6 Best + Free Cornell University Courses with Certificates

Our list of Best Cornell University Courses gives you access to top-tier education for free. Offers a wide range of subjects with certification to validate your knowledge and credentials.

Key Takeaways

• Access to a variety of subjects from one of the leading universities.
• A chance to enhance your professional profile with free certificates.
• Learn from courses designed by the best faculty of Cornell.

What subjects are covered by free Cornell University courses?

These courses cover a wide range of topics including human resources, business, technology, and more.

Best Cornell University Courses with Certificates

A Hands-on Introduction to Engineering Simulations

• Cornell University via edx
• 269,141+ already enrolled!
• 6 weeks (4–6 hours weekly) of effort required!

In this course, you’ll learn how to perform engineering simulations using Ansys, Inc.’s important tool. Also, you will gain a deep understanding of different things with the help of their real-world examples.

• We’ve selected this course because it goes from pause button pushing, which specializes in knowledge of the underlying concepts and transferring beyond superficial effects. With actual-international examples, enterprise insights, and get right of entry to Ansys scholar, you may develop the talents necessary to excel in finite-detail evaluation and computational fluid dynamics.
• This course is appropriate for engineering college students, specialists, and every person inquisitive about gaining realistic abilities in engineering simulations. Whether or not you’re pursuing a profession in structural mechanics, fluid dynamics, or heat transfer, or without a doubt curious approximately the sector, this course will provide you with precious know-how and fingers-on experience with the usage of Ansys’ powerful device.

Teaching & Learning in the Diverse Classroom

• • • Cornell University via edx
    • 17,996+ already enrolled!
    • 5 weeks (2–4 hours weekly) of effort required!

In this course, you will learn to create inclusive learning environments by reflecting on your experiences, exploring effective communication and facilitation strategies, and understanding the importance of diversity and inclusion in teaching and learning. For more resources on guiding teams and meetings, explore our facilitation courses. You will assess your curriculum and develop discipline-specific approaches to promote diversity, equity, and inclusion by gaining the skills and confidence to design inclusive courses that foster student engagement and belongingness.

• The reason why we have chosen this course is to gain the skills to create inclusive learning environments such as learning effective communication, facilitation, and the importance of diversity and inclusion by enhancing student engagement, and achievement, and creating a welcoming classroom experience that will eventually help in making a positive impact by fostering inclusivity and belongingness.
• This course is suitable for educators, instructional designers, and anyone involved in higher education. It provides valuable insights and strategies for creating inclusive learning environments, whether you are a seasoned educator or new to the field, this course will equip you with the knowledge and skills to promote diversity, equity, and inclusion in your teaching practice.

An Introduction to Evidence-Based Undergraduate STEM Teaching

• • • Cornell University via edX
    • Course Type (Instructor-Paced)
    • 8 Weeks (4-5 weekly) of effort required!

In this course, you will learn essential teaching strategies and research-backed approaches to becoming an effective STEM educator. Over eight weeks, you will explore key learning principles, including the role of mental models and the significance of practice and feedback. You will develop skills in course design, creating learning objectives, and aligning assessments. Additionally, the course covers active learning techniques, fostering inclusive classroom environments, and lesson planning.

• The reason behind the selection of this course is to gain the essential skills and knowledge needed to become an effective STEM educator. By completing this course, will be equipped to create inclusive learning environments, design engaging courses, and positively impact the educational experiences of your future students.
• This course is suitable for future STEM faculty, graduate students, and post-doctoral fellows who are seeking to enhance their teaching skills. Whether you are preparing to enter academia or looking to improve your instructional abilities, this course will provide valuable insights and strategies for effective teaching in STEM disciplines.

Continue with more Cornell University Courses with Certificates…

Sharks!

• • • Cornell University via edx
    • 36,603+ already enrolled!
    • 9 weeks (4–6 hours weekly) of effort required!

In this course, you will learn about the biodiversity, biology, and conservation of sharks, rays, and chimeras. Moreover, you will explore their habitats, behavior, evolutionary history, functional anatomy, and ecological roles by gaining insights into shark-human interactions and human behavior’s impact on shark populations, develop a comprehensive understanding of sharks, and contribute to their conservation efforts.

• The reason why we have selected this course is because we want to delve into the fascinating world of sharks, rays, and chimeras and it will expand knowledge, challenge perceptions, and contribute to the conservation of these remarkable creatures. Also, discover their diverse biology, evolutionary history, and ecological significance by gaining insights into their behavior, habitats, and the complex relationship between sharks and humans.
• This course is suitable for biology enthusiasts, marine science students, researchers, and anyone interested in sharks, rays, and chimeras if you have a background in biology or are simply fascinated by marine life, this course provides a comprehensive exploration of these species, making it ideal for anyone passionate about understanding and conserving these incredible creatures.

The Computing Technology inside your Smartphone

• • • Cornell University via edX
    • Course Type (Instructor-Paced)
    • 10 Weeks (6 Hours weekly) of effort required!

In this course, you will learn about the inner workings of smartphone processors, from the basics of digital logic and computer organization to advanced performance techniques. You will gain a deep understanding of how these processors function, the different layers of computing technology involved, and the design principles behind them.

• The reason why we chose this course is to unlock the mysteries behind smartphone processors and gain a comprehensive understanding of their inner workings. By learning about digital logic, computer organization, and advanced performance techniques, one acquires valuable knowledge that can be applied to various areas of computing and technology.
• This course is suitable for individuals interested in computer science, and digital technology, or those curious about how smartphone processors work. It is particularly relevant for students pursuing computer science or engineering degrees, professionals in the tech industry, or anyone seeking to expand their understanding of computer systems and processors.

Advancing Learning through Evidence-Based STEM Teaching

• • • Cornell University via edX
    • Course Type (Instructor-Paced)
    • 8 Weeks (4-5 weekly) of effort required!

In this course, you will learn effective teaching strategies supported by research for current and future STEM faculty members. You will gain knowledge on engaging students through active learning, developing expert thinking skills, fostering learning communities, and implementing approaches like flipped classrooms.

• The reason to select this course is that it equips you with the tools to enhance your teaching practice, promote student learning, and make a positive impact in STEM education. Moreover, you will gain valuable knowledge and skills to become an effective STEM educator and you will learn evidence-based teaching strategies, engage students in active learning, and create inclusive and collaborative classroom environments.
• This course is suitable for current and future STEM faculty members who are looking to improve their teaching strategies and create engaging learning environments. It is also relevant for graduate students and postdoctoral fellows aspiring to become effective STEM disciplines educators.