Mahmoud Hosseini

A passionate structural engineer with strong skills in rapid hand calculations for preliminary designs and proposals, along with proficiency in FE-analysis software. Feedback consistently highlights diligence, self-direction, and professionalism in completing tasks.

Primary competence lies in designing reinforced concrete structures, including post-tensioned and precast concrete. Extensive expertise extends to steel structures, steel-concrete composite structures, and wooden structures.

• 11/2022- Project engineer, WSP Finland Oy, Helsinki
• 01/2021, 11/2022, Structural engineer, Afry Finland Oy, Vantaa
• 03/2020, 12/2021, Part-time structural engineer, Afry Finland Oy, Vantaa
• 03/2019, 03/2020, BIM coordinator, Byggnadsekonomi Oy, Espoo
• 04/2017, 03/2019, Precast element designer, Rudus Oy, Tuusula
• 01/2017, 03/2017, Trainee-Construction manager, Lehto Group Oy, Vantaa

In general, my role in projects has focused on analyzing load-bearing structures. Additional responsibilities included drafting drawings, conducting inspections, preparing reports, and collaborating closely with designers and the project manager. Specific details regarding individual projects are provided below.

• 2024, Sokos-Forum yhdyskäytävä, Load bearing capacity checking of an existing concrete tunnel. Structural engineer, WSP Finland Oy, Helsinki

      My task is to determine the bearing capacity of a concrete tunnel built in the late 1990s. The tunnel is located in the center of Helsinki under a       very congested intersection, supporting trams, heavy vehicles, and regular traffic. The tunnel, which spans over 90 meters and includes                                branches, is used daily by pedestrians traveling between two department stores. 

• 2024, Kivimäenpuisto, Renovation of the existing pedestrian bridge. Structural engineer, WSP Finland Oy, Helsinki
• 2023, Pihkatie, 5 pedestrian concrete bridges and 2 retaining walls. Structural engineer, WSP Finland Oy, Helsinki
• 2023, Kirjalansalmi bridge, A cable stayed bridge. Structural engineer, WSP Finland Oy, Helsinki

      My task was to analyze the foundation of a cable stayed bridge, including the base slab, piles, and the lower sections of the pylons. The       pylons extend approximately 86 meters above sea level. Each foundation measures approximately 11 meters in width, 30 meters in length, and 5 meters in depth. These foundations are supported by piles ranging from 15 to 25 meters in length, reaching solid rock. Additionally, I assisted in designing the bridge cables. Other tasks included creating drawings, conducting inspections, preparing reports, and coordinating closely with designers and the project manager. 

• 2023, Valion Juustolan bridge, A renovation project. Structural engineer, WSP Finland Oy, Helsinki
• 2022, Pyöräily- ja jalankulku (Kaisan tunneli), Concrete tunnel. Structural engineer, WSP Finland Oy, Helsinki
• 2022, Kalasataman raitiotie (KAPA), Concrete tunnel., structural engineer, WSP Finland Oy, Helsinki
• 2022, Laakson yhteissairaala (LYS), Concrete tunnel. Structural engineer, Afry Oy, Vantaa
• 2021, Kemin biotuotetehdasprojekti, Industrial factory. Structural engineer, Afry Oy, Vantaa
• 2020, Valtari, Concrete tunnel. Structural engineer, Afry Oy, Vantaa

• 2022, Doctoral Programme in Engineering, Civil Engineering, Aalto University, Espoo, Finland
• 2019, 2021, Master's Programme in Building Technology, Civil Engineering, Aalto University, Espoo, Finland
• 2013, 2018, Bachelor of Programme in Civil Engineering, Structural Engineering, Metropolia University of Applied Science University, Helsinki, Finland

• 02/2024, Remaining service life prediction of deconstructed components. Reuse of Building Materials and Components., A joint-project between Aalto univeristy and industry, Part of PhD programme (Robustness of bridge structures)
• 12/2021, Structural behaviour of steel-concrete composite beams with expansion joints in the concrete slab, Thesis, Master's Programme in Building Technology
• 03/2018, Designing column stairs for high buildings taking into consideration continuous collapse, Thesis, Bachelor's Programme in Structural Engineering