Portfolio
| LLM, RAG, and GraphRAG based Design Structure Matrix Generation Artificial Intelligence and Generative Design ★ Featured Architectural synthesis using Large Language Models (Submitted/Under Review) |
| DocumentLabeler Artificial Intelligence and Generative Design ★ Featured Semi-automatic annotation tool for engineering system design documents |  |
| CatalogBank Dataset Artificial Intelligence and Generative Design ★ Featured Structured and interoperable catalog dataset with semi-automatic annotation tool for engineering system design |  |
| Mixed Reality Assisted Spatial Programming of Robotic Systems (HoloShifu) Robotics and Autonomous Systems ★ Featured Mixed reality system for spatial programming and control of robotic systems |  |
| Continuous Automated 3D Printing (AutoPrint, IMPACT 3D) Advanced Manufacturing, Smart Manufacturing ★ Featured Affordable and automated fused filament fabrication-based additive manufacturing system |  |
| Temporal Logic-based Planning for GantryAI Advanced Manufacturing, Smart Manufacturing ★ Featured Intelligent manufacturing systems with temporal logic-based autonomy |  |
| Autonomous Agricultural Production System (Siemens AgPods) Robotics and Autonomous Systems ★ Featured Autonomous agricultural production system for precision farming |   |
| Support Structures For Additive Manufacturing of Solid Models Advanced Manufacturing, Smart Manufacturing ★ Featured U.S. Patent for additive manufacturing support structures |
| Mobile and Collaborative 3D Printing Robots (Siemens SpiderBots) Robotics and Autonomous Systems ★ Featured Agile manufacturing platform with mobile digital manufacturing robots |   |
| Paper-based Touch Pads with Reduced Number of Electrodes Aaron Mazzeo, Rutgers University Electronics, Touch Interface Development of paper-based touch pad technology with electrode optimization |  |
| Contact Imprinting for Disposable Paper-based Flexible Electronics Aaron Mazzero, Rutgers University Flexible Electronics, Manufacturing Contact imprinting technology for disposable flexible electronic devices |  |
| Embedded Capacitive Sensing for Micro-rolling Process Robert X. Gao, University of Connecticut Sensing, Manufacturing Embedded capacitive sensing technology for micro-rolling manufacturing processes |  |
| Development of a Hybrid Laser Workstation for AM and Laser Machining Ismail Lazoglu, Koc University Laser Technology, Manufacturing M.Sc. thesis (Koç University): development of a hybrid, open-architecture laser workstation combining additive manufacturing (AM) and laser machining for advanced manufacturing. |  |
| Kinematics of a 5-Axis CNC Machine Tool & Sample Part Simulation Zeki Yağız Bayraktaroğlu, Istanbul Technical University CNC Machining, Manufacturing Undergraduate graduation (Bitirme) senior design project (B.Sc. Mechanical Engineering, Istanbul Technical University) on the kinematics of a 5-axis CNC machine tool (Mazak Variaxis 500 II) at the ITU Mechatronics Education & Research Center. The project covered CAD/CAM post-processor programming and machining simulation, a cutting-force transducer design, and a reverse-engineering case study that reproduced an Atatürk relief mask via CMM coordinate scanning, surface-error repair, and CAD/CAM toolpath generation. |  |
| Mechatronic Design for Manufacturing Bioactive Scaffolds in Tissue Engineering Ismail Lazoglu, Koc University Biomedical Engineering, Manufacturing Mechatronic system design for manufacturing bioactive scaffolds in tissue engineering applications |   |
| Automatic Control of a Circular Knitting Machine & Yarn Input Tension Data Acquisition Cevza Candan & Yeşim Beceren, Istanbul Technical University Mechatronics, Textile Manufacturing Undergraduate senior design project (B.Sc. Textile Engineering, Istanbul Technical University) applying mechatronics to a double-jersey circular knitting machine. The work integrated microelectronics, sensors, and software to automate fabric production and built a low-cost Yarn Input Tension (YIT) data acquisition system in LabVIEW capable of monitoring up to eight yarn lines, enabling speed/tension control and the detection of process faults such as broken needles. |  |