Mechanical engineering student close to graduation, specialising in design. I am currently developing a mobile demonstrator in SolidWorks at DYNAMIC DRIVES Giessen. My focus for the first role: design engineering and product development.
I'm a final-year Mechanical Engineering student at Technische Hochschule Mittelhessen (THM) in Gießen, specializing in Machine Systems & Design. I'm currently writing my bachelor thesis at DYNAMIC DRIVES Giessen GmbH, where I design a mobile demonstrator for the DDG-iSHS serial hybrid drive in SolidWorks — graduating in September 2026.
My professional interests lie at the intersection of product development and technical design engineering. Three years of industry and practical experience — production at Fritz Winter, over two years in industrial engineering at Leica Microsystems, and now my bachelor thesis in e-mobility at Dynamic Drives — mean I bring both practical manufacturing knowledge and design expertise to every project.
Tools and methods from my academic and industry projects — from CAD design and simulation through programming to prototyping, PLM and technical documentation.
Languages: Arabic (native) · German (TestDaF TDN 4) · English · French
Design projects from requirements analysis and concept evaluation through CAD and calculation to manufacturing.
Concept and design of a mobile demonstration system for the DDG-iSHS serial hybrid drive — a transportable rig that makes the powertrain understandable at trade shows, sales meetings and dealer training, without a complete vehicle.
Complete engineering design of a 3-stage bevel-planetary gearbox (i=60, 7500 Nm) — all calculations per ISO 6336 / DIN 743, parametric CAD in Siemens NX, full documentation.
Kinematic and dynamic design of a cam mechanism to VDI 2143, parametric CAD in Siemens NX and multi-body simulation. The controller and CNC manufacturing follow in Project 05.
Full engineering design of a 5-ton mobile portal crane — from requirements analysis through 7 concept variants to final structural verification per DIN EN 15011 / 13001.
Smaller projects from CAD modelling, control engineering, programming and automation — including work from my time at Leica Microsystems.
CAD reconstruction of a jet engine assembly — fan, compressor, combustion chamber & turbine — modeled and animated in PTC Creo as a self-directed learning project.
Continuation of Project 02: development of an Arduino-based CNC control system with 8 sub-functions — from variable speed control and electronic gearbox to continuous path control — culminating in the successful CNC milling of the cam disc.
Systematic laboratory test series on the Leica EM TIC 3X ion beam milling system — error analysis through parameter variation, documentation, quality checks before delivery, and creation of validated technical work instructions.
Development of a wirelessly controlled vehicle with dual input modes — classic joystick and motion-based tilt control via MPU6050 IMU. Two Arduino Nanos communicate over NRF24L01 radio modules with complementary filter for stable angle estimation.
Implementation of a classic Ball-and-Beam control system using a PID controller on Arduino — stabilising the ball at user-defined targets within the defined operating range.
From iron foundry production at Fritz Winter and precision instruments at Leica to e-mobility at Dynamic Drives — real-world engineering experience.
Bachelor thesis on a mobile demonstrator for the DDG-iSHS serial hybrid drive: requirements analysis with development, sales and assembly, development and evaluation of several concept variants, and design work in SolidWorks. Currently working out the assembly structure, bill of materials and the assembly, transport and cost concept.
18 h/week alongside my studies in Industrial Engineering. Failure analyses and technical test series on the EM TIC 3X. Created and validated technical work instructions through hands-on device assembly. Designed components in PTC Creo, derived technical drawings and created a 3D-printed prototype. Maintained material master data in SAP and PLM Agile and clarified technical questions with suppliers.
Supported manufacturing and assembly of components in the series production environment of an iron foundry. Assembled parts into machines and technical systems and learned how manufacturing sequences and quality requirements work in practice.
Seven-week workshop internship: manual machining, turning and milling, design and production of welded structures (MAG), work on a CNC machining centre, plus measuring and quality inspection. Offered an apprenticeship position afterwards.
Focus: Machine Systems & Design. Core areas include CAD modeling, structural mechanics, thermodynamics, and manufacturing technology. Bachelor thesis 2026 in cooperation with DYNAMIC DRIVES Giessen GmbH.
Graduating in September 2026 and available from October 2026 for entry-level roles in design engineering & product development.
Excited about design engineering, R&D, and product development roles — available from October 2026.
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