Masonry Syllabus
Course Description: This course provides an introduction to the basics of masonry. Participants will gain a solid foundation in masonry and learn through real-life applications and examples from everyday work. Through hands-on activities, participants will acquire knowledge on laying brick and block designs, as well as the proper selection of tools for the job. By the end of this course, participants should have developed the necessary skills to apply their newfound knowledge to design unique structures with aesthetically pleasing outcomes. Course Objectives: 1.      Basic masonry principles 2.      How to lay brick and block arrangements 3.      Utilizing proper tool selection for successful projects 4.      Using safety protocols when constructing your project 5.      Applying creativity when designing structures 6.      Identifying suitable materials needed for construction processes 7.      Gaining confidence in working with different materials 8.      Developing basic problem-solving skills related to patterns used during the construction process 9.      Improving team communication strategies when completing tasks together
Master’s ThesisÂ
Course Description:   This course allows students to design and investigate a research-based project focusing on a specific topic within their field of study.   ÂThis course may be repeated for a total of 8 credit hours. Â
Learning Objectives: Â- Develop and design a rigorous research project with input from their online instructor Â
- Conduct the research and present the findings Â
Course Description: This online course provides a comprehensive introduction to the fundamentals of mathematics. It covers the basics, including algebra, geometry, trigonometry, and calculus. You will learn about different techniques used in math as well as how to apply mathematical concepts in real-world scenarios. You will also gain an understanding of how to reason abstractly and solve complex problems. Through interactive lectures, readings, discussions, and assignments you will develop your knowledge of mathematics while learning how to graph equations, calculate derivatives, and test conjectures. This course is ideal for individuals who are looking to hone their skills in mathematics or those interested in pursuing a career in engineering or data science.
Course Description:This online course provides a comprehensive introduction to the fundamentals of mathematics. It covers the basics, including algebra, geometry, trigonometry, and calculus. You will learn about different techniques used in math as well as how to apply mathematical concepts in real-world scenarios. You will also gain an understanding of how to reason abstractly and solve complex problems.
Through interactive lectures, readings, discussions, and assignments you will develop your knowledge of mathematics while learning how to graph equations, calculate derivatives, and test conjectures. This course is ideal for individuals who are looking to hone their skills in mathematics or those interested in pursuing a career in engineering or data science.
Interactive activities and learning path. Instant Access to our platform / multimedia content 1 year full access to the purchased courses. Inluding the following Levels:
Math for Early Childhood Teachers
Course Description: This online course is designed to help early childhood teachers learn the fundamentals of teaching math to young children (3-5 years old). Through a combination of lectures, videos, and interactive activities, participants will gain an understanding of mathematical concepts such as math literacy, number sense, patterns, geometry, and more. By the end of the course, participants will have the knowledge and skills necessary to create engaging lessons that foster a love of mathematics in their students. Course Objectives:- Understand the Institute of Education Sciences (IES) Teaching Math to Young Children Practice Guide published in 2013 by the U.S.
- Learn how to use mathematical concepts such as math literacy, number sense, patterns, and geometry in early childhood education settings
- Develop strategies for making math easy-to-learn for students
- Explore ways to engage students in mathematics learning through interactive activities and games
- Recognize gender differences in mathematical learning theories and how they can be addressed in the classroom setting
- Utilize resources to supplement traditional teaching methods with technology-based approaches
- Implement best practices for teaching mathematics remotely during public health crises or other times when instruction must take place outside of a physical classroom setting
- Understand how to assess student performance on mathematical tasks using appropriate assessment tools and techniques
- Create lesson plans that incorporate multiple learning styles and levels of ability among students in order to maximize engagement with mathematics content material across all learners in a class setting
- Develop an understanding of how mathematics can be used as a tool for problem-solving across various disciplines including science, engineering, finance, and economics
Mechanic Course Syllabus
Course Description: This course is designed to provide students with the knowledge and skills necessary to become certified mechanics. Through this course, participants will learn about the different components of a vehicle, how to inspect and diagnose problems, and how to repair them. Participants will also gain an understanding of the automotive industry and its regulations. Course Objectives:- Understand the different components of a vehicle, including engine, suspension, brakes, and transmission
- Learn how to inspect vehicles for potential problems
- Develop an understanding of automotive industry regulations and safety protocols
- Identify common issues with vehicles and develop strategies for diagnosing them accurately
- Learn proper techniques for repairing vehicles safely and efficiently
- Understand the importance of preventive maintenance in keeping vehicles running smoothly over time
- Develop an understanding of automotive technology trends and new technologies being used in the industry today
- Become familiar with tools used in automotive repair work such as diagnostic equipment and hand tools
- Gain experience working on different types of vehicles such as cars, trucks, and SUVs
- Develop customer service skills necessary for working with clients in an automotive repair shop setting
Course Title and Description: Understand critical codes and standards for constructing healthcare facilities. This course equips students with the knowledge to ensure compliance and safety in medical construction projects. Learning Objectives:- Analyze healthcare construction codes and regulations.
- Ensure compliance with international medical standards.
- Address specific safety challenges in healthcare environments.
- Develop construction plans that prioritize patient and staff safety.
- Introduction to Medical Construction Codes
- Global Standards for Healthcare Facilities
- Safety Challenges in Hospital Construction
- Infection Control and Hygiene Requirements
- Structural Integrity Standards for Medical Buildings
- Accessibility and Inclusivity in Medical Facility Design
- Emergency Preparedness in Healthcare Construction
- Navigating Policy and Compliance in Medical Projects
- Case Studies: Ensuring Compliance in Medical Construction
- Capstone Project – Developing a Code-Compliant Healthcare Facility Plan
Course Description: This course covers best practices for accurate and efficient medical documentation. Participants will learn about proper charting, electronic health records (EHR), legal considerations, and documentation standards to ensure high-quality patient records. Course Outcomes:- Understand the importance of accurate medical documentation.
- Learn proper charting and documentation techniques.
- Use electronic health records (EHR) effectively.
- Comply with legal and regulatory documentation standards.
- Ensure high-quality patient records.
- Identify key principles of medical documentation.
- Develop skills for accurate and efficient charting.
- Implement electronic health records (EHR) systems effectively.
- Understand legal and regulatory requirements for medical documentation.
- Develop strategies to ensure high-quality patient records.
- Monitor and evaluate the accuracy of documentation practices.
- Address common documentation errors and omissions.
- Develop training programs for healthcare staff on documentation standards.
- Implement continuous quality improvement for documentation practices.
- Review case studies to apply medical documentation principles in real-world settings.
- Introduction to Medical Documentation
- Principles of Accurate Documentation
- Charting and Documentation Techniques
- Electronic Health Records (EHR)
- Legal Considerations in Documentation
- Documentation Standards and Guidelines
- Improving Documentation Efficiency
- Integrating Documentation into Clinical Workflow
- Quality Control in Medical Documentation
- Case Studies and Best Practices
Description: This course covers best practices for accurate and efficient medical documentation. Participants will learn about proper charting, electronic health records (EHR), legal considerations, and documentation standards to ensure high-quality patient records. Objectives:- Understand the importance of accurate medical documentation.
- Learn proper charting and documentation techniques.
- Use electronic health records (EHR) effectively.
- Comply with legal and regulatory documentation standards.
- Ensure high-quality patient records.
- Introduction to Medical Documentation
- Principles of Accurate Documentation
- Charting and Documentation Techniques
- Electronic Health Records (EHR)
- Legal Considerations in Documentation
- Documentation Standards and Guidelines
- Improving Documentation Efficiency
- Integrating Documentation into Clinical Workflow
- Quality Control in Medical Documentation
- Case Studies and Best Practices