Entwicklung eines Monitoring Systems für die Perception eines Automen Fahr Toolkette

Sowie BackToBack testing einer SLAM Perception Deterministisch vs. KI-Modell

• ISO 21448 (SOTIF)
• ODD
• scenario-based validation
• acceptance criteria
• perception pipeline

• Creation of VR interface with augmented reality support for an Innovative sports exerciser
• Developing VR Engine based on Google VR SDK
• Extending VR Engine with position Tracking through SLAM algorithms
• Creating VR UI-Interface
• User Experience Design and Evaluation of VR Interface
• Building for iOS 9.3

• Creation of realistic creature animation in Maya
• Characters interacted with humans as VirtualActor
• Animated various Creatures (Robin, Centipede, Kockroaches, Snake)
• Progress communication with Autodesk Shotgun.

• visualization of a new and patented binding function of the mark Dynafit
• Conversion of CAD data from Autodesk Inventor in Autodesk Maya
• Creation of an animated skeleton to virtual control of bond
• Creation of the film with title animation and animated bond
• Creating the final rendering sequences with Rebus Render Farm
• accompaniment of the film with music. Image and Sound Editing for rhythmic coordination of the image with the music.

• Creation of ambient photorealistic nature scenes in Maya V-Ray
• image editing and retouching for Scenes Wallpapers
• Texturing of scene objects and texture generation
• Texturing Imation scene elements
• Create photorealistic product packs
• Camera animation of all scenes Spot

• Photogrammetry / match moving
• complex visual tracking of moving objects in a moving camera with PF Track
• porting in Autodesk Maya, followed by fine tuning
• Export to the Alembic and Filmbox format for further processing for Cinema4D

• Support for a wide variety of 3D projects as 3D Designer
• Creation of film elements on a KUKA - Fair Film,
• Creation of a print ad for Rec Solar,
• Packshots for Meditonsin,
• & more.

• To further validate the performance of our "bionic blades" The system was set up under Operational conditions at a fixed location.
• Comparison of performance values of the small wind turbine with the wind data.
• Goal: to get information about the Perofmance our "bionic rotor blade" in natural Vice-tender
• Data analysis with R Studio to DIN EN 61400-12-1

• Decision and testing between several CMS Platforms, finally selected WordPress as CMS system.
• UI design was based on the frontend WordPress template Bivio.
• template had to be modified to match both in content and style to the visual design
• This CSS style sheets have been modified or entered additional inline CSS.

Content creation via short code supported by template engine Visual Composer

• Company ENO Energy ordered a fair film with us.
• action content defined by a given client script.
• We created look-designs which were then approved by the customer.
• Based on the approved design a FULL CGI Fair movie of 2 minutes length was created.
• Parts of the production in particular the image composition was outsourced to the subcontractor FormArt.

• Project goal: results of wind tunnel tests on a technology for rotor blades transmis-gen.
• The beneficiaries of a Innovation Voucher, was left we establish a Commercial Investment.
• These measuring devices and control units were added.
• Buying 3.5t truck
• construction with McNeel Rhino and Autodesk Maya: truck body for transporting the small wind plant
• Offers of metal farmers sought to prepare the construction
• Remaining parts of the structure were made of wood.
• First tests of the "bionic blade" ran initially disappointing as centrifugal forces were greatly underestimated.
• After several modifications successful document on Feb 2015 succeeded

• for a Web animation on the website at the customer Bosch had to create several stop-motion animations.
• basis were renderings of 3D Studios for the washing machine and another Stock Photo Material.
• Major challenge was to correct quality defects of 3D renderings by retouch
• Preparing the scene for Web and Print via extensive Photoshop retouching and compositing

• Offer the part Aniprop extensive wind tunnel measurements to perform Validi-ng our invention "bionic wings".
• It could be demonstrated that the technology has a power output increase by about 20% over conventional airfoils.

• The award of the Greentech Awards for our innovative, became interested in the AirTech EXPO. We got to hold two presentations at the fair about the offer.
• Create PowerPoint presentations to showcase our innovation and their technical advantages.
• Speaker on two days of the fair.

• Improve website for the own design studio
• Using a suitable CMS system to bring up to date.
• Comparison of various platforms such as Drupal, WordPress, Typo3,
• reaction with Joomla 2.5.
• Frontend based on template Ammon,
• modification of CSS style sheets to adapt to required design,
• Error correction and functional extension of the template PHP scripts,
• Installation v. Additional functions via Java script (for example, unfolding of riders)

• Testing a simulation environment of simple numerical simulations for analysing the behaviour of nonlinear partial differential equations and predicting their discontinuities for better temporal and spatial discretization of the numeric solution

In the category of aviation was our invention "bionic wing" very popular in the online vote and also made it into the final three candidates at Europe's largest environmental prize.

• contribution to Maja the Bee feature animated
• various objects textured for the scene
• Create texture mapping
• Layout in a more complex object association for reproduction in movie scenes.
• High Resolution Models Another scene objects
• High Resolution Texturing

• The nomination on the Greentec Awards for our innovation took interest in the Euro-mold organizing team. We were offered to install a booth of 60 square meters.
• Planning and design of the exhibition stand with McNeel Rhino
• Creation of banners and brochures
• Create PowerPoint presentations to showcase our innovation and their technical advantages.
• Speaker on two days of the fair

On the AERO exhibition the city of Ulm campaigned for an idea and construction competition in aircraft. We submitted our invention in the form of an ambitious concept. Without trophy we could take the honorable distinction: "visionary dream" home

With the success of the Querdenker Award 2012 we got the offer to report at the Aviator Magazine from publisher Wellhausen & Marquardt about our technology. We wrote an 8-page article on the subject.

Training in Adobe After Effects and Adobe Preimiere for Turner Media GmbH & Co KG

Our work on "bionic wing" was a stir at the Fractal forum. This recommended for above mentioned Congress where we were invited as guest speakers to Mexico City.

• Winning the Querdenker Award for our innovation “bionic wing” raised Interest in the Aero Fair Team. We got the offer to hold two presentations at the fair about our Topic.
• Created PowerPoint presentations to showcase our innovation and their technical advantages in the presentations.
• organization of stand personnel and booth equipment
• organization of assembly and dismantling.

• Creating banners and brochures as promotional material for the booth
• Creating a fair film to explain the project
• Management and processing of print jobs for the promotional material
• Manufacturing of a Wind tunnel as a haptic demonstration for the project

Training in Adobe After Effects for Hutter & Unger GmbH

Training in Adobe After Effects for EADS Defence & Space

Boosted by the public attention, we took every effort to exploit the public Impact as much as possible. For this purpose, we applied as an exhibitor at the Hanover Fair and the AERO fair. The AERO fair offered us to provide free exhibition space available as compensation of speaker fees.

For a technical invention "bionic wing" which was created as a spin-off of our work from the computer simulation, we applied for the Querdenker Award. In the category of inventors, we were first nominated and released for online voting. Already in this round the leading was apparent. At the gala, the Querdenker Trophy was then handed to us.

• Viral Movie for YouTube
• Animated Character has been integrated in an 3D environment and illuminated by artificial Lights.
• illumination, material design (shading) and rendering of other scene objects.
• Film shots compositing by Nuke Software

• Various 3D characters implemented in different scene sets,
• Characters were lit in the virtual environment to match background
• Rendering and render management of scenes

• Product / Industrial Visualization
• visualization of a machine hall for the manufacture of sandpaper
• preparing the project geometry for time-saving rendering.
• Installation of animation rigs for the movement of the sanding paper

• Forking a Github project of professional simulation environment Naiad
• development team offered the code of the IDE for free development of
• compilation of Naiad IDE
• Extending the functionality of the program for Artificial Intelligence

• animated clips with a variety butterflies.
• R & D animation based highspeed References
• Duplication of animations in butterfly swarm.
• Swarm based on coupled fluid-dynamics (CFD) with particle simulation
• Setting up a control module with Python that allows subsequently catching the swarm indi-vidually
• Python modules for automating redundant processes

• Medical visualisation
• 3D simulation of sliced tissue by a scalpel

Created with the program's own tools from Autodesk - Maya.

• texturing animated characters
• High resolution modeling of the characters based on the basic model.
• Test the modelings and texture based on test scenes Autodesk - Maya
• "Shading" (Render Material configuration) based on the texture look

• Computational Fluid Dynamics (CFD) - animations for the demanding commercial.
• R & D of various simulation methods for the simulation of modular liquid batches
• parts of the simulation with Autodesk - Maya
• Further simulations with powerful liquid simulation Naiad.
• Integration of the 3D environment in real image (matchmoving)
• Manually animation-rotoscoping of actress with a 3D character to match real movement with 3D animation / simulation
• Creation of a motion skeleton for 3D figure