Dipl.-Ing. Dr.techn.
Heavy Industry and Bulk Handling Design
Structural Aerodynamics and Probabilistic Analysis
From a very young age, Emanuel showed a strong interest in physics and construction engineering. Pursuing this passion, he developed deep expertise in Civil and Structural Engineering. Through his PhD and early professional experience, he further specialized in Wind Engineering (including Computational Fluid Dynamics) and Probabilistic Analysis, applying these disciplines to the solution of complex dynamic structural problems. In his current role, he has gained hands-on experience in bulk handling equipment design, covering the full scope from structural and mechanical engineering to electrical and automation systems.
contact:
e dot bombasaro at icloud dot com
IU1IEJ
Profile
Born in Innsbruck, Austria (1984)
| 2008 | Dipl.-Ing. (M.Sc.) in Civil Engineering |
| Technical University Vienna, Austria | |
| 2011 | Dr. techn. (Ph.D.) in Structural Mechanics |
| Technical University Vienna, Austria | |
| 2008 - 2011 | Research Fellow - Research Training Group 1462 |
| Bauhaus University Weimar, Germany | |
| 2011 - 2015 | Specialist - Major Bridges International |
| COWI A/S, Denmark | |
| 2016 | Project Engineer - Load and Effects Team |
| RWDI, United Kingdom | |
| 2016 - 2022 | Project and Structural Engineer |
| Bedeschi Handling, Italy | |
| 2022 - 2024 | Technical Site Support Manager |
| Bedeschi S.p.a., Italy | |
| 2024 - 2025 | Commissioning Manager |
| Tenova, Italy | |
| since 2026 | Head of Site Management |
| Bedeschi S.p.a., Italy | |
commissioning and start up - bulk material handling design - civil engineering - structural analysis - probabilistic geoengineering - advanced wind engineering - environmental contours for wind farms - probabilistic analysis - ship impact - computer fluid dynamic simulation – aeroelastic wind tunnel testing
Research was mainly conducted during academic education. A list of publications can be found here.
is a full electric digital barograph measuring, recording and analysing the atmospheric pressure.
Coming soon!
Titan 1 is a high altitude balloon (HAB), sensing the earth's atmosphere and magnetic field up to a height of 35 393m. Titan 1 was launched in Denmark on August 21th 2015.
ruBeam is a very simple to handle 2D structural analysis CADEMIA Plug-in. Unfortunately, CADEMIA software is no longer distributed officially. The homogeneous and or particular solution of the linear differential equations with constant or nonconstant coefficients is obtained by an analytical series formula.
Download the ruBeam source code together with the documentation here.
LaTeX with its extension packages allow to produce high quality and beautify graphics. Some examples I made can be seen here.