Viktorio Antonovski

Managing both capital and non-capital improvement projects from conception to completion. Currently leading three interdisciplinary capital projects to increase the processing and cooling capacities of part of the factory. The projects are in various development stages.

Participated in the initial planing phase of placing urban equipment on a lakeside area. Assisted in the collaboration between architectural, geodetic, and engineering firms for construction projects.

Prepared RFQ packages, reviewed bids, performed technical evaluations, interacted with suppliers, developed and issued specifications and drawings, and took full ownership of power plant equipment such as the fuel gas, fuel oil, and purge air systems. Led the detailed design, development, and engineering analysis (thermal & fluid) of shell and tube hybrid R&D heat recovery steam generator (HRSG) project.

Performed fluid flow design and analysis of gas turbine cooling systems. Interacted with control system engineers to define appropriate control settings and optimized fluid systems' operational flexibility. Conducted design, development, and finite element analysis (thermal, stress, and displacement) of a gas turbine piping system.

Simulated and investigated transient incompressible fluid flow analysis (CFD) of the breathing cycle inside the human tracheobronchial tree and lungs with commercial software. Modeled transient fluid–structure interaction (FSI) of the human tracheobronchial tree and lungs as well.

- Measured and analyzed ignition delay times of combustible gases via a combustion rig (shock tube). The experimental ignition delay times were compared to computational chemical kinetics models. - Engineered windows for a combustion fuel nozzle test section. Performed design, development, finite element analysis (stress & displacement), integration, implementation, testing, and deployment.