Learning purposes : Based on the recognition that student experiments are training for experimental research, the purpose is to acquire basic experimental methods and results analysis methods and thinking skills.
Course Objectives :
１．Being able to make systematic efforts while forming a common understanding with others to solve problems.
２．Being able to properly handle the concept of experimental design, handling of equipment, and data analysis, and to be able to consider engineering.
◎Acquire the ability to express the concept in figures, sentences, formulas, programs, etc., and the communication ability to summarize these in a report.
Outline:
General or Specialized : Specialized
Field of learning : Engineering
Foundational academic disciplines : Mechanical Engineering ・ Electrical and Electronic General
Relationship with Educational Objectives :
This class is equivalent to "(3) The student has acquired deeper technical knowledge through practical learning of specialty lab experiments, and at the same time acquired the ability to effectively perform experiments and analyze data".
Relationship with JABEE programs :
The main goals of learning / education in this class are "(D),D-3", also "A-3" , "C-1" and "D-1" are involved.
Course outline :
Mechanical systems are often a fusion of machinery and control technology, and knowledge of machinery and control-related fields must be mutually understood. Therefore, we will confirm a wide range of knowledge about machines and control systems through experiments.
Style:
Course method :
Please note that there are experiments conducted separately and experiments conducted in common by graduates of the mechanical and electronic control departments, and design projects as efforts to solve problems. The weekly experiment theme will be instructed separately, so follow it. Individual guidance will be given on how to set and proceed with the theme of the design project, and how to write and consider the experimental report.
Grade evaluation method :
Present some experimental tasks and have them systematically work on understanding the contents of each task and solving the tasks. Through exchange of opinions and discussions, students are asked to confirm the roles of themselves and others and to judge whether or not they have fulfilled their respective roles, and evaluate the results by compiling them in a mutual evaluation form or report. In addition, pass / fail is judged based on the total average score of the experiment (50%) and the design project (50%). For experiments, each instructor comprehensively judges the experiment report and the handling of the experimental equipment, and gives an evaluation score, and weights and averages each experiment time. All reports must be submitted.
Notice:
Precautions on the enrollment :
This is a class that requires study outside of class hours. A total of 45 hours of study is required per credit, including both class time and study outside class time. Follow the instructions of the instructor regarding study outside of class hours.
Course advice :
Advance preparation varies depending on each experiment, so follow the instructions of the instructor. After the experiment is over, start writing the report as soon as possible.
Foundational subjects :
General specialized subjects in mechanical and electronic control departments
Related subjects :
General specialized subjects in the Advanced Mechanical and Control System Engineering Course
Attendance advice :
Start your design project early without procrastination.
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Theme |
Goals |
| 1st Semester |
| 1st Quarter |
| 1st |
Guidance, guidance on the experimental location
Examination of design project initiatives |
You can follow the guidance to understand your goals and attitudes and make an annual plan.
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| 2nd |
Examination of design project issues and grouping work |
You can make an annual plan for a design project while having a common understanding with your collaborators.
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| 3rd |
From this point onward, described in order of for Mechanical Systems Program graduates / for Advanced Science Program graduates / design project .
TeX-1 / Mechanical Engineering Experiment
Examination of design project initiatives |
In TeX-1 / mechanical experiments, you can prepare for experiments, operate experimental equipment, and organize and consider experimental results. Information can be collected from literature and the Internet.
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| 4th |
TeX-2 / Mechanical Engineering Experiment
Design project 1st group discussion |
In TeX-2 / mechanical experiments, you can prepare for experiments, operate experimental equipment, and organize and consider experimental results. Be able to explain your role in collaboration with others.
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| 5th |
TeX-3 / Mechanical Engineering Experiment
Examination of design project initiatives |
In TeX-3 / mechanical experiments, you can prepare for experiments, operate experimental equipment, and organize and consider experimental results. Explain the method for solving the problem.
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| 6th |
TeX-4 / Thermal Engineering 1-1 Experiment
Examination of design project initiatives |
In the TeX-4 / Thermal Engineering 1-1 experiment, you can prepare for the experiment, operate the experimental equipment, and organize and consider the experimental results. Explain the method for solving the problem.
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| 7th |
PLC-1 / Thermal Engineering 1-2 Control Experiment
Formulation of annual design project plan |
PLC-1 / Thermal Engineering 1-2 Experiment allows you to prepare for the experiment, operate the experimental equipment, and organize and consider the experimental results. You can make an annual plan for the entire project.
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| 8th |
PLC-2 / fluid experiment 1
Design project 2nd group discussion |
PLC-2 / Fluid Experiment 1 allows you to prepare for the experiment, operate the experimental equipment, and organize and consider the experimental results. The group can make an annual plan with a common understanding.
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| 2nd Quarter |
| 9th |
Design project theme presentation material creation / fluid experiment 2
Formulation of annual design project plan |
The group can make an annual plan with a common understanding. In Fluid Experiment 2, you can prepare for the experiment, operate the experimental equipment, and organize and consider the experimental results.
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| 10th |
Design project theme presentation |
You can explain the contents of the project in an easy-to-understand manner.
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| 11th |
Positioning experiment 1 / Work experiment 1
Promotion of design project research and research |
In Positioning Experiment 1 / Work Experiment 1, you can prepare, operate the experimental equipment, and organize and consider the experimental results. Be able to investigate the background of the project and show its technical significance.
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| 12th |
Positioning experiment 2 / Work experiment 2
Promotion of design project research and research |
In Positioning Experiment 2 / Work Experiment 2, you can prepare, operate the experimental equipment, and organize and consider the experimental results. Be able to investigate the background of the project and show its technical significance.
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| 13th |
Promotion of design project research ・ research / work experiment 3
Promotion of design project research and research |
Be able to investigate the background of the project and show its technical significance. / In work experiment 3, you can prepare, operate the experimental equipment, and organize and consider the experimental results.
Be able to investigate the background of the project and show its technical significance.
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| 14th |
Control experiment 1 / Promotion of design project survey / research
Promotion of design project research and research |
In Control Experiment 1, you can prepare, operate the experimental equipment, and organize and consider the experimental results. / Be able to investigate the background of the project and show its technical significance.
You can find a way to solve the problem.
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| 15th |
Control experiment 2 / Promotion of design project survey / research
Promotion of design project research and research |
In Control Experiment 2, you can prepare, operate the experimental equipment, and organize and consider the experimental results. / Be able to investigate the background of the project and show its technical significance.
You can find a way to solve the problem.
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| 16th |
Paper plane 1 / Control experiment 1
Promotion of design project research and research |
In Paper Plane 1 / Control Experiment 1, you can prepare, operate the experimental equipment, and organize and consider the experimental results. Be able to show how to solve problems and necessary experiments.
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| 2nd Semester |
| 3rd Quarter |
| 1st |
Paper plane 2 / Control experiment 2
Promotion of design project research and research |
In Paper Plane 2 / Control Experiment 2, you can prepare, operate the experimental equipment, and organize and consider the experimental results. Be able to show how to solve problems and necessary experiments.
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| 2nd |
Paper plane 3 /Promotion of design project research and research
Promotion of design project research and research |
Paper plane 3 allows you to prepare, operate experimental equipment, and organize and consider experimental results. / Can perform and summarize the experiments required for the project. You can perform and summarize the experiments required for the project.
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| 3rd |
Paper Plane 4 / Design Project Interim Report Meeting Material Creation
Creating materials for the design project interim report meeting |
Paperplane 4 allows you to prepare, operate experimental equipment, and organize and consider experimental results. / Can summarize the progress of the project. You can summarize the progress of the project.
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| 4th |
Design project interim report meeting |
Be able to explain the progress of the project in an easy-to-understand manner.
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| 5th |
Thermal Engineering Experiment 1 / Analysis of Design Project Results
Analysis of design project results |
In Thermal Engineering Experiment 1, you can prepare, operate the experimental equipment, and organize and consider the experimental results. / You can summarize and consider the results of the project. You can show how to organize a project in a group.
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| 6th |
Thermal Engineering Experiment 2 / Analysis of Design Project Results
Analysis of design project results |
In Thermal Engineering Experiment 2, you can prepare, operate the experimental equipment, and organize and consider the experimental results. / You can summarize and consider the results of the project. You can show how to organize a project in a group.
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| 7th |
Analysis of design project results / Thermal engineering experiment 1
Analysis of design project results |
The results of the project can be summarized and considered.
/ In Thermal Engineering Experiment 1, you can prepare, operate the experimental equipment, and organize and consider the experimental results. You can summarize and consider the results of the project.
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| 8th |
Chemistry ・ Biological Experiment 1 / Thermal Engineering Experiment 2
Analysis of design project results |
In Chemistry ・ Biological Experiment 1 / Thermal Engineering Experiment 2, you can prepare, operate experimental equipment, and organize and consider experimental results. The results of the project can be summarized and considered.
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| 4th Quarter |
| 9th |
Chemistry ・ Biological Experiment 2 / Material Experiment 1
Analysis of design project results |
In Chemistry / Biological Experiment 2 / Material Experiment 1, you can prepare, operate experimental equipment, and organize and consider experimental results. The results of the project can be summarized and considered.
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| 10th |
Chemistry ・ Biological Experiment 3 / Material Experiment 2
Creation of design project result report |
In Chemistry ・ Biological Experiment 3 / Material Experiment 2, you can prepare, operate experimental equipment, and organize and consider experimental results. By utilizing various computer software in an integrated manner, it is possible to create reports that are easy to read and understand.
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| 11th |
Chemistry ・ Biological Experiment 4 / Material Experiment 3
Creation of design project result report |
In Chemistry ・ Biological Experiment 4 / Material Experiment 3, you can prepare, operate experimental equipment, and organize and consider experimental results. By utilizing various computer software in an integrated manner, it is possible to create reports that are easy to read and understand.
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| 12th |
Design project result report creation
Group discussion |
By utilizing various computer software in an integrated manner, it is possible to create reports that are easy to read and understand.
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| 13th |
Design project presentation material creation
Creation of presentation materials for the final debriefing session of the design project |
You can use presentation software to create presentation manuscripts for debriefing sessions.
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| 14th |
Design project final debriefing session preparation |
You can explain the outcome of the project to others in an easy-to-understand manner.
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| 15th |
Design project final debriefing session
Creation of design project result report, work diary, discussion record |
You can compile a report of the results of your project.
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| 16th |
Submission of design project result report, work diary, discussion record |
You can create highly complete results reports, etc.
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