Founder & engineering research
Gas-static spindle decisions fail when bearing, rotor, supply and evidence are treated as separate problems.
Oleksii Breshev builds connected engineering methods for precision-machine teams that need to move from a machine requirement to a defensible spindle architecture and evidence plan.
The work behind Breshev Engineering and AURA is grounded in gas-static bearing systems, spindle architecture, rotor dynamics, manufacturing definition and explicit evidence boundaries rather than isolated solver outputs.
PositionFounder, Breshev Engineering · Creator, AURA Engineering Platform
Professional record
The technical basis behind that position is concrete.
PhD · 18 years · patented engineering · manufactured adjustable-conical spindle hardware · ALMAZ industrial lineage · 20+ publications, including key peer-reviewed work with TU Berlin and Fraunhofer IPK.
Adjustable-conical spindle hardware.
Physical hardware connects the analytical and drawing-definition work to a manufactured research architecture.
Review flagship manufactured case →Development of Adjustable Conical Air Bearings for Non-Contact Direct Machine Drives.
One key publication in a 20+ publication record connects analytical development, spindle architecture and experimental verification in collaboration with TU Berlin and Fraunhofer IPK.
Open publication →One connected engineering chain.
The work is deliberately broader than a single bearing coefficient or solver. A bearing result becomes useful only when its operating state, shaft-line consequence, validation basis and decision boundary remain connected.
That principle is the basis of AURA: requirements enter before finished geometry, candidate states are synthesised and rejected, selected systems are carried into rotor analysis, and detailed CFD / FE evidence is applied where it can materially change the decision.
Collaboration
Research, industrial screening and technical publication can share the same evidence chain.
Current collaboration routes include machine-specific engineering questions, gas-bearing and rotor-system research, validation cases, technical articles and industrial demonstrations.
Machine-specific screening
Bring a defined operating envelope and test whether a bearing–shaft architecture is feasible.
Method and validation work
Compare analytical, numerical and physical evidence under explicit applicability boundaries.
Technical articles and talks
Translate the engineering chain into auditable, non-promotional technical material.