Technical improvements of a measurement device, which includes:

• Development in C/C++ and C#
• PCB-Design
• CAD-Design

• Evaluation of the ERPNext system, targeted on the task to accomplish
• Evaluation of the ERPNext REST API
• Independent planning of the nontrivial import process
• Independent implementation of the importer/sync service

• Problem discussion with specifying engineer, knowledge transfer
• Documentation of demands and documentation development progress
• Independent implementation of various calculation modules
• Knowledge transfer of a non trivial mathematical and physical calculation model
• Independent implementation of the computation core
• Independent implementation of additional calculation modules, steady API adaption
• Independent implementation of a rule based input validator and data preparation module (configurable via XML)
• Specification of a generic calculation method, unifying various different calculations into a single one
• Specification of further modules

Device- and Microcontroller software/firmware, for concrete corrosion measurement with multiple sensor channels:

• Microcontroller development (without OS or third party libraries)on a 8051
• Complete rework of the software (existing software, written in C, was unusable) in C++
• Construction of a Lab rig for device simulation
• Development of a measuring device simulator

For a graphical signal tracing software:

• Preparing the development infrastructure
• Communication of demands, problems and misspecification
• Implementation of the basic functionality
• Implementation of .NET to Native code transfer layer
• UI implementation under Win Forms (.NET)
• Interfacing to Graph Viz
• Documentation

• MISRA conform programming
  
• Reworking of security level 2 (Level 2) software of an automobile gear control device
• familiarization with the customer's development infrastructure, familiarization with ClearCase
• Independent development of change requests
• Implementation of automated tests
• Management and Re-merging of change requests into the customer's repository

• Specification of the project infrastructure
• Sepcification of the data infra structure
• Authoring of a tree based base data editor
• Authoring of the main user interface for the application
• Project management

• Implementation of the UI(Windows Forms)
  
• SAP-Import
• Implementation of processing and management
• LDIF Export

• CMS maintenance
• Implementation of a template tool for a project management system (Gannt)
• Development of an importer/exporter for Microsoft Project
• Plugin based calculation module (implementation of a third party design)
• Specification of a holiday managemnent system for HR management
• Common plugin development
• restructuring the established build process
• Development of a system service (automation for Microsoft Dynamics CRM)
• Maintenance of a web based tool for Business contracts for a German parcel service (ASPX.NET + Micra Doc)
• Cleaning up some mess (PHP)
• Computation system (business calculation)
• Normalizing of global corporate data
• Importing corporation data into a CMS system (with entity framework and directly in SQL)

• Enhancement of an existing software
• Report customization (invoices, quotes, orders)
• Development of a report editor
• Enhancement of the VB6 user interface
• Development of a tool for normalizing pricelists of various file- and table formats from different vendors
• Design of a data transfer engine
• Design of a data export engine

• Driver debugging of a USB magnetic ink reader (Keyboard HID)
• Authoring of display drivers for various displays
• Manual platform configuration
• Implementation of a WIN CE 6 HAL / BSP
• Development of a platform builder configuration tool
• Bootloader development
• Debugging of third party BSP code
• Concept for a USIP based smartcard reader

• Application of the ODE physics engine
• shadows
• Helicopter simulation and flight physics
• Simulation of an escape rope
• Optical and physical assembly of helicopter 3D models
• Helicopter crash-Detection
• Integration of an Open font engine
• Direct Access to DX7, DX8,
• Design of a multi platform rendering concept
• Adaption of pathfinding (A*)
• Development of a 2D UI Editor, based on 3D rendering
• FSM-based in game logic
• Development of a ring menu system

• collision detection
• collision reaction system
  
• Implementation of a motion system
  
• pathfinding (A* modification)
• shadows
• modularisation of a 3D object
• reprogramming the loading routine from ASCII to binary
• Bezier based rivers for the 3D scene
• forward kinematics for horse carriages
• particle sysems
• Definition of mathematical conventions for the project
• Implementation of a 2/3/4 D math library
• Terrain system
• Terrain editing functions
• Terrain optimization
• Object culling for the scene
• 3D Object picking via mouse pointer
• decals
• triangle Clipping
• Clouds
• fintuning of the 3D rendering based 2D UI
• railway-track geometry

Implementation of a PDF renderer under Java.aw,

Embedding Japanese fonts into PDF documents