Genetics is more than understanding how traits are inherited—it’s also about learning how scientists use evidence to uncover how genes work, change, and shape biological variation.
In this Specialization, you’ll build a connected understanding of genetic analysis, beginning with inheritance and chromosome behavior and progressing through gene mapping, molecular genetics, DNA technology, gene regulation, genomics, mutation, population genetics, and evolution.
Along the way, you’ll examine how genetic information moves from DNA to RNA to protein, how genes are regulated, how genomes change, and how genetic variation can be studied across individuals and populations. Through problem solving and applied examples, you’ll strengthen your ability to interpret genetic evidence and connect molecular mechanisms with broader patterns of inheritance and variation.
Applied Learning Project
Throughout the Specialization, you’ll apply genetic reasoning through readings, homework, and structured problem solving. You’ll analyze inheritance patterns, recombination and mapping data, gene interactions, microbial genetic systems, DNA and RNA processes, chromosome changes, and population-level patterns.
You’ll also work with applied topics such as DNA technology, genomics, SARS-CoV-2, and the genetic architecture of cancer. These activities are designed to help you move from understanding core concepts to using genetic evidence to solve problems and interpret biological examples.
