About

My manufacturing practice, AI-assisted development work and how I evaluate the results.

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My manufacturing practice, AI-assisted development work and how I evaluate the results.

![A fabricated cylindrical vessel shell in the workshop]

Workshop photo from my portfolio · Vessel shell

I’m Mehmet Eren Dereli. At Dereli Plast, I work directly on machinery manufacturing and refurbishment through technical preparation, machining and mechanical assembly.

Profile

When reviewing a part, I consider how it will be made, how it joins other parts and where it fits in the machine. Our family business, Dereli Plast, and its experience in plastics-processing and extrusion machinery are an important part of that practice.

I bring the same approach to digital projects. I define requirements, guide AI-assisted development, and inspect the resulting files, interfaces and test results. My software work focuses on testable automation, model integration and tools that support production.

The G1000 system design and OrcaSlicer-based VORMETRA Slice connect these two areas. G1000 is at the digital design and R&D stage. Slice’s source and test records distinguish steps exercised in software from physical production results.

This site shares my contribution to team projects, my own development work and each project’s current stage. I’m open to product work and technical collaboration where manufacturing and software meet.

At a Glance

Location: Istanbul · İkitelli OSB
Workplace: Dereli Plast · Family business
Focus: Manufacturing · Technical design · AI-assisted software
Approach: Requirements · Implementation · Testing · Review

GitHub

Manufacturing Practice

Hands-on technical preparation, machining, mechanical assembly and refurbishment. Production and assembly constraints inform my design decisions.

AI-Assisted Development

I define the intended use and requirements, guide development tools, and evaluate the interfaces, files and behaviour they produce.

Verification Approach

I work through test scenarios, execution records and failure cases, assessing digital outputs, design targets and physical test results separately.

Practice and Development Areas

Technical preparation and machining
Mechanical assembly and refurbishment
AI-assisted CAD and design review
AI-assisted Python / C++ / TypeScript development
Model, API and data integration
Test scenarios and output verification

Let’s talk about manufacturing, software and product development.

Tell Me About Your Project

MED AI · Quick Assist