Fateh Isgandarov
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My name is Fateh Isgandarov. I’m a Design Engineer at BOSCH Home Comfort Group, focused on turning complex engineering constraints into clear, user-friendly product solutions. My work involves developing and validating mechanical components for home comfort systems, balancing packaging, tolerances, materials, and manufacturability while working with cross-functional teams and external partners. Alongside my engineering work, I’m an M.Sc. student in Industrial Design, blending analytical thinking with creativity to develop concepts that are technically grounded and shaped around real user needs.
Areas of Expertise
I merge engineering logic with creative intuition. My work lies at the intersection of technology and aesthetics — creating solutions that are not only functional and manufacturable, but also emotionally resonant and visually compelling.
I design and develop functional, manufacturable, and aesthetically refined products by integrating engineering principles with industrial design. My expertise lies in plastics, mechanical components, and CAD-based product development.
Creating precise 3D models and detailed engineering drawings using SolidWorks, CATIA, and Siemens NX.
Conducting design validation and prototyping to ensure product feasibility before production.
I am actively researching the integration of Artificial Intelligence into the product design process, exploring co-creation models, automation in design workflows, and AI-assisted innovation.
Adopting a minimalist yet highly functional approach in my designs, ensuring clarity, efficiency, and manufacturability while maintaining aesthetics and user experience.
Some of the noteworthy projects I have built.
2025 — Product Design Research
This research aims to investigate the collaborative relationship between AI and human designers in the product design process, focusing on co-creation models where both entities contribute to design outcomes.
2021 — Engineering Graduation Project
This project aims to reduce traffic congestion and minimize carbon emissions while enhancing in-vehicle safety.
2020 — System Design Project
A team case study on implementing Adaptive Cruise Control (ACC) in PLC for advanced speed control.
