Afternoon Session for Internal Curriculum Review Suggestions, Recommendations and Opinions from internal reviewers and academic staffs were successfully completed
Afternoon session session Looked into the curriculum of
1. English language and Literature
2. Social Work
3. Applied anthropology/ Anthropology and Cultural Studies
4. Sociology and
5. History and Heritage management
1. English language and Literature
2. Social Work
3. Applied anthropology/ Anthropology and Cultural Studies
4. Sociology and
5. History and Heritage management
Dear Focal persons and department heads
Submit the Curriculum that incorporated all suggestions, Recommendations and Opinions raised by internal reviewers and academic staffs until tomorrow afternoon. University top management requested us to submit college level completed proposed curriculum as applied science university approaches at the end of December 23.
With thanks
Submit the Curriculum that incorporated all suggestions, Recommendations and Opinions raised by internal reviewers and academic staffs until tomorrow afternoon. University top management requested us to submit college level completed proposed curriculum as applied science university approaches at the end of December 23.
With thanks
Here is the comments and suggestions you must incorporate into curriculum before submitting to me. Read it and act accordingly
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Based on the our set of date to submit the final draft curriculum by incorporating the comments. The submitted Curriculum was;
1. Geography and environmental
2. GIS and Remote sensing
3. Gadaa and Folklore
4. History and Heritage management
I thank you the department heads and Focal persons.
But, the rest of the curriculum yet couldn't submitted.
1. Geography and environmental
2. GIS and Remote sensing
3. Gadaa and Folklore
4. History and Heritage management
I thank you the department heads and Focal persons.
But, the rest of the curriculum yet couldn't submitted.
Again Good News that Afaan Oromoo and Literature program submitted! I thank you the Focal Person.
Forwarded from Mustefa Deshu
Transforming an existing curriculum into an Applied Science curriculum involves integrating practical applications and real-world scenarios. Here's a simplified guide:
1. Identify Core Concepts:
- Pinpoint fundamental scientific principles relevant to real-world applications.
- Consider industry trends and advancements in applied sciences.
2. Incorporate Practical Examples:
- Integrate case studies and examples showcasing how scientific principles are used in practical situations.
- Relate theoretical concepts to real-world problems and solutions.
3. Hands-on Activities:
- Include laboratory experiments, projects, and fieldwork to provide hands-on experience.
- Emphasize problem-solving skills through interactive activities.
4. Industry Collaboration:
- Establish partnerships with industry professionals to bring real-world expertise into the curriculum.
- Arrange guest lectures, workshops, or internships to expose students to applied science in professional settings.
5. Update Technology Integration:
- Integrate modern tools and technologies used in applied sciences into the curriculum.
- Ensure students are familiar with industry-standard equipment and software.
6. Cross-disciplinary Approach:
- Foster collaboration between different scientific disciplines and related fields.
- Demonstrate how knowledge from various domains contributes to solving complex problems.
7. Focus on Critical Thinking:
- Encourage critical thinking and problem-solving skills through scenarios and projects.
- Evaluate students based on their ability to apply knowledge to practical situations.
8. Stay Current:
- Regularly update the curriculum to reflect the latest advancements in applied sciences.
- Adapt to changes in industry practices and technological developments.
9. Soft Skills Integration:
- Include communication, teamwork, and project management skills in the curriculum.
- Emphasize the importance of effective collaboration in the applied sciences.
10. Assessment Strategies:
- Develop assessments that gauge students' ability to apply scientific knowledge.
- Use real-world scenarios for exams and projects.
Remember, the key is to bridge the gap between theory and application, ensuring that students are well-prepared for the challenges and demands of the applied sciences in the real world.
1. Identify Core Concepts:
- Pinpoint fundamental scientific principles relevant to real-world applications.
- Consider industry trends and advancements in applied sciences.
2. Incorporate Practical Examples:
- Integrate case studies and examples showcasing how scientific principles are used in practical situations.
- Relate theoretical concepts to real-world problems and solutions.
3. Hands-on Activities:
- Include laboratory experiments, projects, and fieldwork to provide hands-on experience.
- Emphasize problem-solving skills through interactive activities.
4. Industry Collaboration:
- Establish partnerships with industry professionals to bring real-world expertise into the curriculum.
- Arrange guest lectures, workshops, or internships to expose students to applied science in professional settings.
5. Update Technology Integration:
- Integrate modern tools and technologies used in applied sciences into the curriculum.
- Ensure students are familiar with industry-standard equipment and software.
6. Cross-disciplinary Approach:
- Foster collaboration between different scientific disciplines and related fields.
- Demonstrate how knowledge from various domains contributes to solving complex problems.
7. Focus on Critical Thinking:
- Encourage critical thinking and problem-solving skills through scenarios and projects.
- Evaluate students based on their ability to apply knowledge to practical situations.
8. Stay Current:
- Regularly update the curriculum to reflect the latest advancements in applied sciences.
- Adapt to changes in industry practices and technological developments.
9. Soft Skills Integration:
- Include communication, teamwork, and project management skills in the curriculum.
- Emphasize the importance of effective collaboration in the applied sciences.
10. Assessment Strategies:
- Develop assessments that gauge students' ability to apply scientific knowledge.
- Use real-world scenarios for exams and projects.
Remember, the key is to bridge the gap between theory and application, ensuring that students are well-prepared for the challenges and demands of the applied sciences in the real world.
Forwarded from Mustefa Deshu
The ideal ratio of practical to theoretical components in an Applied Science curriculum can vary based on factors such as educational goals, specific subjects, and available resources. However, a commonly suggested approach is to strike a balance that emphasizes hands-on experiences while providing a solid theoretical foundation. A rough guideline might be a 60:40 or 70:30 ratio, favoring practical activities.
This balance ensures that students not only understand theoretical concepts but also gain practical skills and problem-solving abilities essential in applied science fields. It's crucial to adapt the ratio based on the nature of the subject, the level of education, and the specific goals of the curriculum. Regularly reassessing and adjusting the ratio in response to student feedback and industry trends can help maintain relevance and effectiveness.
This balance ensures that students not only understand theoretical concepts but also gain practical skills and problem-solving abilities essential in applied science fields. It's crucial to adapt the ratio based on the nature of the subject, the level of education, and the specific goals of the curriculum. Regularly reassessing and adjusting the ratio in response to student feedback and industry trends can help maintain relevance and effectiveness.
Forwarded from Mustefa Deshu
Contact hours for lecturers in an Applied Science curriculum depend on various factors, including the institution's policies, specific course requirements, and the level of the program (undergraduate or postgraduate). However, a common practice is to allocate a balanced amount of time for lectures, practical sessions, and other learning activities.
Typically, lecturers may have the following distribution of contact hours:
1. Lectures: These sessions focus on delivering theoretical content, explaining concepts, and providing context. Lecturers might have around 2 to 4 hours of lecture time per week for a specific course.
2. Practical Sessions: Applied Science heavily emphasizes hands-on experience. Lecturers might spend a similar amount of time in practical sessions or laboratories, guiding students through experiments, projects, and real-world applications.
3. Office Hours: To facilitate one-on-one interactions and address individual student concerns, lecturers usually have designated office hours. This time is crucial for students seeking additional clarification or guidance.
4. Workshops and Seminars: Depending on the curriculum, lecturers may conduct workshops or seminars, introducing students to industry practices, inviting guest speakers, or organizing collaborative projects.
The distribution of these hours can vary, and it's important to consider the overall workload of both lecturers and students. Striking a balance that allows for meaningful engagement, student support, and effective learning outcomes is key. Additionally, institutional guidelines and educational best practices should inform the allocation of contact hours for lecturers in an Applied Science curriculum.
Typically, lecturers may have the following distribution of contact hours:
1. Lectures: These sessions focus on delivering theoretical content, explaining concepts, and providing context. Lecturers might have around 2 to 4 hours of lecture time per week for a specific course.
2. Practical Sessions: Applied Science heavily emphasizes hands-on experience. Lecturers might spend a similar amount of time in practical sessions or laboratories, guiding students through experiments, projects, and real-world applications.
3. Office Hours: To facilitate one-on-one interactions and address individual student concerns, lecturers usually have designated office hours. This time is crucial for students seeking additional clarification or guidance.
4. Workshops and Seminars: Depending on the curriculum, lecturers may conduct workshops or seminars, introducing students to industry practices, inviting guest speakers, or organizing collaborative projects.
The distribution of these hours can vary, and it's important to consider the overall workload of both lecturers and students. Striking a balance that allows for meaningful engagement, student support, and effective learning outcomes is key. Additionally, institutional guidelines and educational best practices should inform the allocation of contact hours for lecturers in an Applied Science curriculum.
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Comments and suggestions by staffs on the proposed Curriculum! #1
Applied Science University platform
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We are Pioneer in making one step forward to applied science university approaches Transition!!
Forwarded from Mustefa Deshu
Dear all pse send me your comments, Suggestions and opinions on the this document for CoSSH, Applied Science University approaches