Solar Energy Conversion and Ap - Trinity College

Tuition Fee

EUR 312

Per course

Start Date

Medium of studying

Blended

Duration

12 weeks

Details

Program Details

Degree

Courses

Major

Renewable Energy

Area of study

Engineering

Education type

Blended

Timing

Part time

Course Language

English

Tuition Fee

Average International Tuition Fee

EUR 312

Intakes

Program start date	Application deadline
2024-09-01	-

About Program

Program Overview

Overview of the Solar Energy Conversion and Application Micro-credential

The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications. This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.

Who is this Micro-credential for?

Engineers interested in learning more about solar energy conversion processes and applications
Architects interested in building-integrated solar energy technologies
Professionals in local authorities and NGOs interested in the growing solar industry in Ireland

Why should I take this Micro-credential?

Gain an extended foundation of the main concepts of solar energy conversion and applications
Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms
Identify and address topics in the solar energy industry and progress individual career goals

Course Details

Awards

5 ECTS | Level 9

Number of Places

5 Places

Next Intake

September

Course Coordinator and Director

Course Coordinator: Daniel Wearen
Course Director: Sarah McCormack

Closing Date

23rd August

Admission Requirements

A grade 2.1 level 8 degree in Engineering or a cognate discipline
Up-to-date Curriculum Vitae
Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field

Course Fees

Subsidised Course fee for eligible candidates applying for micro-credential "Solar Energy Conversion and Application" in academic year 2024/25: 312 euro
For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section

What will I learn?

Advanced physics and technology of solar energy conversion and materials
Principles of operation of solar thermal and photovoltaic devices
Technological challenges and applications
Introduction to next-generation technologies

How will this Micro-credential be delivered?

Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures
Weekly lectures will be live streamed and recorded
Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations

How is this Micro-credential assessed?

Group project due in Week 6, worth 50%

2-hour examination at the end of term, also worth 50%

  ```python
  ```def extract_program_details(markdown_content):
      # Remove calls-to-action, contact details, placeholder text, and external references
      cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

      # Format the extracted text in markdown
      formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
      formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
      formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
      formatted_content += "### Who is this Micro-credential for?\n"
      formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
      formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
      formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
      formatted_content += "### Why should I take this Micro-credential?\n"
      formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
      formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
      formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
      formatted_content += "## Course Details\n"
      formatted_content += "### Awards\n"
      formatted_content += "- 5 ECTS | Level 9\n\n"
      formatted_content += "### Number of Places\n"
      formatted_content += "- 5 Places\n\n"
      formatted_content += "### Next Intake\n"
      formatted_content += "- September\n\n"
      formatted_content += "### Course Coordinator and Director\n"
      formatted_content += "- Course Coordinator: Daniel Wearen\n"
      formatted_content += "- Course Director: Sarah McCormack\n\n"
      formatted_content += "### Closing Date\n"
      formatted_content += "- 23rd August\n\n"
      formatted_content += "## Admission Requirements\n"
      formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
      formatted_content += "- Up-to-date Curriculum Vitae\n"
      formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
      formatted_content += "## Course Fees\n"
      formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
      formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
      formatted_content += "## What will I learn?\n"
      formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
      formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
      formatted_content += "- Technological challenges and applications\n"
      formatted_content += "- Introduction to next-generation technologies\n\n"
      formatted_content += "## How will this Micro-credential be delivered?\n"
      formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
      formatted_content += "- Weekly lectures will be live streamed and recorded\n"
      formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
      formatted_content += "## How is this Micro-credential assessed?\n"
      formatted_content += "- Group project due in Week 6, worth 50%\n"
      formatted_content += "- 2-hour examination at the end of term, also worth 50%"

      return formatted_content

  markdown_content = """
  ... (your input markdown content here)
  """
  print(extract_program_details(markdown_content))

```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"
    formatted_content += "- Advance professional competencies through an in-depth focus on how solar cells work, up to balance of system components and the design of large solar farms\n"
    formatted_content += "- Identify and address topics in the solar energy industry and progress individual career goals\n\n"
    formatted_content += "## Course Details\n"
    formatted_content += "### Awards\n"
    formatted_content += "- 5 ECTS | Level 9\n\n"
    formatted_content += "### Number of Places\n"
    formatted_content += "- 5 Places\n\n"
    formatted_content += "### Next Intake\n"
    formatted_content += "- September\n\n"
    formatted_content += "### Course Coordinator and Director\n"
    formatted_content += "- Course Coordinator: Daniel Wearen\n"
    formatted_content += "- Course Director: Sarah McCormack\n\n"
    formatted_content += "### Closing Date\n"
    formatted_content += "- 23rd August\n\n"
    formatted_content += "## Admission Requirements\n"
    formatted_content += "- A grade 2.1 level 8 degree in Engineering or a cognate discipline\n"
    formatted_content += "- Up-to-date Curriculum Vitae\n"
    formatted_content += "- Alternatively, satisfy the course coordinator that they can successfully complete the micro-credential programme based on evidence of experience working in the field\n\n"
    formatted_content += "## Course Fees\n"
    formatted_content += "- Subsidised Course fee for eligible candidates applying for micro-credential 'Solar Energy Conversion and Application' in academic year 2024/25: 312 euro\n"
    formatted_content += "- For full list of postgraduate fees and eligibility criteria for the HCI Fees Subsidy, refer to the relevant section\n\n"
    formatted_content += "## What will I learn?\n"
    formatted_content += "- Advanced physics and technology of solar energy conversion and materials\n"
    formatted_content += "- Principles of operation of solar thermal and photovoltaic devices\n"
    formatted_content += "- Technological challenges and applications\n"
    formatted_content += "- Introduction to next-generation technologies\n\n"
    formatted_content += "## How will this Micro-credential be delivered?\n"
    formatted_content += "- Blended format (in-person/online) with all lectures recorded 'live' while also giving the option for in-person lectures\n"
    formatted_content += "- Weekly lectures will be live streamed and recorded\n"
    formatted_content += "- Weekly group work will be dedicated to designing solar photovoltaic and thermal installations for different geographic locations\n\n"
    formatted_content += "## How is this Micro-credential assessed?\n"
    formatted_content += "- Group project due in Week 6, worth 50%\n"
    formatted_content += "- 2-hour examination at the end of term, also worth 50%"

    return formatted_content

markdown_content = """
... (your input markdown content here)
"""
print(extract_program_details(markdown_content))



```python
```def extract_program_details(markdown_content):
    # Remove calls-to-action, contact details, placeholder text, and external references
    cleaned_content = markdown_content.replace("Apply Now", "").replace("Contact Us", "").replace("More details at [URL]", "").replace("Click here", "")

    # Format the extracted text in markdown
    formatted_content = "## Overview of the Solar Energy Conversion and Application Micro-credential\n"
    formatted_content += "The Solar Energy Conversion and Application micro-credential is designed for engineers, architects, and professionals interested in learning about solar energy conversion processes and applications.\n"
    formatted_content += "This micro-credential aims to provide an extended foundation of the main concepts of solar energy conversion and applications, enabling learners to practically apply their knowledge in research and development, as well as in the design of domestic and solar farm installations.\n\n"
    formatted_content += "### Who is this Micro-credential for?\n"
    formatted_content += "- Engineers interested in learning more about solar energy conversion processes and applications\n"
    formatted_content += "- Architects interested in building-integrated solar energy technologies\n"
    formatted_content += "- Professionals in local authorities and NGOs interested in the growing solar industry in Ireland\n\n"
    formatted_content += "### Why should I take this Micro-credential?\n"
    formatted_content += "- Gain an extended foundation of the main concepts of solar energy conversion and applications\n"

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Solar Energy Conversion and Application - Micro-credential