Faculty Information - Suzuki Takamaru

Academic background

Present specialized field

Research activities

Committee and society

（Last updated : 2026-04-28 09:42:50）

Suzuki Takamaru
Department of Mechanical Engineering, Faculty of Engineering

Associate Professor

■ Academic background

1.	2017/04～2018/03	〔Doctorial Course〕, Doshisha University, Completed,
2.	2015/04～2017/03	〔Master Course〕, Doshisha University, Completed
3.	2011/04～2015/03	Doshisha University, Graduated

■ Present specialized field

Manufacturing and production engineering, Design engineering, Control and system engineering, Robotics and intelligent system

■ E-Mail Address

kyoin_mail

■ Research activities

1.	2015/09～	The Japan Society of Mechanical Engineers
2.	2015/05～	The American Society of Mechanical Engineers

■ Works

1.	Article	Modeling and Suppression of Tilt Angle of Machined Surface under Constant Feed-Rate Vector in a Five-Axis Machining Center Proc. of 14th IIAE International Conference on Industrial Application Engineering pp.66-72 (Collaboration) 2026/03
2.	Article	Prediction and Improvement of slope angle of machined surface under constant feed speed vector at the milling point using Five-Axis machining center Proc. of 2025 Mechanical Manufacturing and Industrial Engineering (Collaboration) 2025/08
3.	Article	Control Method of Machining Force and Machining Area in Tool Approach Aiming at Improving Machined Accuracy under a Constant Feed Speed Vector at the End-milling Point Transactions of the Institute of Systems, Control and Information Engineers 38(3),pp.45-52 (Collaboration) 2025/03/15
4.	Article	Improved machined accuracy under a constant feed speed vector at the end-milling point considering machining force and machining area in tool approach Proc. of 2024 International Symposium on Flexible Automation (Collaboration) 2024/07/22
5.	Article	Improving Machined Accuracy Under a Constant Feed Speed Vector at the End-Milling Point by Estimating Machining Force in Tool Approach International Journal of Automation Technology 18(3),pp.444-452 (Collaboration) 2024/05/05
6.	Article	Improved Method for Synchronous Accuracy of Linear and Rotary Axes under a Constant Feed Speed Vector at the End Milling Point while Avoiding Torque Saturation Transactions of the Institute of Systems, Control and Information Engineers 36(8),pp.233-242 (Collaboration) 2023/08/15
7.	Article	Control method for constant feed speed at milling point using five axis controlled machining center International Symposium on Innovative Engineering 2022 pp.58-64 (Collaboration) 2022/12/20
8.	Article	Improved synchronous accuracy of linear and rotary axes under a constant feed speed vector at the end milling point while avoiding torque saturation Proc. of 2022 International Symposium on Flexible Automation pp.216-223 (Collaboration) 2022/07/05
9.	Article	Improved Synchronous Motion of Linear and Rotary Axes While Avoiding Torque Saturation Under a Constant Feed Speed Vector at the Endmilling Point – Investigation of Motion Error Under Numerical Control Commanded Motion – International Journal of Automation Technology 16(3),pp.356-366 (Collaboration) 2022/05/05
10.	Article	Improved accuracy of a machining tool with a constant cutting speed vector and outside approach path Proc. of 2020 International Symposium on Flexible Automation (Collaboration) 2020/09/25
11.	Article	Improvement of machined accuracy under constant feed speed at milling point with a five axis controlled machining center considering approach path Transactions of the JSME (in Japanese) pp.20-00175 (Collaboration) 2020/09/25
12.	Article	Improved Method for Synchronizing Motion Accuracy of Linear and Rotary Axes Under Constant Feed Speed Vector at End Milling Point – Investigation of Motion Error Under NC-Commanded Motion – International Journal of Automation Technology 13(5),pp.679-690 (Collaboration) 2019/09/05
13.	Article	Method of improving synchronisation of motion accuracy of rotary axis and linear axes under a constant feed-speed vector of end-milling point Advances in Materials and Processing Technologies 5(3),pp.497-511 (Collaboration) 2019/06/30
14.	Article	Estimation of machining accuracy under constant feed speed vector at milling point with a five axis controlled machining center Proc. of International Conference on Precision Engineering 2018 (Collaboration) 2018/11/13
15.	Article	Improvement of machining accuracy under constant feed speed at milling point with a five axis controlled machining center based on Advanced control Method Transactions of the JSME (in Japanese) pp.16-00518 (Collaboration) 2017/04/25
16.	Article	Improving Method of Synchronizing Motion Accuracy of Rotary Axes and Linear Axis under a Constant Feed Speed Vector of Endmilling Point Proc. of 2016 Advanced in Materials and Processing Technologies (Collaboration) 2016/11/09
17.	Article	Motion tuning method of linear axes and rotary axis under a constant cutting speed vector at end-milling point with a five-axis controlled machining center Proc. of ASME International Mechanical Engineering Congress and Exposition (Collaboration) 2015/11
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■ Committee and society

1.	2025/09～	International Symposium on Flexible Automation 2026 (ISFA2026), Program Committee Program Committee member
2.	2025/04～2025/08	Mechanical Manufacturing and Industrial Engineering 2025 (MMIE2025), Technical Committee Technical Committee Member
3.	2023/12～2024/07	International Symposium on Flexible Automation 2024 (ISFA2024), Program Committee Program Committee member
4.	2022/04～2022/12	International Symposium on Innovative Engineering 2022 (ISIE2022), Committee IT＆Media