Hasan Sinan Bank

Hasan Sinan Bank

Posts by Collection

portfolio

publications

Design and Manufacturing of a Compact, Open-Architecture Based Additive Manufacturing Machine

Published in International Conference on Machine Design and Production, 2010

This work entails the development of an open architecture 3d printer.

Recommended citation: Bank, HS., Izbassarov, D., Lazoglu, I.(2010). "Design and Manufacturing of a Compact, Open-Architecture Based Additive Manufacturing Machine." International Conference on Machine Design and Production Jan 2010.

Development of New Hybrid Laser Workstation for Additive Manufacturing and Laser Machining

Published in International Conference on Machine Design and Production, 2012

This paper details about a laser machining and additive manufacturing by using lasers with two different wavelengths.

Recommended citation: Bank, HS., Lazoglu, I.(2012). "Development of a New Hybrid Workstation for Additive Manufacturing and Laser Machining." International Conference on Machine Design and Production.

Contact Imprinting for Disposable Paper-based Flexible Electronics

Published in Poster, 2013

Intelligent manufacturing system details are given with a novel toolpath optimization algorithm.

Recommended citation: Bank,HS., Bajorek, M., Mazzeo, DA., (2013). "Contact Imprinting for Disposable Paper-based Flexible Electronics." Northeast Complex Fluid and Soft Matter Workshop . October 2011

Paper-based touch pads with a reduced number of multiplexed wires

Published in Conference, 2015

This paper elaborates a method for metalized-paper based touchpads which works with reduced number of multiplexed wires.

Recommended citation: Bank, HS., Yigit, EI., Bicer, M., Mazzeo,AD. " Paper-based touch pads with a reduced number of multiplexed wires " ASME 2013 International Mechanical Engineering Congress Volume: IMECE2013-64944

System and Method of Spatial Programming for Robotic Systems

Published in Patent, 2017

This patent consist a system and method to utilize augmented reality for programming of robotics systems.

Recommended citation: Bank, HS., Xiaofan W., Chou, C., Singa KN., Riganno, G., (2017). "System and Method of Spatial Programming for Robotic Systems." 62/569,749.

talks

The Use of Mixed Reality for Manufacturing

Published:

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.

teaching

Computer Aided Design

Undergraduate course, Koc University 2008, 2009, 2010

This course aims at preparing the engineering student to future courses where Computer Aided Design (CAD) is used as a tool to accomplish a given task. For this reason, students are required to learn CAD software such that they can create and design mechanical parts, products and assemblies. The CAD/CAM software utilized in this course is SIEMENS NX which has been highly used in various industries all around the world in the design and manufacturing of parts and products.

Dynamics

Undergraduate course, Koc University 2008, 2009, 2010

Dynamics is a fundemental course in Mechanical Engineering education and it is targeting all mechanical engineering students at Koc Univeristy. It focuses on teaching the concepts and methods on planar and three-dimensional kinematics and kinetics of particles and rigid bodies. It covers work, energy, impulse and momentum concepts

Mechatronics and Control

Graduate course, Koc University 2009, 2010, 2011

The main objective of Mechatronics and Contro class is to expose the engineering graduate students to the multi-disciplinary and synergistic use of mechanical, electrical and computer engineering in order to design improved products and processes. The class is designed to equip the students with theoretical and practical knowledge to take on electro-mechanical design challenges that are available in most of the engineering applications in today’s world. The class uses the fundamentals of automation, precision engineering, control theory, sensors, and actuator technologies in order to solve the encountered problems in various engineering disciplines.The course covers computer integration of electro-mechanical systems, sensors and transducers, actuators, signal conditioning, interfacing, mixed dynamic systems modeling and simulations, data acquisition and instrumentation as well as real time process monitoring and control. In this class, both hardware and software issues are emphasized in detail. The lectures are also supported by students’ hands-on experiments and projects.