
Updated on Feb 17, 2025
Shreya
The Andhra Pradesh State Council of Higher Education will release the AP ECET 2025 syllabus on the official website, cets.apsche.ap.gov.in. Students appearing for the exam should check the AP ECET syllabus PDF to prepare well. The syllabus includes important topics and chapters for the exam. The common subjects in the syllabus are Physics, Chemistry, and Mathematics. However, the engineering subject syllabus will vary depending on the course chosen by the student. Students should also refer to the best books for AP ECET 2025 preparation.
By following the AP ECET syllabus, students can create a good study plan to score well in the exam. They can also check the high-weightage topics and chapters from previous years. Practicing AP ECET 2025 mock tests will help students evaluate their performance. It is recommended to keep a printed copy of the AP ECET syllabus PDF for easy reference during preparation. For more details about the AP ECET 2025 syllabus, students can refer to the article below.
AP ECET 2025 Exam Overview
Particulars | Details |
---|---|
Exam Mode | Online (Computer-Based Test) |
Duration | 3 Hours (180 Minutes) |
Medium | English |
Type of Questions | Objective Type (Multiple Choice Questions) |
Number of Questions | 200 Questions |
Total Marks | 200 Marks |
Marking Scheme | +1 Mark for Each Correct Answer |
Negative Marking | No Negative Marking |
AP ECET Syllabus 2025
Andhra Pradesh State Council of Higher Education will release the AP ECET syllabus on the official website. Candidates must refer to the AP ECET 2025 syllabus for their preparations. For more details, candidates can refer to the table provided below.
Subjects | Syllabus |
---|---|
Physics | Download PDF |
Chemistry | Download PDF |
Mathematics (for Diploma Holders) | Download PDF |
AP ECET Syllabus 2025 - Paper-Wise Syllabus
Applicants have to attempt the AP ECET 2025 engineering paper as per their stream. Candidates can check AP ECET streamwise syllabus below.
Agricultural Engineering
Unit | Topics |
---|---|
I | Workshop Technology, Engineering Mechanics and Material Testing |
II | Principles of Thermodynamics and Heat Engines |
III | Principles of Fluid Mechanics, Hydrology and Management of Watersheds |
IV | Surveying and Levelling, Soil and Water Conservation Engineering and Practices |
V | On-farm irrigation and Drainage Practices and Micro Irrigation Principles and Practices |
VI | Agricultural Implements and Agricultural Machinery |
VII | Greenhouse Technology, Principles of Electrical Engineering and Farm Electricity |
VIII | Farm Power, Solar and Wind Energy, Tractor Systems, Operations and Maintenance |
IX | Solid Waste Utilization and Bio-Energy |
X | Engineering Properties and Processing of Seeds and Agricultural Process Engineering |
Bio-Technology
Unit | Topics |
---|---|
I | Basic Industrial Biotechnology |
II | Bio-Physics |
III | Genetics and Cell Biology |
IV | Microbiology |
V | Bioreactor Engineering |
VI | Molecular Biology - Genetic Engineering |
VII | Plant Biotechnology |
VIII | Animal Biotechnology |
IX | Bioinformatics |
X | Enzyme Engineering |
Ceramic Technology
Unit | Topics |
---|---|
I | GEOLOGY AND MINERALOGY OF CERAMIC RAW MATERIALS |
II | WHITE WARE & HEAVY CLAYWARE |
III | REFRACTORIES |
IV | GLASS TECHNOLOGY |
V | CEMENT TECHNOLOGY |
VI | ADVANCED CERAMICS |
VII | FUELS, FURNACES & PYROMETRY |
VIII | ENAMELS AND GLAZES |
Chemical Engineering
Unit | Topics |
---|---|
I | Material technology |
II | Chemical process principles |
III | Organic Chemical Technology |
IV | Inorganic Chemical Technology |
V | Fluid mechanics |
VI | Heat transfer |
VII | Mechanical unit operations |
VIII | Thermodynamics and Reaction Engineering |
IX | Mass Transfer |
X | Instrumentation & process control |
XI | Environmental Studies and Pollution Control Engineering |
XII | Energy Technology & Plant Operation |
Civil Engineering
Unit | Topics |
---|---|
I & II | Strength of Materials |
III | Theory of Structures |
IV & V | Reinforced Concrete Structures |
VI | Surveying |
VII & VIII | Hydraulics |
IX & X | Irrigation Engineering |
Computer Science Engineering
Unit | Topics |
---|---|
I | Digital Electronics |
II | Microprocessors |
III | Computer Organization |
IV | C and Data Structures |
V | Computer Networks |
VI | Operating Systems |
VII | RDBMS |
VIII | Object Oriented Programming through C++ |
IX | Java Programming |
X | Internet Programming & ADO.net |
Electrical and Electronics Engineering
Unit | Topics |
---|---|
I | Basic Electrical Engineering |
II | D.C. Machines, Batteries & Measuring instruments |
III | A.C. Circuits and Transformers |
IV | A.C Machines |
V | Power System generation & Protection |
VI | Transmission and Distribution |
VII | Electric traction |
VIII | Electrical Estimation |
IX | Basic electronics and digital electronics |
X | Power Electronics and Microcontroller |
Electronics and Communication Engineering
Unit | Topics |
---|---|
I | ELECTRONIC DEVICES AND CIRCUITS |
II | CIRCUIT THEORY |
III | ELECTRONIC MEASURING INSTRUMENTS |
IV | INDUSTRIAL AND POWER ELECTRONICS |
V | COMMUNICATION SYSTEMS |
VI | ADVANCED COMMUNICATION SYSTEMS |
VII | DIGITAL ELECTRONICS |
VIII | MICROCONTROLLERS AND MICROPROCESSORS |
IX | AUDIO VIDEO SYSTEMS |
X | DATA COMMUNICATIONS AND COMPUTER NETWORKS |
Electronics and Instrumentation Engineering
Unit | Topics |
---|---|
I | Electrical engineering |
II | Industrial Electronics & Control Engg |
III | Electronics |
IV | Digital Electronics |
V | Electronic Measuring Instruments |
VI | Process Instrumentation |
VII | Process Control |
VIII | Communication & Linear IC applications |
IX | Analytical & Biomedical Instrumentation |
X | Microcontrollers & PLC’s |
Mechanical Engineering
Unit | Topics |
---|---|
I | Workshop Technology |
II | Welding, Forging, Foundry and Conventions in Drawing |
III | Engineering Materials and Solid Mechanics |
IV | Design of Machine Elements |
V | Thermodynamics |
VI | Hydraulic Machines and Pneumatics |
VII | Steam Boilers, Nozzles and Turbines |
VIII | Refrigeration |
IX | Industrial Management and Engineering |
X | Automobile Engineering |
Metallurgical Engineering
Unit | Topics |
---|---|
I | ELEMENTARY PRINCIPLES OF METALLURGY |
II | FUELS, REFRACTORIES AND PYROMETRY |
III | METALLURGICAL THERMODYNAMICS |
IV | PHYSICAL METALLURGY |
V | HEAT TREATMENT TECHNOLOGY |
VI | FERROUS EXTRACTIVE METALLURGY |
VII | NON-FERROUS EXTRACTIVE METALLURGY |
VIII | MATERIAL TESTING |
IX | MECHANICAL METALLURGY |
X | FOUNDRY TECHNOLOGY |
XI | WELDING TECHNOLOGY |
Mining Engineering
Unit | Topics |
---|---|
I | ELEMENTS OF MINING |
II | MINING GEOLOGY |
III | METHODS OF WORKING – COAL |
IV | METHODS OF WORKING METAL |
V | MINE ENVIRONMENTAL ENGINEERING – 1 |
VI | MINE ENVIRONMENTAL ENGINEERING - 2 |
VII | MINE SURVEYING |
VIII | MINING MACHINERY – 1 |
IX | MINING MACHINERY – 2 |
X | MINING LEGISLATION AND MINE MANAGEMENT |
AP ECET 2025 (Engineering Diploma Holders) Weightage
Here's a table representing the subject-wise marks distribution for AP ECET 2025 (Engineering Diploma Holders):
Subject | Marks |
---|---|
Mathematics | 50 |
Physics | 25 |
Chemistry | 25 |
Chosen Engineering Paper | 100 |
Total | 200 |
Common Mistakes to Avoid During AP ECET 2025 Preparation
Common Mistakes | How to Avoid Them |
---|---|
Skipping Topics in Syllabus | Cover the entire syllabus. Even low-weightage topics can fetch easy marks. |
Over Focusing on Low-Weightage Areas | Prioritize high-weightage topics like Mathematics and Engineering subjects while balancing others. |
Ignoring Basics and Fundamental Concepts | Build a strong foundation in core subjects before moving to advanced topics. |
Not Practicing Numerical Problems Regularly | Solve numerical problems daily, especially in Mathematics and Physics. |
Avoiding Previous Year Papers and Mock Tests | Solve AP ECET previous papers and mock tests to understand the exam pattern and improve speed. |
Neglecting Time Management During Preparation | Create a study schedule allocating sufficient time to each subject based on strengths and weaknesses. |
Focusing Solely on Theory and Ignoring Practice | Balance theory with problem-solving and MCQ practice to enhance application skills. |
Not Revising Regularly | Prepare concise notes for quick revision and revise regularly to retain concepts. |
Relying on Too Many Study Materials | Refer to limited, reliable sources like standard textbooks and AP ECET syllabus PDFs. |
Ignoring Health and Well-being | Maintain a balanced routine with proper rest, exercise, and healthy food to stay mentally and physically fit. |
AP ECET Syllabus 2025 FAQs
Where can the AP ECET 2025 syllabus be downloaded?
The AP ECET 2025 syllabus can be downloaded from the official website – cets.apsche.ap.gov.in.
What are the common subjects in the AP ECET 2025 syllabus?
The common subjects are Mathematics, Physics, and Chemistry, along with an Engineering subject based on the chosen stream.
How many marks are allotted to each subject in AP ECET 2025?
Mathematics – 50 marks, Physics – 25 marks, Chemistry – 25 marks, and the chosen Engineering paper – 100 marks.
Is there any negative marking in AP ECET 2025?
No, there is no negative marking for incorrect answers in AP ECET 2025.
Is the AP ECET syllabus the same for all branches?
No, the syllabus for the Engineering paper varies depending on the branch, but Mathematics, Physics, and Chemistry are common for all.
How can students effectively prepare using the AP ECET syllabus?
Students should review the syllabus, identify high-weightage topics, and follow a study plan along with practicing mock tests.
What is the duration of the AP ECET 2025 exam?
The exam duration is 3 hours (180 minutes).
In which language will the AP ECET 2025 exam be conducted?
The AP ECET 2025 exam will be conducted in the English language.
Are previous year’s AP ECET question papers available for practice?
Yes, previous year question papers can be downloaded from the official website and other educational platforms.
Can the AP ECET syllabus PDF be printed for reference?
Yes, candidates are advised to download and print the syllabus PDF for quick reference during preparation.
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