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  • Advanced Manufacturing and Machinery Mechanics Syllabus

    Course Description: This online Advanced Manufacturing and Machinery Mechanics course will provide students with an in-depth understanding of the mechanics and operations involved in manufacturing. It covers topics such as mechanical engineering principles, metallurgy, machine tools, production systems and processes, numerical control automation systems, safety hazards, and preventive measures. Course Objectives:
    • Understand fundamental concepts of machinery mechanics including basic science principles related to force, work energy transfer techniques involving machines used for mass production
    • Understand the use of mathematics to calculate dimensions related to precision machining
    • Review a range of materials that are commonly found in manufacturing settings
    • Analyze performance issues arising from production process design decisions
    • Gain experience troubleshooting common machine malfunctions by simulating possible solutions before implementation on live equipment
    • Develop competency with various pieces of industrial machinery through hands-on class activities or virtual simulations
    • Demonstrate proficiency using Computer Aided Design/Computer Aided Manufacturing (CAD/CAM)
  • Renewable Energy Syllabus

    Course Description: This online course is designed to help participants understand the basics of renewable energy and its applications in our daily lives. This course will cover topics such as different types of renewable energy, processes for implementing them into daily life, current trends in technology, and economic considerations when planning for future energy needs. Upon successful completion of this course, students should be able to: Course Objectives: 1. How renewable sources can affect individual lifestyle choices as well as policy decisions 2. Identify viable alternatives to non-renewable energy sources 3. Analyze the cost benefits associated with investing in renewable energy technologies 4. Understand the various regulatory policies that govern different forms of renewable energies 5. Explain how technological advances have enabled a wider range of options for utilizing sustainable resources
  • Engineering Design Course Syllabus

    Course Description: This online Engineering course is designed to provide participants with a comprehensive understanding of the practical application of engineering concepts in everyday work. Participants will learn how to analyze, design and implement processes that are used by professionals in the field. By mastering problem-solving skills and computer-aided design tools, participants will be able to develop innovative solutions for real-life applications. Course Objectives: 1. Develop a strong understanding of basic engineering principles like vectors, forces, and stress calculations 2. Analyze different types of systems using mathematical modeling techniques like linear equations or matrix algebra 3. Understand engineering materials used in daily operations 4. Demonstrate proficiency in Computer Aided Design (CAD) software such as AutoCAD or Solidworks 5. Construct virtual models that can be tested through simulations based on user input variables 6. Generate data analysis reports on experimental results from multiple sources 7. Interpret graphical representation tools such as bar charts or histograms when analyzing data sets 8. Create detailed product plans utilizing parts lists and specifications sheets 9. Examine safety standards related to designing structures and machines 10. Use 3D printing technologies to build solid prototypes from a digital model
  • Food Science and Technology Course Syllabus

    Course Description: This Food Science and Technology Course Syllabus is an online course that provides participants with in-depth knowledge of food science principles and the tools necessary to apply them to their everyday work. Through interactive activities, real-life applications, case studies, videos, and other learning materials, this course will equip participants with a solid foundation for creating successful technological solutions for the food industry. Course Objectives: 1. Understand basic chemical and physical phenomena related to foods such as solubility, heat transfer mechanisms, pH relationships, etc. 2. Identify key properties of additives used in foods such as preservatives, flavorings, and colorants along with their functionalities when added into recipes or formulations. 3. Explore how to grow new products from existing ingredients through novel combinations of texture/flavor modifiers using advanced technologies like nanoencapsulation techniques or emulsification processes. 4. Learn about important introduction to nutrition concepts related to macronutrients (fats/lipids; carbohydrates; proteins) along with vitamins/minerals which are essential components of all diets associated with health benefits on the human body as a consequence of their intake throughout meals formulation process. 5. Understand the fundamentals of food safety and related regulations for process development in order to provide safe foods. 6. Gain insights into how to develop and design cutting-edge technologies that could be used within the food industry to create innovative products, from conception through commercialization. 7. Learn about emerging markets and trends in the food industry such as plant-based foods, alternative proteins, and local sourcing.
  • Carpentry Course Syllabus

    Course Description: This online course in Construction Carpentry will provide participants with a comprehensive overview of everything related to carpentry and its application in real life. Participants will learn about the different types of materials used, tools required, safety measures, and construction principles needed for successful projects. Through lectures, demonstrations, videos, and hands-on exercises, participants will gain the knowledge necessary for construction carpentry. Course Objectives:   1.      Understand the basic principles of building structures from wood 2.      Learn how to properly use hand & power tools for cutting, joining & finishing wooden components 3.      Acquire skills in reading blueprints and constructing moldings for interior & exterior finishes 4.      Learn about proper installation techniques for trimming doors/windows/cabinets 5.      Demonstrate ability to build trusses & rafters according to specific measurements 6.      Install drywall effectively by screwing wooden boards into studs using drills 7.      Utilize saws accurately while measuring dimensions correctly 8.      Become proficient at installing siding sheets while adhering to local codes 9.      Apply weatherproof sealants such as caulking around windowsills or doorframes
  • Exercise Science and Wellness

    Course Description: Exercise Science and Wellness is an online course designed to provide participants with the knowledge and skills necessary to pursue a career in the fitness industry. The course covers topics such as anatomy, exercise physiology, biomechanics, motor control, coaching, community health and wellness, disability studies, and more. Participants will learn how to apply these concepts to their own lives and develop strategies for achieving personal fitness goals. Course Objectives:
    • Understand the fundamentals of exercise science and wellness
    • Learn about anatomy, exercise physiology, biomechanics, motor control, and more
    • Develop an understanding of coaching techniques
    • Explore community health and wellness initiatives
    • Become knowledgeable about disability studies
    • Analyze personal fitness goals and create strategies for achieving them
    • Develop a comprehensive understanding of nutrition principles
    • Learn how to use technology to track progress toward fitness goals
    • Understand the importance of physical activity in overall health
    • Create personalized exercise plans that are tailored to individual needs
  • 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.
  • Course Description: In this online course participants will gain perspectives on financial management and governance of non-profit organizations. Learning Objective: Students will be able to:
    • gain an understanding of the unique nature of the nonprofit fiscal management.
    • develop an understanding of financial management techniques for enhancing the effectiveness of nonprofit organizations;
    • understand board governance and the its role in financial management;
    • prepare essential financial statements
    • develop analytic, critical, and expressive abilities;
  • Course Description: This online course prepares nonprofit leaders and aspiring leaders to focus on the mission and achieve leadership mastery while driving organizational strategy. This course will explore what leadership means, and strategies to improve leadership traits. Learning Objective: Through this innovative curriculum, participants will:
    • Develop a greater mastery of personal leadership skills and increase confidence in applying leadership skills effectively in the nonprofit workplace.
    • Understand personal motivational drivers, emotional intelligence, and communication methods.
    • Apply or adapt personal leadership style to meet specific challenges.
    • Navigate the challenges of transitioning from an individual contributor to a leader.
    • Create a personal leadership plan to refine skills.
    • Use results from the inventory to understand personal learning and leadership style.
    • Engage in interactive activities of leadership trait development.

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