AP ECET 2025 Metallurgical Engineering Syllabus PDF (Released) - Download AP ECET Metallurgical Engineering Syllabus Topic-Wise

Updated By Soham Mitra on 22 Apr, 2025 16:32

AP ECET subject-wise syllabus 2025 has been released which can be checked on this page.

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AP ECET Metallurgical Engineering Syllabus 2025

AP ECET Metallurgical Engineering Syllabus 2025 has been released by the Jawaharlal Technological University (JNTU) Anantapur. The syllabus of AP Engineering Common Entrance Test Metallurgical Engineering has been released on the official website cets.apsche.ap.gov.in/ECET/.  AP ECET Metallurgical Engineering Syllabus 2025 is divided into 11 chapters and includes chapters like Elementary Principles of Metallurgy, Fuels, Refractories, and Pyrometry, Metallurgical Thermodynamics, Physical Metallurgy, Heat Treatment Technology, Ferrous Extractive Metallurgy, Non-ferrous Extractive Metallurgy, Material Testing, Mechanical Metallurgy, Foundry Technology, Welding Technology etc. If you are preparing to take the AP ECET 2025 exam, you should thoroughly prepare the Metallurgical Engineering Syllabus to obtain maximum marks in the exam. AP ECET Metallurgical Engineering question paper consists of 200 questions out of which 100 questions are from the AP ECET Metallurgical Engineering syllabus, 25 questions each from Physics, and Chemistry and 50 questions from the Mathematics syllabus. 

JNTU Anantapur has officially announced the AP ECET 2025 Exam Dates. According to the official notification, the AP ECET 2025 Metallurgical Engineering Exam will be held on May 06, 2025.  Candidates can refer to the AP ECET 2025 Ceramic Technology syllabus here in detail and start with their preparations for the exam. 

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Detailed AP ECET 2025 Metallurgical Engineering Syllabus

You can check all the topics & sub-topics included in the AP ECET 2025 syllabus for Metallurgical Engineering in the table here.  

Units 

Sub-Topics 

Elementary Principles of Metallurgy 

  • Introduction to metallurgy - ores/ ore dressing 
  • Methods of sampling 
  • Communication 
  • Screening and classification 
  • Minerals of commercially important metals 
  • Principles and processes of pyro, hydro, and electrometallurgy 

Fuels, Refractories, and Pyrometry 

  • Classification of solid, liquid, and gaseous fuels 
  • Testing and properties of important fuels 
  • Manufacture and selection of refractories
  • Principles and operation of important pyrometers 

Metallurgical Thermodynamics 

  • Introduction and applications of thermodynamics 
  • First law of thermodynamics 
  • Thermochemistry 
  • Second law of thermodynamics 
  • Ellingham diagrams 
  • Fugacity/activity/ equilibrium constant 
  • Phase equilibria 
  • Solutions 

Physical Metallurgy 

  • Structure of metals and alloys 
  • Solidification
  • Diffusion 
  • Binary thermal equilibrium diagrams 
  • Iron-carbon diagram 
  • Important non-ferrous binary alloy systems 
  • Microscopic and macroscopic examination of metals and alloys 

Heat Treatment Technology 

  • Heat treatment of plain carbon steels 
  • Annealing/ normalizing/ hardening/ tempering of steels 
  • TTT diagrams 
  • Hardenability 
  • Grain size, quenching media 
  • Alloy steel and the effect of alloying elements on plain carbon steel 
  • Stainless steels/ tool steels 
  • Case hardening techniques 
  • Special heat treatment techniques: austempering/ martempering/sub-zero treatment 
  • Heat treatment of non-ferrous metals and alloys 
  • Age hardening 
  • Heat treatment furnaces and atmospheres 

Ferrous Extractive Metallurgy 

  • Iron ores and preparation of iron ores 
  • Blast furnace plant and equipment 
  • Blast furnace reactions 
  • Irregularities and recent trends 
  • Sponge iron and methods of production 
  • Ferroalloys, types and applications 
  • Steel making by Bessemer, LD, Kaldo, Open Hearth, & Electric Furnaces 
  • New techniques in steel-making 
  • Vacuum treatment of liquid steel 
  • Ingot defects 
  • Continuous casting 

Non-Ferrous Extractive Metallurgy 

  • Extraction of copper 
  • Pyro and hydrometallurgical methods and refining
  • Aluminium 
  • Extraction /Anode effect/ refining  
  • Zinc and lead 
  • Pyro and hydrometallurgical extraction and refining 
  • Extraction of magnesium by Dows and pidgeon processes 
  • Extraction of titanium by Kroll’s process 
  • Refining by Van Arkell’s process
  • Extraction of thorium and zirconium 

Material Testing 

  • Tension test
  • Stress-strain relationship 
  • Necking phenomenon - ductile & brittle fracture 
  • Griffith’s theory of brittle fracture 
  • Hardness tests (principles & types)
  • Impact testing (notched bar impact tests)
  • Transition temperature 
  • Fatigues, stress cycles, S-N diagram, factors affecting fatigue 
  • Creep testing - creep curve
  • Stress (rupture test)
  • Non-destructive testing (principles/ methods/ applications of liquid penetrant)
  • Radiography
  • Ultrasonic magnetic particle 
  • Eddy current test 

Mechanical Metallurgy 

  • Plastic deformation of metals 
  • Lattice defects 
  • Slip and twinning 
  • CRSS 
  • Strengthening mechanism 
  • Strain hardening 
  • Hot and cold working 
  • Recovery, recrystallization, and grain growth 
  • Metal forming processes 
  • Rolling/ forging/ extrusion/ sheet metal forming processes and defects 
  • Powder metallurgy 
  • Methods of power production 
  • Characterization/ compaction/ sintering/ applications of powder metallurgy 

Foundry Technology 

  • Types of foundries 
  • Basic steps in casting 
  • Patterns: types/ materials/ pattern allowances 
  • Molding stands: properties/ testing 
  • Moulding processes and equipment 
  • Sand casting/ die casting/shell moulding/centrifugal casting/ investment casting and CO2 processes 
  • Cores - types of cores & properties/ pouring and feeding of casting 
  • Cast irons - types/ melting of cast irons 
  • Grey/ SG/ Malleable iron 
  • Aluminium/ copper/ steel foundry practices 
  • Defects in casting 
  • Cleaning and salvage of casting 

Welding Technology 

  • Basic concepts of welding 
  • Principles and processes of various welding techniques, such as oxy-acetylene 
  • Arc welding 
  • Inert gas welding (TIG and MIG)
  • Special welding processes 
  • Plasma, resistance, electro slag, electron beam, thermit, and laser 
  • Soldering and brazing 
  • Weldability & factors affecting it 
  • Heat-affected zone 
  • Microstructure 
  • Post-weld treatments 
  • Welding defects 
  • Inspection andtesting 

Chapter Wise Weightage of AP ECET Metallurgical Engineering Syllabus 2025

Here is the unit-wise distribution of questions of the AP ECET 2025 Metallurgical Engineering Syllabus. 

Units Number 

Topics 

Questions 

Unit 1

Elementary Principles of Metallurgy 

6

Unit 2

Fuels, Refractories, and Pyrometry 

5

Unit 3

Metallurgical Thermodynamics 

8

Unit 4

Physical Metallurgy 

11

Unit 5

Heat Treatment Technology 

12

Unit 6

Ferrous Extractive Metallurgy 

12

Unit 7

Non-Ferrous Extractive Metallurgy 

10

Unit 8

Material Testing 

8

Unit 9 

Mechanical Metallurgy 

10

Unit 10

Foundry Technology 

10 

Unit 11

Welding Technology 

8

Check Also: AP ECET Previous Year Question Papers with Solutions

AP ECET 2025 Metallurgical Engineering Exam Pattern

Besides knowing the AP ECET 2025 syllabus, you must be acquainted with the AP ECET Exam Pattern 2025 of Metallurgical Engineering. Check out the table below to know the Metallurgical Engineering exam pattern. 

Particulars 

Details 

Total Number of Questions in the AP ECET Metallurgical Engineering Exam 

200 

Total Number of Questions in Each Section 

Physics - 25

Chemistry - 25

Mathematics - 50

Metallurgical Engineering - 100

Duration for the ECET Metallurgical Engineering Exam 

180 minutes 

Mode of the Exam 

Computer-based test 

Type of Questions in the Exam 

Multiple-Choice Questions 

Marking Scheme for the Exam 

Marks awarded for each answer - 1

Negative marking - No 

Top Engineering Colleges :

AP ECET 2025 Metallurgical Engineering Syllabus PDF

You can access and download the AP ECET Metallurgical Engineering Syllabus PDF from here

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FAQs about AP ECET Syllabus

​​​​​​​​​​​​​​Is there any provision of negative marking in the AP ECET 2025 exam?

 

No, there is no provision of negative marking in the AP ECET (Engineering Common Entrance Test) 2025 exam. For every correct answer in theP ECET exam, candidates are awarded 1 mark. There are no deductions for incorrect answers or unattempted questions in the AP ECET 2025 exam. 

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Has the AP ECET 2025 syllabus been released?

Yes. The AP ECET syllabus 2025 has been released on the official website i.e., cets.apsche.ap.gov.in/ECET.

Is the AP ECET previous year question paper enough for the AP ECET 2025 exam preparation?

Although solving previous year AP ECET Question Paper cannot guarantee a good score in the AP ECET 2025 exam, they do help candidates in acing the exam. Previous year AP ECET Toppers have always mentioned that solving AP ECET question papers had turned out to be the best way to evaluate their exam preparation. However, candidates must always study and know all the concepts from the AP ECET 2025 syllabus before solving the previous year question papers.

What are the advantages of solving the AP ECET exam question papers ?

Working on AP ECET previous years papers also helps improve the candidate's time management skills. Candidates are able to know about the exam pattern, analyze, practice the probable questions, and correlate with the syllabus which are the advantages of solving the AP ECET exam question papers.

What is the official Andhra Pradesh ECET marking scheme 2025?

As per the AP ECET official marking scheme, one mark is allotted for every correct response. There is no negative marking for incorrect answers. It is to be noted that unattempted questions are not negatively marked. Since there is no negative marking, the candidates are advised to attempt as many questions as they can to have a higher chance of securing their desired scores.

How many marks are required to qualify in the AP ECET 2025 exam?

Candidates who score at least 25% marks in the AP ECET 2025 exam are considered qualified for the AP ECET 2025 exam. Therefore, to obtain a rank, a candidate is required to score at least 50 marks out of a total of 200 in the AP ECET 2025 exam.

Do I need to study the entire AP ECET syllabus for the AP ECET 2025 examination?

Yes, the candidates are advised to check and prepare the entire Andhra Pradesh ECET syllabus for the entrance examination as it will allow the candidates to know the subjects and their topics in depth and have a higher chance of performing well in the examination. Since the question paper will be prepared based on the official syllabus, it will be advantageous for the candidates to be familiar with the Andhra Pradesh ECET syllabus. However, the candidates can identify topics that might have more weightage and allot more preparation time for them.

Is the AP ECET syllabus 2025 similar to the Class 12 qualifying exam syllabus?

The AP ECET syllabus is similar to the syllabus of the class 12 qualifying examination conducted by a recognized board. Candidates may have to study the similar units and topics of Physics, Chemistry, and Mathematics that they have prepared for the class 12 exam. However, for Andhra AP ECET, the candidates will be required to have a deeper understanding of the topics.

What is the pattern of the AP ECET 2025 exam?

The AP ECET 2025 exam pattern comprises various sections with different question distributions and total marks. It consists of four sections namely Mathematics, Physics, Chemistry, and a specific Engineering Paper. The AP ECET 2025 exam is 3 hours long and comprises objective-type, multiple-choice questions. 

What are the subjects in the AP ECET 2025 exam?

The AP ECET 2025 question paper will be based on the topics in the subjects of Physics, Chemistry, Mathematics and a selected engineering paper. The Mathematics section will have 50 questions, whereas Physics and Chemistry sections will have 25 questions each. The selected engineering paper section will have 100 questions.

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