| 1. |
Communicate in English within the team regarding the specialized knowledge covered in each course |
Be prepared to explain your specialized knowledge in English. |
300minutes |
| Work on preparatory assignments, such as creating a slide for introducing oneself in English |
1000minutes |
| 2. |
Each team will work together to conduct a needs assessment. |
Prepare for the English conversation you’ll likely need for the project survey. |
300minutes |
| 3. |
Further analyze and discuss the issues investigated. |
Learn the English conversation skills needed for analysis and discussion.3 |
300minutes |
| 4. |
Discuss within your group how to explain the assignment. |
Research the specialized knowledge required to find a solution, and look up the English terms as well. |
300minutes |
| 5. |
Identify the issues that need to be resolved within the group and prepare a presentation on how to address them |
Research the specialized knowledge required to find a solution, and look up the English terms as well. |
300minutes |
| 6. |
Each group will give a presentation on the results of their research into a specific issue and their proposed solutions to
that issue.
|
Research the specialized knowledge required to find a solution, and look up the English terms as well. |
300minutes |
| 7. |
Work on developing concrete ideas to solve problems (design work) or conduct experiments aimed at solving problems (life sciences experiments)
|
Research the systems to be used (such as 3D CAD). Alternatively, familiarize yourself with life science laboratory procedures. |
300minutes |
| 8. |
Work on developing concrete ideas to solve problems (such as 3D modeling using a 3D printer) or conduct further experiments
aimed at solving problems (life sciences experiments)
|
Research the equipment to be used (such as 3D printers). Alternatively, familiarize yourself with life science laboratory
procedures.
|
300minutes |
| 9. |
Develop solutions by making improvements (using 3D CAD, 3D printers, etc.) or by utilizing measuring instruments to conduct
experiments in the life sciences.
|
Research the details of the functions of the systems and measuring instruments to be used. |
299minutes |
| 10. |
Provide theoretical justification for the proposed improvements. Alternatively, use measuring instruments to conduct further
experiments in the field of life sciences.
|
Research methods for strength calculations and simulation-based analysis. Alternatively, analyze and discuss experimental
data from the field of life sciences.
|
300minutes |
| 11. |
Conduct further analysis through strength calculations and operational analysis using simulations. Alternatively, use measuring
instruments to conduct further experiments in the field of life sciences.
|
Research methods for strength calculations and simulation-based analysis. Alternatively, analyze experimental data and discuss
your findings.
|
300minutes |
| 12. |
Prepare for the final presentation. |
Review, analyze, and reflect on the entire situation. |
300minutes |
| 13. |
Each team will review the content of their practical training and give a final presentation. |
Review, analyze, and reflect on the entire process. |
300minutes |
| 14. |
Write a report on the content of the practicum. |
Review the entire process, analyze and reflect on it, and address any issues. |
600minutes |
| Total. |
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5499minutes |