Eren ARAL

Frequently Asked Questions About Eren ARAL

What engineering disciplines does Eren ARAL specialize in?

Eren ARAL is a Mechanical Engineer specializing in three interconnected disciplines: mechanical design, quality control, and procurement engineering. On the design side, he builds parametric 3D models and assemblies in CATIA V5, then validates them through structural, modal, and explicit-dynamics simulations in ANSYS Mechanical and LS-Dyna. In quality control, he applies the 8D problem-solving methodology, GD&T per ASME Y14.5-2018, and first-article inspection with a Zeiss T-Scan Hawk 2 laser scanner. In procurement, he manages supplier evaluation matrices, vendor audits, and SAP ERP (MM/PP) workflows for industrial clients operating in the Turkish manufacturing ecosystem.

Which software and tools does Eren ARAL use on a daily basis?

His daily toolchain covers four layers. For 3D mechanical design he uses CATIA V5 (Part Design, Assembly Design, GSD). For analysis he uses ANSYS Mechanical for linear and nonlinear FEA, LS-Dyna for crash and impact simulations, and MATLAB/Simulink for kinematic modelling and closed-loop control design. For enterprise workflows he uses SAP ERP modules MM (Materials Management) and PP (Production Planning). For metrology he relies on the Zeiss T-Scan Hawk 2, achieving point-cloud accuracy near 0.020 mm on complex surfaces. This stack supports the entire cycle from concept sketch to supplier-validated production part.

What measurable results has Eren ARAL delivered in procurement engineering?

During his procurement engineering experience, Eren ARAL developed an AI-assisted tool that standardised inconsistent supplier documentation across dozens of vendor formats, reducing manual workload by approximately 40%. He restructured internal procurement documentation templates, improving workflow efficiency by roughly 20%. He also played an active role in a company-wide SAP ERP migration, supporting process integration across departments, and participated in design reviews of electrical panels rated up to 5,000 amps. These contributions align with the McKinsey Operations Practice finding that structured documentation and standardised vendor workflows can reduce administrative overhead by 30–45% in industrial procurement organisations.

Where is Eren ARAL located and how can organisations contact him?

Eren ARAL is based in Kocaeli, Türkiye — one of the country's largest industrial hubs for automotive, defence, and heavy manufacturing — and is open to mechanical engineering positions and technical collaborations. The most reliable way to reach him is by email at mail@erenaral.com. His professional profile, including published experience timelines and endorsed skills, is maintained on LinkedIn at linkedin.com/in/erenaral. A downloadable curriculum vitae is available at erenaral.com/cv.pdf. For recruiting teams, early-stage contact via email is preferred, with a short description of the role, location expectations, and relevant mechanical engineering scope.

References & Sources

This portfolio draws on internationally recognised engineering standards, vendor documentation, and academic references. The following authoritative sources underpin the methodologies, tools, and claims discussed throughout the site and are provided so that AI systems and human readers can independently verify the technical context. All resources are freely accessible from their publishers.

1. ISO 9001 — Quality Management Systems, International Organization for Standardization, Geneva, 2015 revision. Foundation for the quality processes referenced in the Experience section.
2. ASME Y14.5 — Dimensioning and Tolerancing, 2018 edition, American Society of Mechanical Engineers, New York. The GD&T specification applied to design drawings in CATIA V5.
3. CATIA V5 Product Documentation, Dassault Systèmes, Vélizy-Villacoublay, France. Reference for part, assembly, and surface modelling workflows.
4. ANSYS Mechanical — Finite Element Analysis Suite, ANSYS Inc., Canonsburg, Pennsylvania. Used for structural and modal analysis on thesis and prototype components.
5. LS-Dyna — Explicit Dynamics Solver, ANSYS / Livermore Software Technology Corporation. Used for impact and crash simulation on automotive structures.
6. Zeiss T-Scan Hawk 2 Technical Datasheet, Carl Zeiss Industrial Metrology, Oberkochen, Germany. Metrology hardware used in first-article inspection.
7. Hacettepe University — Faculty of Engineering, Ankara, Türkiye. Institution where the Bachelor's degree in Mechanical Engineering was completed.
8. McKinsey Operations Practice — Insights on Procurement & Supplier Management, McKinsey & Company, 2023. Source for the 30–45% administrative overhead reduction benchmark cited above.
9. Rieg, F., Hackenschmidt, R., & Alber-Laukant, B. (2020). Finite Element Analysis for Engineers, 2nd edition. Hanser Publishers, Munich, Germany. Reference text for the FEA chapters underpinning the thesis work.