Like Earth, Mars also has a cryosphere. Currently, studying the Martian cryosphere using Modeling and Data Analysis from data gathered by spacecraft and rovers sent to the red planet. Knowing more about Mars' climate will also help us understand Earth's climate and how it has evolved differently than the latter. My research focuses on studying volatile ices on Mars and their impact on its climate, using CRISM's hyperspectral data and modeling. In addition to this, interested in hunting for subsurface water ice on Mars, especially sites with features like Lobate Debris Aprons, and analysing the SHARAD (Shallow Radar) Data.With an enthusiastic mind, in the quest for answers to some of the biggest questions about life's existence and mankind via planetary exploration. Are we alone in this universe? What is the purpose of our existence? Is life possible in the nearest vicinity to our planet? What role does the life-giving component "Water" play in other worlds?Want to contribute to the scientific community by exploring icy worlds (Jovian Moons, icy bodies like comets, etc.) through remote sensing techniques, following "Water for Life."Know more: sites.google.com/view/sehajpal