Mechatronic Design for Manufacturing Bioactive Scaffolds in Tissue Engineering
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Mechatronic system design for manufacturing bioactive scaffolds in tissue engineering applications
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Mechatronic system design for manufacturing bioactive scaffolds in tissue engineering applications
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Development of hybrid open-architecture laser workstation for advanced manufacturing
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Complex sculptured surface milling with intelligent toolpath optimization
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Embedded capacitive sensing technology for micro-rolling manufacturing processes
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Contact imprinting technology for disposable flexible electronic devices
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Development of paper-based touch pad technology with electrode optimization
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Graduate level robotics class project for Virtual design and kinematic analysis of hybrid parallel manipulator
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Agile manufacturing platform with mobile digital manufacturing robots
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U.S. Patent for additive manufacturing support structures
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Autonomous agricultural production system for precision farming
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Intelligent manufacturing systems with temporal logic-based autonomy
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Advanced production planning system using receding horizon optimization for efficient manufacturing scheduling and resource allocation
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Affordable and automated fused filament fabrication-based additive manufacturing system
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Mixed reality system for spatial programming and control of robotic systems
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We present SimpleFOC, a C++ library implementing Field‑Oriented Control (FOC) for brushless DC (BLDC) and stepper motors, aiming to be both generic and cross‑platform. FOC is highly efficient for controlling electrically commutated motors but demands complex computations. Most existing implementations are tightly coupled to specific microcontrollers or hardware stacks. SimpleFOC fills that gap by offering a flexible, modular, platform‑agnostic approach.
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Structured and interoperable catalog dataset with semi-automatic annotation tool for engineering system design
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Semi-automatic annotation tool for engineering system design documents
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A Saturday morning project - Fusion 360 Add-In that streamlines the 3D printing workflow by sending selected bodies directly to slicer software
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Architectural synthesis using Large Language Models (in submission to The Journal of Systems Engineering)
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Enhanced interactive documentation webpage for Fusion 360 API with searchable object map and direct links to official documentation
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A comprehensive benchmark for evaluating Large Language Models’ understanding of engineering documentation through rule extraction, comprehension, and compliance tasks
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Chrome extension to extract references from academic PDFs with Google Scholar links, BibTeX export, and a persistent window
Published in Bilim Teknik - Ocak 2010, 2010
Otomobillerin uretimi hakkinda Turkce yazilmis bir bilim teknik yazisi.
Published in Journal of Intelligent Manufacturing, 2013
This paper presents a multi-criteria optimization approach for intelligent toolpath selection in complex sculptured surface milling.
Published in USPTO, 2017
U.S. Patent by Burhop, Madeley, Musuvathy, Arisoy, Slavin, and Bank.
Published in 46th NAMRC, 2018
This paper is about an implementation of temporal logic planner for smart manufacturing system.
Published in USPTO, 2019
U.S. Patent Application for agile manufacturing platform and system by Bank and Dalloro.
Published in USPTO, 2020
U.S. Patent by Cui, Rosca, and Bank.
Published in USPTO, 2020
U.S. Patent for development of control applications in augmented reality environment by Wang, Bank, Kritzler, Kuruganty, Singa, and Wu.
Published in USPTO, 2021
U.S. Patent Application for neural logic controllers by Canedo, Bank, and Ludwig.
Published in USPTO, 2022
U.S. Patent for AgPods autonomous agricultural production system by Bank and Majeed.
Published in USPTO, 2022
U.S. Patent for flexible product manufacturing planning using receding horizon optimization by Muenz, Bank, Tzorakoleftherakis, and Jäntsch.
Published in USPTO, 2022
U.S. Patent for mixed reality assisted spatial programming of robotic systems by Bank, Singa, Chou, Wu, Rigano, and Mayer.
Published in Journal of Open Source Software, 2022
This paper presents SimpleFOC, an open-source library for field oriented control of BLDC and stepper motors.
Published in USPTO, 2023
This patent covers methods for preparing operations for automated and continuous additive manufacturing of geometric models.
Published in Proceedings of the ACM Symposium on Document Engineering 2024, 2024
This paper presents CatalogBank, a structured dataset and annotation tool for engineering system design, nominated for Best Paper Award.
Published in USPTO, 2024
U.S. Patent for spatio-temporal human-machine interaction by Bank and Little, granted December 2024.
Published in The Journal of Systems Engineering, 2025
This paper presents a retrieval augmented and language model-driven approach for DSM generation in cyber-physical systems. Currently in submission process.
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Edge Bot is a 5-axis robotic deburring solution integrated with Fusion 360 and HAAS API, designed to automate the edge treatment of machined parts and reduce injuries and post-processing delays in manufacturing.
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Capstone project demonstrating a vision-driven robotic system using a parallel kinematic robot (Omron Hornet 565) and compliant 3D-printed end-effector for accurate agricultural pick-and-place tasks in a simulated smart factory environment.
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A semi-automated wheel trimming machine that uses a 2-axis stepper-controlled plasma cutter to remove racing kart wheel flanges with precision and repeatability, improving safety and efficiency over manual operations.
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Hydrobot is an open-source agricultural automation system that uses a Cartesian pick-and-place robot to manage plant movement in a hydroponic NFT system. Designed to be modular, scalable, and low-cost, Hydrobot aims to automate all key stages of plant handling — from germination to harvest.
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A training kit and vision-based sorting platform using Beckhoff TwinCAT 3 and EtherCAT to demonstrate industrial automation and color-based part selection for engineering education and manufacturing use.
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BuildBot is a proof-of-concept wire arc additive manufacturing machine using a CoreXY-based platform and MIG welding integration, aiming to create custom metal billets more economically than removing materials from the raw material blocks.
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A 3D printed, modular, open-source autonomous driving platform integrating ROS, FOC motor control, and Jetson Nano, designed and based on F1Tenth to support control systems and AI research across hardware and software levels.
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Capstone project with Mitchell Cabral, Jasmine Nguyen, Antony Aliotti, and Clarice Rucklos, developing a high-precision robotic system for SLAC.
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This is a description of your conference proceedings talk, note the different field in type. You can put anything in this field.
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Intelligent manufacturing system details are given with a novel toolpath optimization algorithm.
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This presentation elaborates on a method for metalized-paper based touchpads which works with reduced number of multiplexed wires.
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3DPrint.com article on the collaborative 3D printing Spider Bots effort.
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Fast Company feature on Siemens Spider Bots and collaborative robotic manufacturing.
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ASME article profiling autonomous Spider Bots for smart manufacturing.
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Media coverage of the agile, collaborative “Spider Bots” concept for autonomous manufacturing.
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Video introduction to Siemens’ AgPods concept for autonomous agricultural production.
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Monitoring, diagnostics, and prognostics (MDP) play important role in manufacturing industry. Predictive algorithms indicate potential problems of a machine-tool, process, or raw materials involved in the operation of the system of interest. On the other hand, MDP algorithms have to be supported by visualization interfaces to facilitate the interaction between the user or other decision maker and the monitored system. These interfaces have been evolving from simple light or sound indicators to digital representations -Digital Twin- of the system in mixed reality systems (e.g. Holo Computers). One example of such an interfacescomes from space missions: the crew of the International Space Station (ISS) must follow thousands of standard operating procedures with the tools in the station. Performing these procedures in time sensitive manner.
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Sponsored media covering IoT-driven agriculture and AgPods.
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Media appearance in Siemens Tech Talks with Roland Busch about AgPods.
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Coverage of AgPods and technology in agriculture in USA Today’s USDA special edition as published after my leave from Siemens.
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Coverage by Chico State Today on Chico State’s collaboration with community partners to design and manufacture face shields and other PPE for local healthcare workers during the COVID-19 pandemic.
Undergraduate course, Koç University, 2009
Intro to CAD for designing parts, products, and assemblies using Siemens NX; prepares students for downstream ME courses.
Undergraduate course, Koç University, 2009
Planar and 3D kinematics and kinetics of particles and rigid bodies; work-energy and impulse-momentum methods.
Graduate course, Koç University, 2010
Graduate mechatronics integrating mechanics, electronics, control, and computing; hands-on labs with sensors, actuators, and embedded systems.
Undergraduate course, California State University, Chico, 2019
An introduction to classical control (e.g., SISO) and modern control (e.g., state-space). Modeling, stability, root locus, frequency response, digital control, labs, and a group project.
Undergraduate course, California State University, Chico, 2020
Automation and manufacturing systems: CAD/CAM, NC, PLCs, robotics, AGVs, FMS, CIM, and vision; labs and a team project.
Undergraduate course, California State University, Chico, 2020
Robotics foundations: motion, kinematics, planning, control, manipulation, and mobile robots. ROS with RoboDK, CoppeliaSim, Gazebo. Team project and labs.
Undergraduate course, California State University, Chico, 2021
Quality management foundations and tools: TQM, SPC, QFD, ISO 9000, Lean, auditing, and inspection; culture, teamwork, and communication for customer satisfaction.
Undergraduate course, California State University, Chico, 2021
Measurement of steady-state and dynamic systems. Calibration, uncertainty, statistics, LabVIEW-based data acquisition, signal conditioning, frequency-domain analysis, and noise mitigation.