Skills you'll gain: Machine Learning, Mathematics, Leadership and Management, Research and Design, Game Theory, Computer Vision, Business Analysis, Critical Thinking, Strategy and Operations, Theoretical Computer Science, Computational Thinking, Entrepreneurship, Problem Solving, Leadership Development, Human Resources, Artificial Neural Networks, Computer Graphic Techniques, Computer Graphics, Deep Learning, Computational Logic, Computer Programming, Decision Making, General Statistics, Probability & Statistics, Probability Distribution, Sales
Beginner · Specialization · 3-6 Months
Skills you'll gain: Critical Thinking, Business Analysis, Entrepreneurship, General Statistics, Leadership and Management, Probability & Statistics, Strategy and Operations
Beginner · Course · 1-3 Months
Skills you'll gain: Entrepreneurship, Research and Design, Algorithms, Computer Graphic Techniques, Computer Graphics, Creativity, Machine Learning, Probability & Statistics, Theoretical Computer Science, Bioinformatics, Computer Vision, Data Management, Data Visualization, Geometry, Graphic Design, Leadership and Management, Mathematics, Problem Solving, Scientific Visualization, Software Engineering, Software Testing, Statistical Programming
Mixed · Course · 1-3 Months
If you're looking to learn more about neuroscience, Coursera offers some of the best free courses available. Neurobiology, Medical Neuroscience, Computational Neuroscience, Synapses, Neurons and Brains, and Neuromarketing: What secrets does your brain hold? are all offered from the comfort of your own home and provide invaluable information about neuroscience.
If you're looking to learn about neuroscience, the best place to start is with Coursera's lineup of beginner-friendly courses. Check out Neuroscience and Neuroimaging for an introduction to neuroscience from imaging and genetics. Or, explore how science is communicated in Modes of Science Communication. You can also dive deep into neuroscience with Mind & Machine Specialization, or alternatively get an introduction to anatomical structures in Human Neuroanatomy. Finally, consider taking Biohacking Your Brain's Health to learn about neuroscience-based strategies to improve your mental performance.
The Computational Neuroscience Specialization offered by Coursera is one of the best advanced neuroscience courses available online. It includes four courses that cover topics such as linear dynamical systems, neural networks, and plasticity. Additionally, the Advanced Neurobiology II course covers advanced topics in neuroscience such as gene expression regulation and neurons in action. For those interested in psychiatry, the Schizophrenia course presented by King's College London is an excellent option. Finally, the Stem Cells course offers an in-depth look at the implications of stem cells for neuroscience.
Neuroscience examines the various scientific disciplines relating to the nervous system, which consists of communication between the brain, spinal cord, and nerves throughout our bodies. For example, if you put your finger under cold running water, your nerves send signals to your brain communicating the sensation you feel. If your nerves communicate that the water feels soothing, your brain may help you decide to keep your finger under the faucet. Conversely, you may reflexively pull your finger away from the frigid water before your nerves communicate discomfort to your brain. In a healthy human or animal, communications such as these happen constantly at lightning speed.
Understanding the organization of the nervous system allows learners to understand human behavior. Professionals of various backgrounds need it in order to know how our bodies mediate sensation, motivate bodily action, and communicate cognitive signals such as memory and emotion. Then, they can better detect impairments, explain problems, and anticipate future conduct in these areas. Successful learners will also gain knowledge in how these concepts are used in clinical practice and basic research.
Learners explore the basic core concepts of Neuroscience that reveal how we perceive the outside world, move our bodies, stay alive, and interact with one another. In addition, in-depth course structures help learners discover the anatomy of the human brain, the overall organization of sensory and motor systems in the brainstem and spinal cord, neural signaling, and cognition. Learners’ grasps of these concepts are tested in exams.
The study of Neuroscience enables learners to help living organisms by understanding the neuro effects on ourselves and others. There are ample career opportunities that involve lifelong learning, including Research Scientist, Pharmacist, Clinical Psychologist, Professor, Neuropsychologist, Health Educator, Clinical Research Assistant, and other professions that deal with human or animal behavior.
Any background in medicine or work within the medical field can be beneficial when learning neuroscience. High school or postsecondary courses in sciences like general biology, anatomy, physiology, molecular biology, developmental biology, psychology, psychiatry, general pathology, and cytology can all be helpful as well. A background in math, particularly mathematical modeling can help too. Volunteer work in hospitals or nursing homes with people who suffer from brain injuries or problems like dementia and Alzheimer's may even provide you with a better understanding of neuroscience and some specific aspects of it. You may also benefit from a background working in a lab or conducting scientific research.
Curiosity about how the brain works could mean you're suited for a role in neuroscience. Because many people who study neuroscience go on to become physicians, therapists, or scientists, you'll need to have a passion for lifelong learning and research as well. You'll also need to have a passion for helping others, because no matter which path you choose, your goal will be to help people improve their lives. Teamwork and communication skills are also key. You'll need to have good written and oral communication skills so you can share your findings with others. Most of the time, you'll find yourself working with doctors, nurses, other scientists, patients, and other professionals to complete a surgery, experiment, or project.
Learning neuroscience is right for you if you're looking for a professional path that will allow you to better understand the human body and use that understanding to help others in the future. You must be comfortable working in a lab, a hospital, a college, for a government agency, or within a private business, such as a pharmaceutical company. You must also be comfortable conducting experiments and research. Other parts of your job may include data analysis, project management, development of new treatments, dissections, and conducting medication or therapy trials and studies on willing participants. Even if you don't plan to choose a professional path that includes neuroscience, learning more about the brain and nervous system can be beneficial if you want to learn more about your own body or if you work in a field, like psychology or special education, where you may encounter people with brain injuries or disorders.