IFAS Logo
IFAS Logo
img1
Hello! User
Img_AlumniNetworkHeaderImage
Alumni Network
Learn FreeLearn Free
All CourseAll Course
Extend & UpgradeExtend & Upgrade
Question DoubtQuestion Doubt
ResultResult
All CoursesAll About Exam
My ProfileMy Profile
My RewardsMy Rewards
WebinarWebinar
Order HistoryOrder History
Web FeaturesWeb Features
Refer & EarnRefer & Earn
LogoutLogout

Download App Now

Playstore
Appstore
IFAS achievements

MP SET Physical Science Syllabus

Kavita Thakkar
Author | Updated On Oct 25, 2026
MP SET Physical Science
The MP SET Physical Science Syllabus is structured to evaluate candidates’ teaching aptitude, research ability, and in-depth understanding of core Physical Science concepts. The syllabus is divided into two papers—Paper 1 focuses on general aptitude, while Paper 2 tests subject-specific knowledge at the postgraduate level. A clear understanding of the syllabus is essential for building a strong preparation strategy and maximizing overall score.
MP SET Physical Science Syllabus PDF

No Result Found

Importance of Understanding the Syllabus
​A thorough understanding of the syllabus helps candidates:
  • Identify important topics
  • Avoid irrelevant study material
  • Plan effective study schedules
  • Improve overall exam performance

 A well-planned approach ensures better results

Preparation Tips Based on Syllabus
​
  1. Divide the syllabus into manageable sections
  2. Focus more on conceptual understanding
  3. Practice multiple-choice questions regularly
  4. Revise formulas and key concepts daily
  5. Solve previous year question papers
  6. Improve speed and accuracy

Some Frequently Asked Questions

​It includes topics like Mathematical Physics, Quantum Mechanics, Electromagnetic Theory, Thermodynamics, Solid State Physics, and more, along with general aptitude in Paper 1.

​

Yes, the syllabus is largely similar to national-level exams with a focus on postgraduate-level concepts.

​

The syllabus is based on the postgraduate (M.Sc level) curriculum.

​

Key topics include Quantum Mechanics, Electromagnetic Theory, Thermodynamics, and Mathematical Physics.

​

Focus on conceptual clarity, practice MCQs, revise regularly, and solve previous question papers.