Fayssal KOCHIH
Bis 2019, MasterArbeiter, ATOMAS
Über mich
During my previous work experiences, I have honed my technical knowledge and bolstered my soft skills by engaging in wide range of projects that involved Desktop application development and modelisation of infrastructure assets, which instilled a strong desire in me to deepen my knowledge of the digital applications in civil engineering. I am on the lookout for promising and valuable learning opportunities, and I am highly motivated to engage and effectively contribute as an intern or a master thesis student in interesting and large‐scale projects invloving machine learning and data analysis disciplines.
Werdegang
Berufserfahrung von Fayssal KOCHIH
2 Jahre und 8 Monate, März 2020 - Okt. 2022
civil engineer manager
the national port agency
Project 1 : Quay deepening works and construction of a Dolphin for mooring ships in the Ferry terminal of Nador Harbor - Budget : 8,8 million $. Project 2 : Redevelopment works of the passagers’ station located in Nador Harbor - Budget : 14 million $. - Monitoring the financial advancement of the projects and ensuring the conformity of their executed works to the contractual quality requirements. - Controlling, reviewing and validating the essential technical documents of the projects.
6 Monate, Feb. 2019 - Juli 2019
MasterArbeiter
ATOMAS
- Optimized the design configuration of the support structure integrated into the Tunnel project executed in 'Sadri' District in Casablanca, By adopting the AFTES Recommendations for selecting the suitable support system, and by conducting stability analysis using PLAXIS software. - Designed and Implemented Desktop application that defines the optimal support structure for Tunnels, using Visual Basic and MySQL, optimizing the accuracy and the time‐frame of Tunnel structures design process.
Ausbildung von Fayssal KOCHIH
Bis heute 1 Jahr und 8 Monate, seit Okt. 2022
Civil Systems Engineering
Technische Universität Berlin
Projects : - Developed a convolutional Neural Network Model, with 0.931 accuracy, Intended to reduce the occurance of accidents in working sites, by recognizing irregular movements and positions of the Construction engines. - Created a Complete Parametric Model of a Rubble Mound Breakwater using Dynamo BIM Software, in order to rapidly explore multiple design alternatives with respect to predefined visual and high‐performance criteria.
2 Jahre und 11 Monate, Sep. 2016 - Juli 2019
Civil Engineering
École Hassania des Travaux Publics
Sprachen
Englisch
Fließend
Arabisch
Muttersprache
Französisch
Fließend
Deutsch
Grundlagen