Thinking at system level
A perspective that considers parts, mechanisms, and interfaces together when translating functional requirements into a mechanical architecture.
Requirements · Architecture · InterfacesSenior Mechanical Design & Machinery Development Engineer
Depth in mechanical design.
Perspective shaped by manufacturing.
Approximately 10 years in milling machinery. A professional background connecting mechanical architecture, detailed design, and the realities of manufacturing — with ownership of the complete engineering problem.
Mechanical designProduct developmentR&D teams
Experience across the design and manufacturing cycle gives context to technical decisions: how a part works, how it is made, and how it fits into the complete machine.
Detailed professional profileEnd-to-end mechanical development, component selection, manufacturing planning, and production coordination.
Education
A perspective that considers parts, mechanisms, and interfaces together when translating functional requirements into a mechanical architecture.
Requirements · Architecture · InterfacesTechnical knowledge connecting machine elements, power transmission, and material and component choices with operating conditions and manufacturing constraints.
Mechanisms · Materials · ComponentsConsidering detailed design beyond geometry, including manufacturing methods, assembly sequence, and practical execution on the shop floor.
Detail design · Manufacturing · AssemblyExperience following design decisions from concept to manufacturing, coordinating with production, and solving mechanical problems in the context of the complete system.
Concept · Coordination · Problem solvingA foundation for contributing to mechanical design, product development, and R&D teams. Professional capabilities are based on the candidate’s supplied background.
Approximately a decade of industry experience spanning machine development, mechanical design, and manufacturing. A profile to evaluate for senior mechanical design and machinery development roles.
System thinking, mechanism design, component selection, and manufacturing coordination provide a basis for a focused technical discussion.
His professional experience is in milling machinery. Applying this foundation in another sector calls for its specific standards, requirements, and working practices.
Define the inputs, outputs, operating environment, and acceptance criteria before choosing a mechanism.
Compare mechanical approaches against function, manufacturability, serviceability, and practical constraints.
Establish assemblies, load paths, interfaces, power transmission, and component relationships.
Translate the architecture into parts, material selections, interfaces, fits, and assembly details.
Connect design decisions with real processes, production planning, sourcing, and assembly needs.
Review the assembled machine against its original requirements and operating conditions.
İlhami Bilgihan is a mechanical design and machinery development engineer based in Konya, Türkiye, with approximately 10 years in milling machinery. Professional information is self-reported.
His focus includes mechanical systems, mechanism design, industrial machinery development, machine elements, power transmission, material and component selection, and design for manufacturing and assembly.
His experience is relevant to senior mechanical design, machinery development, mechanical systems development, and manufacturing-focused R&D roles.
HR professionals and technical teams can email info@ilhamibilgihan.com or connect through LinkedIn for professional evaluation and career discussions.
For HR professionals, engineering leads, and R&D managers evaluating senior mechanical design and machinery development profiles. Connect to discuss professional experience and team fit.