양승한 교수(공과대학 기계공학부)

o (1986) B.S., Seoul National University
o (1988) M.S., University of Illinois, Chicago
o (1996) Ph.D., University of Michigan, Ann Arbor

o (2022) President, Korean Society for Precision Engineering
o (2019~2021) Member, The National Academy of Engineering of Korea
o (2018~2023) Expert Committee for Technology Level Assessment on Machinery and Manufacturing, Ministry of Science and ICT
o (2018~2020) Committee of R&D Management Agencies, Presidental Advisory Council on Science and Technology(PACST)
o (2016~2017) Technology Evaluation Advisory Committee, Ministry of Science and ICT
o (2015~2018) Expert Committee(Machinery, Material), National Science and Technology Commission
o (2015~2017) Self-Evaluation Committee, Ministry of Trade, Industry and Energy
o (2015~2017) Dean of College of Engineering, Kyungpook National Univeristy, Daegu
o (2014~2016) Planning and Evaluation Committee, National Research Council of Science and Technology
o (2009~2013) Expert Committee(Key Industries), National Science and Technology Commission
o (2008~2009) Expert Committee(Social Infrastructure), National Science and Technology Council
o (1996~Present) Professor, Kyungpook National University, Daegu

Intelligent Manufacturing Systems, Precision Measurement, Computer Integrated Manufacturing, CAD/CAM, Performance Evaluation and Improvement of Precision Machines, Robot Control for Additive Manufacturing, Robots for Industrial Applications.

o Cost-Effective Calibration of Collaborative Robot Arm with Single Wire Encoder
o A Dual Difference Method for Identification of the Inherent Spindle Axis Parallelism Errors of Machine Tools.
o Sequential Measurment of Position-independent Geometric Errors in the Rotary and Spindle Axes of a Hybrid Parallel Kinematic Machine
o Identification of Inherent Position-Independent Errors for Three-axis Machine Tools using a Double Ballbar with an Extension Fixture
o Optimal On-Machine Measurement of Position-Independent Geometric Errors for Rotary Axes in Five-Axis Machines with a Universal Head
o Face- and Body-Diagonal Length Tests using a Double Ball-bar for Squareness Errors of Machine Tools
o Development of nanopositioning mechanism with real-time compensation algorithm to improve the positional accuracy of a linear stage
o Techniques for measuring and compensating for servo mismatch in machine tools using a laser tracker
o Total measurement of Geometric Errors of a Three-Axis Machine Tool by Developing a Hybrid Technique

https://sites.google.com/view/immslab/professor