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Kamuran A.

Machine Engineerin / Cad / Solidworks / Catia / Autocad

Istanbul, Turkey

Global rank:

10,900 / 121,922

Skill pts: 5

2D & 3D Mechanical Drawing 2D & 3D Modeling Solidworks 2012-2023 2D AutoCAD 2025 3D Weld modeling FEA

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About

I have more than 5 years of design experience. In the companies I have worked for, I developed production-oriented designs with a project-based and solution-focused approach.

In SolidWorks and Catia V5, I am specialized in solid modeling, assembly, sheet metal and surface modeling, as well as creating technical drawings.

I can deliver designs compatible and feasible with manufacturing methods (CNC, lathe, milling, welding, press brake).

My services include:

Preparing production-ready 3D designs and technical drawings

Creating assembly, welding, and bending technical drawings

Assembly and part placement according to DIN standards

Preparing DXF/DWG files for sheet metal cutting

Providing product lists suitable for purchasing processes

My goal is to offer my clients design solutions that ensure both technical accuracy and production efficienc

Experience

My second work experience Budmil MAKİNE · Full-time Sep 2022 – Sep 2025 3 yrs Türkiye In this workplace, I designed custom machines and fixtures based on customer requirements and needs. After receiving customer approval, I prepared all necessary documents for production and procurement, including profile cutting lists, laser cutting DXF files, press brake bending PDFs, and technical drawings required for CNC turning, CNC milling, and welding operations.

After completing the documentation, I compiled everything into a file and delivered it to the production team.
My first work experience INO Machinery · Full-time Sep 2020 – Sep 2022 2 yrs Türkiye In this workplace, I was involved in the design of CNC routers, CNC profile machining centers, and profile cutting saw machines. After completing the design phase, I prepared the necessary documents for purchasing processes, including laser cutting DXF files, steel profile orders and cutting lists, and bill of materials.

I also created detailed manufacturing technical drawings required for CNC turning, CNC milling, press brake bending, and welding operations, and delivered them to the production and purchasing teams.

Education

Erzincan B.Y.Ü Degree, Mechanical Engineer 2024 – 2027 (expected) The Department of Mechanical Engineering is committed to educating Mechanical Engineers who can prove themselves through successful work at all levels of national and international organizations, use their engineering knowledge in line with the needs of society, contribute to the development of current and future technologies, actively participate in professional practices, and who are environmentally and socially conscious.

It aims to cultivate individuals who respect professional ethical values, possess creativity, entrepreneurship, leadership qualities, and honor national values.
Uludağ Üniversitesi Associate Degree, Automotive Technology, 65 2019 – 2021 The Automotive Program is a two-year higher education program designed to train qualified intermediate personnel needed in both the production and after-sales service stages of the automotive industry, in line with the quality and service philosophy required by today’s standards.

Graduates who complete the program and earn the title of Automotive Technician possess the qualifications to meet the industry’s need for skilled personnel between managers/engineers and workers in production and after-sales service sectors, or to establish and operate their own business.

The education received by an automotive technician teaches them the importance of building professional relationships, ensures the development of high-level manual skills, and enables them to understand modern trends in advanced technology and information systems.

Other experience

2.2 UAV PLANE DESİGN Project Title: TEKNOFEST Combat UAV Design – Modular & Autonomous Flight System
Project Overview: This project involves the design and development of a Combat UAV (C-UAV) tailored for the TEKNOFEST competition. The primary focus was on "Design for Manufacturing" (DfM), where every component was engineered alongside its production strategy to ensure efficiency, durability, and performance.

Technical Specifications:

Dimensions: 2.2 Meters Wingspan

Weight: 8 kg (MTOW)

Endurance: 50 Minutes (Full Autonomous Flight)

Structure: Modular Design (Detachable fuselage, wings, tail, and nose cone).

My Responsibilities & Achievements:

Manufacturing Strategy: Defined and optimized the entire production workflow, ensuring the CAD models were perfectly suited for the intended manufacturing methods (e.g., composite molding, CNC, or additive manufacturing).

Modular Engineering: To enhance transportability and field assembly, I developed a modular architecture allowing the wings, tail, and fuselage to be separated and reassembled quickly.

Structural Design: Balanced the 8 kg takeoff weight with aerodynamic requirements to achieve a high-efficiency 50-minute autonomous flight time.