a solution for minimally-invasive (NeMo Probe) as well as non-invasive (NeMo Patch) multi-parameter neuromonitoring in a single system.

The interface of NeMo Monitor is designed for user-friendly, simple and intuitive operation. Connected NeMo Probes and NeMo Patches are automatically detected. The software actively guides through measurement procedures, while clearly representing trend curves as well as current measurement values. Customizable views enable the usage of NeMo Monitor in various clinical situations.

NeMo Monitor is designed and implemented as a hybrid application, embedding a Chromium WebPage into a desktop application via CEF (Chromium Embedded Framework). GUI and business logic are implemented as a HTML5/CSS3/JavaScript app running inside Chromium whereas core components, such as collecting metrics from input devices, computing measurement parameter algorithms, storing measurement data on disk and transferring measurement parameters to external medical systems, are provided by a native C++ application. Both parts of the system are connected via JavaScript/C++ bridge.

Support further development of subproject 'Kreditsicherheiten'. 'Kreditsicherheiten' is an integral part of BAP (Bankarbeitsplatz) which is based on Java Based Banking Framework (JBF). Design and implement new packages and modules. Redesign, Refactor and optimize existing classes and components.

Design and Develop CCO-Track And Trace, an important solution component for process optimization within planfocus' CCO Solution Suite.

It provides for end-to-end track & trace of all cash shipments, be it ATM cassettes or other packages or shipments, together with transparent monitoring.

• Workflows for efficient package commissioning
• Complete package track & trace for shipments across the entire supply chain
• Tracking with stationary or mobile scanners
• Support for bills/coins/other values/products
• Securely traceable delivery of packages

CCO-Track And Trace is implemented as a Cordova (PhoneGap) app for Android mobile and tablet devices using SpongyCastle / BouncyCastle for strong encryption/decryption of data transfers.

Design and develop a visually appealing companion web and mobile app for MBC Group's TV series "Omar".

In 2012 MBC Group decided to multiply the viewing experience for the biggest production in Arab entertainment history by launching a companion web and mobile app for the TV series.

The production of the series "Omar" is the largest TV production in the history of Arab television to date and comes in several languages​​. With the TV series, comes this app to complete this initiative and provide value-add content to viewers around the World via their mobile devices.

The Omar application is a nicely visualized interactive timeline (supporting parallax scrolling) that covers the history of Islam and Second Caliph of Islam Omar Bin Al-Kattab through events. The TV series is going to cover around 300 events that happened during the life of Omar from social events to battles and political transformations. The application extends the series content and covers around 1000 events in that era in details.

The application gives users the option to navigate content through different views; Timeline view, List view, Map view, and 3D perspective view, and Episodes view. The second screen experience is mainly delivered through the episodes view where users can watch the full episodes after it runs on TV, read the synopsis of the episode, and learn more information about the events that a specific episode covers.

One great feature to highlight is that for the first time an application covers all events in history on a map. It shows where each of these events took place using Google Map Coordinates which requires a lot of research and editorial efforts.

The application allows users to choose between Gregorian and Hijri calendars to navigate the timeline. This feature can help them put the events Hijri dates in context with the Gregorian dates.

The application features different social actions like sharing an event to social networks, check-in into a location of an event on the map, and the ability to go through the social stream of the series on Twitter.

"Omar" is built in HTML5/CSS3/JavaScript technology using Cordova (PhoneGap) for mobile devices support.

Develop jTweetsAnywhere, a jQuery Twitter Widget with @Anywhere support that simplifies the integration of Twitter services into any website. The Widget is implemented as a jQuery plugin.

Support further development of Java Based Banking Framework (JBF). Design and implement new packages and modules. Redesign, Refactor and optimize existing classes and components.

Design and implement several components and parts of XML based configurations editor to handle complex software logistics entities.

(Re)Implement and further extend Intellegio Panel Monitor - tablet based device - responsible for graphical presentation of realtime medical measurement data, like temperature, pressure, etc.

Develop, launch and operate http://magoona.de/, ajax based web application featuring personalized webDesktop, productivity tools, entertainment and community support.

Enhance and internationalize (taxes, discount variants, etc.) automobile sales system for the european market (SA3), supporting car configuration, ordering, quotation and contract management. Extend and implement interfaces to existing applications.

Develop campaign administration tool to support the Business Intelligence Center with customer campaign management, configuration, analysis and reporting.

Support quality assurance procedures for the rollout of banking self-service software platform:

• Defect analysis and extensive support for defect correction and bugfixing
• Development, implementation and execution of standard and special test cases
• Design and implementation of tools and programs to support execution and analysis of automated test procedures
• Design and implementation of tools to support automated software installation of banking self-service devices

Implement OPT functionality (Online personalization of Terminal-HSM) for 'Application for Banking Self-Service Devices'.

Main objective is secure online contribution of cryptographic keys into Terminal-HSM based on existing procedures and methods provided by ZKA-certified, external providers.

• Extending system interface to EPP (Encrypted Pin Pad)
• Supporting generation and validation of ISO data records
• Enhancing HOST communication software modules to support exchange of ISO data records

Develop RSS/RDF/ATOM news aggregator for mobile devices (SmartPhone, PDA, etc.).

Port of 'Application for Banking Self-Service Devices' to Wincor-Nixdorf device platform running Windows 2000 / Windows XP.

• Rewrite C/C++ modules in Java
• Port all HOST communication software modules from SNA protocol to WebSphere MQ

Develop C++ library supporting access to CIM86 boxes via RS232. CIM86 box is used for authentication of EC cards.

Develop C++ library supporting connection of coin deposit machines to mainframe systems via SNA LU0 protocol.

Develop web based intranet solution to support monitoring and remote administration of banking self-service devices for financial institution.

The management system consists of SBM Agent (running on each device), SBM Server (responsible for communicating with the agents, delegating commands to agents, collecting state information and handling events) and SBM Web application supplying the user interface.

Develop Application for Banking Self-Service Devices (Account Statement Printer: IBM 4725, Service Terminals: IBM 5994, IBM 4737).

Solution consists of the following components:

Application (Integration of typical banking self-service functionality, written in Java)

• Payment Transactions (bank transfer, standing order, account transfer)
• Account and Portfolio Services (acount balance, abstract of accounts, portfolio report, account statement)
• Bonds
• Financial Investments
• Additional Offers (estate services, assurance services)

Services (Written in Java and C/C++)

• System Loader
• System Kernel
• Configuration Server
• Log Server
• HOST Communikation via SNA

Device Drivers (Written in C/C++)

• Magentic Stripe Reader/Writer
• Document Printer
• Encrypted Pin Pad
• External Contacts