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School of Interwoven Arts and Sciences (SIAS) 

Astronomy Special Track

Overview

Astronomy is one of humanity’s oldest scientific disciplines, tracing its roots to civilizations that used observations of the night sky to navigate, mark the passage of time, and understand their place in the cosmos. Today, astronomy has evolved into a sophisticated field that seeks to understand the origin, structure, and evolution of the Universe.Modern astronomy explores phenomena ranging from nearby planets and stars to distant galaxies, black holes, gravitational waves, and the cosmic microwave background. In doing so, it draws upon physics, mathematics, chemistry, and increasingly data science, making it an inherently interdisciplinary field. The tools of modern astronomy range from ground-based optical telescopes to space-based observatories that detect radio waves, X-rays, gravitational waves, and other forms of radiation, each providing new insights into the nature of the Universe.
The Astronomy Special Track at Krea University is taught by faculty members who are active researchers in the field. Alongside classroom instruction, the programme includes hands-on experience with telescopes and observational instruments, as well as data analysis laboratories and computational tools. Students gain a strong foundation in the principles of astronomy while also being exposed to contemporary research questions and emerging developments in the field.The programme equips students with valuable analytical and computational skills, including modelling complex systems, data analysis, and computer simulations. These skills, combined with a rigorous understanding of astronomy and astrophysics, prepare students for research opportunities, summer internships, and advanced study in astronomy, physics, and related disciplines in India and internationally.

Programme Structure

Total Credits

24

Required Courses
  1. Introduction to Astronomy and Astrophysics
  2. Astronomical Bodies and Phenomena
  3. The Universe at Large Scales
  4. Classical Physics – Energy & Force I
  5. Classical Physics – Energy & Force II
  6. Classical Physics – Spacetime
  7. Optics I
  8. General Relativity
Required Courses 

Courses 1–3 are dedicated astronomy courses that provide students with a broad foundation across the discipline.

Courses 4–7 are part of the existing Physics Major curriculum, making it easier for Physics students to complete the Astronomy Special Track.

Course 8 is an elective offered within the Physics Major.

Learning Outcomes

Students who have successfully completed the Astronomy Special Track will be able to:

  • Appreciate the historical origins of astronomy across various cultures.
  • Observe the night sky, use sky-mapping tools and software, and identify planets, major stars, and constellations.
  • Use telescopes and cameras to observe and capture images of the night sky.
  • Calculate the motion of planets and satellites.
  • Understand the structures of, and processes within, planets, stars, and galaxies.
  • Analyse data from observatories to determine the composition and properties of astronomical objects.
  • Describe the evolution of the Universe since the Big Bang using the tools of Einstein’s theory of relativity.
  • Recognise the interconnections between the largest scales of the Universe and the smallest scales of subatomic physics.
  • Be familiar with the open questions that are the subject of active research worldwide.

Assessment Methods

Exams, group projects, quizzes and lab sessions (night sky observation)cultures.

 

Guided by the 
finest mentors

Dr Aritra Gupta

Assistant Professor, Physics

Dr Sushant Kumar Raut

Associate Professor, Physics

Professor Govindarajan T R

Visiting Professor, Physics

Ready to Apply?

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We are here to help.

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