Maxim Prut

R&D. CAM team (FAB). Improvement and development of internal CAM system modules. The products of Align ecosystem are based on a polygonal (triangular) geometry representation. FAB works with SLA printing systems, five-axis machines and some other robotic systems. Also we have to take in account our customers' needs because our final product is connected with people's health 3D printing, Topology optimization, Performance optimization, Computational geometry

RGK Team (The national Russian 3D modeling kernel). 3D computational geometry, 3D geometric modeling, numerical methods. Development of new 3D modeling kernell modules. This kernell is based on manifold solid b-rep topology, whide range of geometrical entities and can be used for a wide range of CAD/CAE mechanical systems. The RGK project was finished

UNIX + GCC + language translators ( PVS team, DRC group ) Cadence Applause Award (Speed and Agility)

Porting of some demo example from CPU to GPU (CUDA) to prove the effectivity of usage of massive parallelism for some actual tasks. Expert (freelance) As result the initial algorithm has been speeded up at approximately 70 times (a little bit more). (GF 650 GTX against Pentium Core 2 Duo). Visual Studio 2010 Express + CUDA Toolkit

The Mechanical Analysis Division (MAD) Results processing group. Post-processor unit of a CFD system FloEFD. I'm taking a part in a development of visualisation, animation and geometry units.

Maddox Games team was a developer of "IL2-Shturmovik" aviasimulator. I concentraded on the weather simulation subsystem for the last versions of IL2 family and a prototype of the "Batttle of Britain" new generation simulator. Projects have been released. I've made report on KRI 2006 conference about weather simulation systems in computer games.

The T-Flex CAD project. This CAD system is based on the Parasolid kernel and a powerfull native parametric kernel. I developed a 3D CAD geometry import/export subsystem using STEP. This included a complex geometry and topology healing module for side-customer's models. The subsistem have been successfully released in 7.0 -... versions

The Mathematical modeling departmet of Central Institute of Aviation Motor-building (FEA). I developed a new version of a preprocessor unit for the CAE system "Corvette" (FEM system for blades of gaz-turbin engines). This included a native geometrical kernel was based on the V and W splines theory, mesher and a new interactive 3D visualisation unit. This modules were used for real calculations by employees of department.

Ph.D program (wasn't finished)