TS EAMCET Answer Key & Results
The muchcoveted examination, TS EAMCET has been successfully conducted by JNTU on 12^{th} May. Preliminary TS EAMCET answer key will be released in the third week of May. Candidates can read on to know how to view preliminary answer key to TS EAMCET, which has been discussed in the article.
TS EAMCET 2019 Important Dates
S.No  Events  Dates 
1  Exam Date  3rd, 4th, and 6th May 2019 
2  Release of Preliminary Answer Key  Third week of May 2019 
3  Last date to file objections related to preliminary answer key  Third week of May 2019 
4  Release of TS EAMCET 2019 Final Answer Key  Fourth week of May 2019 
5  Availibility of OMR Sheets  Fourth week of May 2019 
6  Declaration of TS EAMCET 2019 Result  Fourth week of May 2019 
7  Issue of Rank Card  Fourth week of May 2019 
TS EAMCET 2019 Answer Key Advantages
 Jawaharlal Nehru Technical University (JNTU), the authority that conducts the exam will first release a preliminary TS EAMCET 2019 answer key. This will enable students to compare their responses with those given in the answer key and calculate probable scores.
 Also, candidates will be given a fixed timeframe within which they can register any complaints against the preliminary TS EAMCET answer key 2019, after the release of the preliminary key.
 The concerned body will consider all such complaints before publishing the final TS EAMCET 2019 answer key.
 The final answer key will be released before the declaration of result.
 In case the candidate is unable to recall his/her responses during the entrance exam, the candidate may download the OMR answer sheet which will also be released online.
 Also, for calculating the probable score using the answer key, the candidate needs to follow the marking scheme.
 The probable score will enable the candidate to decide on future course of action without waiting for TS EAMCET results to be declared.
TS EAMCET Answer Key – How to view?
Candidates must follow the procedure listed below to view their TS EAMCET Answer Key. they must ensure that they tally the answers only with their own examination set.
 Access the official TS EAMCET website.
 Towards the left top, a pink tab carrying ‘Preliminary Key’ is present. Click on it.
 Depending on the examination you took, select either ‘Preliminary Key for Engg’ or ‘Preliminary Key for AM’.
 You’d be able to view the preliminary Answer Key of your stream on the screen.
 It is advised that you take a print out of the preliminary answer key.
This is just the preliminary answer key to TS EAMCET, candidates can raise any objections they may have to it. Let’s talk a little about objections to the preliminary TS EAMCET answer key.
TS EAMCET answer key – How to raise objections
There is a separate option for raising an objection to the preliminary answer key released online. Candidates must follow the procedure below to raise any objections they may have to the preliminary answer key
 Go to the official TS EAMCET Website
 Click on the pink tab carrying ‘Preliminary Key Objections’
 Provide your Registration Number.
 Provide your Hall ticket No.
 Hit the login button
 You will find an ‘Upload objections’ option after you log in.
 You can upload any objections you have, in the ‘Upload objections’ option.
It is highly advised that any objection must be substantiated with proper justification, as this is your only opportunity to raise any objections and affect your result. Also, objections to the preliminary TS EAMCET Answer key will be entertained through online submissions & not in any other form. The last date to raise any objections is not announced yet. We have placed screenshots to the official preliminary TS EAMCET answer key as you read on.
Official Preliminary Keys
Candidates can find the official preliminary Answer keys attached under.
TS EAMCET Answer Key – Engineering
Here are the answer keys to the engineering question paper during the forenoon session. The question paper had four different sets to it visavis SET A, SET B, SET C & SET D. Candidates must make sure to carefully go through their own set first.
TS EAMCET Answer Key – Agriculture & Medical
Here are the answer keys to the agricultural & medical question paper during the afternoon session. The question paper had four different sets to it visavis SET A, SET B, SET C & SET D. Candidates must make sure to carefully go through their own set first.
Only after carefully curating the answer key, candidates must raise objections before 16^{th} May, 2019. The objections will be considered before the TS EAMCET results are declared.
Syllabus for AP EAMCET 2019?
PHYSICS
 Units & Measurements: Main application of units and dimensions is in dimensional analysis. It’s a technique in which you analyze the dimension of the answer and draw conclusions from it. For this, you need to have your answer in terms of variables, and you must not substitute the value of any variable or fundamental constants. Hence, it’s advisable to solve your question in the general form in terms of the variables. Then you can find the dimension of your answer and check if it matches the dimension of the physical quantity you are trying to find.
 Motion in a Straight Line
 Motion in a Plane
 Laws of Motion: The First Law of Motion“Every object persists in its state of rest or uniform motion in a straight line unless it is compelled to change that state by forces impressed upon it.” This law is often called “the law of inertia”.
The Second Law of Motion “Force is equal to the change in momentum (mV) per change in time. For a constant mass, force equals mass times acceleration.” F = ma
The Third Law of Motion, “For every action, there is an equal and opposite reaction.”  Work, Energy, and Power: There are few basic theorems which you have to always keep in mind to master the questions from this topic. Make sure to always keep in mind the concepts you have learnt in the previous chapters as they will help you proceed smoothly through the basics of this topic. The first approach to work power energy problems is to master the lessons of Newton’s law of motions and have an idea about conservative and nonconservative forces. It is only then that you should move ahead to the workenergy chapter. HC Verma is the most helpful book in clearing concepts. The approach to work power energy problems is to define a system. Once you have chosen a system you can identify all the forces in the system and energy going in and out. You always have to remember the fact that “Energy can neither be created nor destroyed, it can only change forms.” Keeping this in mind you can then apply the Workenergy theorem which states that kinetic energy of any body changes by virtue of work done by the “net” force on the body. However, you must remember that this is defined for an isolated system only. Hence the definition of your system is very important.
 Systems of Particles & Rotational Motion: Important Topics:
1. Centre of Mass and its Motion
2. Linear motion of System of Particles
3. Angular Velocity and Angular Acceleration
4. Torque and Angular Momentum
5. Moment of Inertia
6. Theorems of perpendicular and Parallel Axis
7. Kinematics of rotational motion about a fixed axis
8. Dynamics of rotational motion about a fixed axis
9. Angular momentum in case of rotation about a fixed axis Rolling motion
10. Rolling MotionTips:
a) All the mentioned important topics are equally asked in form of numerical problems as well as derivations. Conceptual understanding of each topic is recommended. Also, practice numerical from each.
b) Do not get confused between rolling motion with and without slipping.
c) Revise the relations between the physical quantities in the chapter.
d) Make a chart or table for the moment of inertia for different objects and shapes.  Oscillations
 Gravitation: Gravity is the dominant interaction at the macroscopic scale, and is the cause of the formation, shape and trajectory (orbit) of astronomical bodies. It is responsible for various phenomena observed on Earth and throughout the Universe.
 Mechanical Properties of Solids
 Mechanical Properties of Fluids: Important Topics:
1. Bernoulli’s Principle
2. Surface Tension
3. Venturimeter
4. ViscosityTips:
a) The chapter holds equal weightage to reasoning short questions and numerical. Bernoulli’s principle and streamline flow is an important topic.
b) Applicationbased numerical are asked based on the concept of Bernoulli’s equation, Venturimeter, and hydraulic lift.
c) Numerical is often asked on calculating surface tension of drops formed.  Thermal Properties of Matter
 Thermodynamics: Thermodynamics is a physical science describing how systems change when they interact with each other or their surroundings. These interactions occur through transfer of energy and can be studied either at the macroscopic scale, through changes in temperature, pressure, and volume, or at the microscale, by analyzing the collective motion of their particles using statistical methods.
 Kinetic Theory
 Waves
 Ray Optics & Optical Instructions
 Wave Optics: Young’s DoubleSlit ExperimentThe wave theory of light came to prominence with Thomas Young’s doubleslit experiment, performed in 1801. We mention this because it is often called “Young’s doubleslit experiment,” and you’d best know what SAT II Physics means if it refers to this experiment. The doubleslit experiment proves that light has wave properties because it relies on the principles of constructive interference and destructive interference, which are unique to waves.
 Electric Charges and Fields
 Current Electricity
 Moving Charges & Magnetism
 Magnetism & Matter
 Electromagnetic Induction
 Alternating Current
 Electromagnetic Waves: Biot – Savart law: This law quantifies the amount of magnetic field that is generated around an element when some current flows through it. This law helps us to find the amount of magnetic field generated by any conductor such as an infinitely long wire, solenoid, a circular coil, a cylinder or any other geometrical shape.
 Lorentz force law: When a magnetic field is created, a magnetic force acts on an object that lies inside that magnetic field. The magnitude of this magnetic force is given by Lorentz force law, which takes into account both the magnetic and electric force around an object.
 Faraday’s law: This is perhaps the most important of all the laws. Without this law, we wouldn’t have electric batteries, motors, transformers, and other such devices. This law predicts how a magnetic field will interact with an electric circuit to produce an electromotive force (EMF)—a phenomenon called electromagnetic induction. Faraday proposed two laws – 1^{st} law in simple words states that whenever a conductor cuts magnetic lines of forces, an emf is generated across its two ends. The 2^{nd} law states that the emf induced is equal to the rate of change of flux in the coil i.e. how many times does the magnetic field associated with a conductor changes with time.
 Ampere’s law: Ampere’s Law states that for any closed loop path, the sum of the length elements times the magnetic field in the direction of the length element is equal to the permeability times the electric current enclosed in the loop. This can be interpreted as another form of BiotSavart’s law and is used for the same applications as the latter.
 Dual Nature of Radiation & Matter
 Semiconductor Electronics
 Atoms
 Nuclei
 Semiconductor Electronics: Materials, Devices, and Simple Circuits
 Communication Systems
 Electrostatic Potential and Capacitance
CHEMISTRY
 Atomic Structure: An atom is the smallest constituent of matter that has properties of the chemical element itself. Every form of matter, be it solid, liquid, or gas, contains atoms either neutral or charged. Every atom has a basic nucleus at the centre, consisting of a certain number of protons and neutrons, depending on the element, and a certain number of electrons revolving the nucleus in fixed orbits, at fixed energy levels, with a certain quantum spin value.
 Classification of Elements and Periodicity in Properties: Based on the modern periodic law, the elements are arranged into rows and columns based on their atomic number. There are 18 columns, called groups and 7 rows, called periods. We know that electrons are distributed in the various shells around the nucleus. The period represents the outermost shell to which electron is added.The groups represent elements with the same number of electrons in their outermost shell, called the valence shell.Hydrogen (atomic number1) shows similarity in properties to group1 and group17 elements, hence is positioned separately on top of the table.Due to a large number of elements in the 6^{th} and 7^{th} period, 14 elements from both are kept outside the main table, called Lanthanoids and Actinoids respectively.
 Chemical Bonding and Molecular Structure: The atoms always have a tendency to achieve a state of maximum stability possible. Most atoms gain stability when electrons fill their Valence Shells or by confirming to the Octet rule (i.e. by having eight valence electrons). In the absence of this desired situation, atoms will always strive to reach this ideal arrangement by sharing or losing electrons through the formation of bonds.
 States of Matter: Gases and Liquids
 Stoichiometry
 Thermodynamics
 Chemical Equilibrium and AcidBases
 Solid State: It is the study of the synthesis, structure, and properties of solid phase materials, particularly, but not necessarily exclusively of, nonmolecular solids. It, therefore, has a strong overlap with solid state physics, mineralogy, crystallography, ceramics, metallurgy, thermodynamics, materials science and electronics with a focus on the synthesis of novel materials and their characterization.
 Solutions
 Electrochemistry & Chemical Kinetics: Chemical Kinetics is reaction kinetics or simply “kinetics”. The process of Chemical Kinetics also includes the analysis of conditions that directly affect the speed of a chemical reaction, reaction mechanisms, and transition states. It is used to form mathematical models to predict and describe a chemical reaction as well.
 Surface Chemistry: Surface science is the study of chemical phenomena that occur at the interface of two phases, including solid–liquid interfaces, solid–gas interfaces, solid–vacuum interfaces, and liquidgas interfaces. It includes the fields of surface chemistry and surface physics. Some related practical applications are classed as surface engineering.
 Hydrogen & its Compounds: Hydrogen and its compounds’ is one of the smallest and easiest chapters in the IITJEE Chemistry syllabus. Most students choose to ignore this chapter due to its relative nonimportance. But this is where a smart student can gain an edge. The chapter deals with compounds of hydrogen that we encounter every day or hear or read about it in school, online or in newspapers. An important part of the chapter deals with Hydrogen Peroxide which the students would have encountered in their school laboratories or at home.Hydrogen is the most abundant element in the universe constituting most of the mass of the stars. Hydrogen undergoes nuclear fusion to form helium. This process releases a large amount of heat and light. If this was not sufficient reason to appreciate this element, water that we drink consists of two parts hydrogen to one part oxygen. There would not be any organic chemistry if not for the CH bond. In fact, the presence of methane in the atmosphere of faraway planets orbiting distant stars is one of the signs NASA looks for to determine whether life can be sustained there.
 sBlock Elements: The sblock elements have two groups (1 and 2).
 The Group 1 elements are called alkali metals. These elements are called alkali metals as they form hydroxides by reacting with water that is strongly alkaline in nature.
 The Group 2 elements are called alkaline earth metals as their oxides and hydroxides are alkaline in nature and exist in the earth’s crust.
 p Block Elements – Group 13 (boron family) and 14 (carbon family): Elements in Groups 1318 of the Periodic Table are called Pblock elements. These include metals, metalloids, noble gases and halogens. Some of the commonly known elements in the Pblock are:
 Metals: Aluminium (Al), Boron (B), Tin (Sn).
 Metalloids: Silicon (Si), Germanium (Ge)
 Noble Gases: Helium (He), Neon (Ne), Argon (Ar).
 Halogens: Fluorine (F), Chlorine (Cl), Bromine (Br).
 d– and f block elements: Dblock elements occupy the space between the sblock and pblock in the periodic table. Since they bridge the two blocks and show a transition in the properties from the metals to the nonmetals, they are also called Transition elements. The fblock elements are so called because they have unfilled f orbitals. They are also referred to as the ‘inner transition’ elements as they are sandwiched between the sblock and the dblock elements. They are also sometimes referred to as the rare earth elements.
 Coordination Compounds: Coordination Chemistry is the study of coordination compounds formed between metal ions and other neutral or negatively charged molecules such as [Co(NH_{2}CH_{2}CH_{2}NH2)_{2}ClNH_{3}]^{2+} 2Cl^{2}. Here, [Co(NH_{2}CH_{2}CH_{2}NH_{2})_{2}ClNH3]^{2+} is known as a metal complex, which is a charged species consisting of metal ion bonded to one or more groups of molecules. The bonded molecules (here 2Cl^{2}) are called ligands.
 General Principles of Metallurgy
 Organic Chemistry – Some Basic Principles and Techniques and Hydrocarbons: Carbon is the central element in organic chemistry. Various carbon derivatives like hydrocarbons, organic compounds, vitamins etc. are studied in organic chemistry. Carbon has four electrons in its outer shells making it’s valency 4. These four electrons enable carbon to form covalent bonds with other elements. This has led to the wide usage of carbonbased compounds. Carbon compounds are extensively used and produced. Thus they have been studied a lot and interesting results are reached.
 Polymers
 Biomolecules
 Chemistry in everyday life: Chemistry is indeed in our everyday. You yourself are a big bag of chemicals! What is astonishing is the number of applications we make of the gruelling formulae from our chemistry class in our everyday life. You find chemistry in daily life in the foods you eat, the air you breathe, cleaning chemicals, your emotions and literally every object you can see or touch. While some may be obvious, some other might surprise you.
 Haloalkanes and Haloarenes
 Organic Compounds containing C, H, and O: Carbon is one of the most versatile elements in the periodic table. Our bodies are made of carbon. Your bags and water bottles are made up of carbon. The air all around you has carbon. The most metal you see has carbon in it. It is, quite literally, indispensable. Hence, carbon and its compounds are irreplaceable in our surroundings!Here are some basic facts about carbon:
 Atomic Number: 6
 Atomic Weight: 12
 Allotropes: Atomic Carbon, graphene, graphite, diamond, amorphous carbon (as coal, soot, etc), fullerenes.
 Chemical Symbol: C
 Number of electrons in the valence shell: 4
 Organic compounds containing Nitrogen
 Environmental Chemistry
MATHEMATICS
 Algebra
 Trigonometry: Trigonometry ( from Greek trigonon, “triangle” and metron, “measure”) was related to measuring the sides and angles of a triangle. This is called school trigonometry. Afterwards, the definition got extended and the measure of an angle was no longer bounded. Hence, the definitions of the trigonometric ratios were also adapted to the new definition. Trigonometry basically has 6 trigonometric ratios namely, “sine”, “cosine”, “tangent”, “cotangent”, “secant” and “cosecant” or sin, cos, tan, cot, sec and cosec respectively.
 Vector Algebra: A vector from a point A to a point B is denoted and a vector v may be denoted or more commonly, v. The point A is often called the “tail” of the vector, and B is called the vector’s “head.” A vector with unit length is called a unit vector and is denoted using a hat,
 Measures of Dispersion & Probability
 Coordinate Geometry
 Calculus: The process of calculus has two halves. The first half is known as differential calculus, which is about examining individual infinitesimals and what happens within that infinitely small piece. The second half is called integral calculus that deals with adding an infinite number of infinitesimals together. Integrals and derivatives are the opposites of each other, and that is basically what is referred to as the Fundamental Theorem of Calculus.Differential Calculus: It is the study of the rates at which quantities changeIntegral Calculus: It is about the accumulation of quantities and areas within the curves.
 Matrices
 De Moivre’s Theorem
 Quadratic Expressions
 Permutations and Combinations: The concept of permutation describes the practice of arranging all the members of a set into a particular sequence or order, or if the set is already ordered, rearranging (reordering) its elements. This process is called permuting. These are not at all similar to combinations, which are selections of some members of a set where the order is of no significance. Hence, a combination is a way of selecting items from a collection of items, such that (unlike permutations) the order of selection does not matter.
 Binomial Theorem
 Partial fractions
 Trigonometric Ratios and Functions
 Trigonometric Equations
 Inverse Trigonometric Functions:
Inverse trig functions do the opposite of the “regular” trig functions. For example:

 Inverse sine does the opposite of the sine.

 Inverse cosine does the opposite of the cosine.
 Inverse tangent does the opposite of the tangent.

 Hyperbolic Functions
 Properties of Triangles
 Vectors
 Product of Vectors and their geometrical interpretations
 3D geometry: The topic of 3D geometry is quite important and a bit complicated as compared to its counterpart twodimensional geometry. One of the ways of describing a 3D object is by approximating or assuming its shape as a mesh of triangles. A triangle is generally defined by three vertices wherein the positions of the vertices are described by the coordinates x, y, and z. The major heads that are included in 3D coordinate geometry are the direction ratios and direction cosines of a line segment along with definitions of the plane.
 Measures of dispersion
 Classical definition of probability: Probability is the chance of happening of an event. The concept of probability is used to predict the likeliness of an event. Probabilities are given a value between 0 (0% chance or will not happen) and 1 (100% chance or will happen). The higher probability, the more likely the event is to happen, or, in a wider series of samples(which is usually the case), the greater the number of times such event is expected to happen. The use of Probability is not just restricted to simple events ( with small sample spaces) like a coin flip. In fact, probability calculations come in handy when an event has a very large number of outcomes possible( larger, more sophisticated sample spaces). Probability of event A = P(A) = Number of favorable outcomes/ Total number of outcomes
 Probability Distributions
 Locus
 Transformation of Axes
 Conic Sections: Conic sections is regarded as one of the most crucial topics to study for mathematics. On an average, nearly 5 TO 7 heavy weightage questions are asked from this topic, without fail every year. Thus, scoring well on this topic could shoot up your marks and rank. However, conic sections require a substantial amount of preparation and patience. The number of formulas to remember and the number of derivations to understand are aplenty. So, it’s perhaps best that you’re giving this topic a revision now and not picking the topic for the first time. For most topics, it is sufficient to study NCERT material to gain a rough idea about the topic, however, conic sections will require more than NCERT to crack questions at Mains and Advanced level. I recommend you study from the Cengage Book on CoOrdinate Geometry and crossrefer to Arihant’s CoOrdinate Geometry book. The key to mastering this topic is understanding the theory and derivations. Once you’re clear with that, all problems will become simplified.
 Functions
 Limits and Continuity: Limit is estimating the value of a given function at a particular point. Theoretically, this means finding the value of function f(x) as it approaches a particular point (say x=a) from either side (left or right on the coordinate axis). Mathematically, Where g(x) is the function obtained after estimation. This is basically assuming the value of function f(x) at x=a, but in most cases, the function does not exist at x=a (like the log(x) function which does not exist at x=0) and hence an estimation is required. But for continuous functions (such as polynomials), the limit is simply the value of function at the point, that is,Mathematically, if
 its value exists at all the points
 at every point in its domain, the limit of the function exists
 Most importantly,
 Differentiation
 Applications of Derivatives
 Integration: Fourier was the first person known to use limits on the top & bottom of the integral symbol, to mark the start & the end point of integration. The value on the bottom representing the start & that on the top represents the endpoint. So, the integral symbol with a & b as the marked limits basically represents area under the curve f(x) between these two values of the x. This form of integration is known as Definite Integral & is the more applied form of Integration.
 Definite Integrals
 Differential equations
TS EAMCET 2019: New Exam Centers
With the addition of new districts in the youngest state of India: Telangana, JNTU has introduced new regional centres for the exam. The reason for this addition is due to increase in the number of participants in Telangana EAMCET. Listed below are the new exam centres:
 New centres – Nirmal, Bhuvanagiri, Suryapet, Kothagudem, Sangareddy, Siddipet, Vikarabad, Wanaparthy, Shamshabad and Peddapally
 Three regional centres have also been facilitated in Andhra Pradesh for students appearing for exam in AP. The centres are Tirupati, Visakhapatnam and Vijayawada.
Hyderabad: Regional Centres
Zone/Regional Centre  Test Centre Location 
HYDERABAD ZoneI 
Kukatpally and surrounding areas: Pragathinagar, Nizampet, Bachupally, Chanda Nagar, BHEL, Patancheru 
HYDERABAD ZoneII 
Qutubullapur and surrounding areas: Bowrampet, Kandlakoya, Jeedimetla, Gandimaisamma, Dhulapally, Gundla Pochampally, Dundigal 
HYDERABAD ZoneIII 
Masab Tank and surrounding areas: Khairathabad, Lakdikapool, Saifabad, Nampally, Somajiguda, Begumpet, Banjara Hills, Jubilee Hills, Madhapur. Mehdipatnam, Towlichowki, Shaikpet, Gachibowli 
HYDERABAD ZoneIV 
Osmania University and surrounding areas: Vidyanagar, Ramanthapur, Amberpet, Habsiguda, Nacharam, Tarnaka, Uppal, Nagole, L.B.Nagar 
HYDERABAD ZoneV 
Secunderabad and surrounding areas: Raniganj, S.P. Road., R.P. Road, East Maredpally, West Maredpally, Jubilee Bus Stand (JBS), Paradise, Patni. 
HYDERABAD ZoneVI 
Musheerabad and surrounding areas: Gaganmahal, Narayanguda, Basheerbagh, Barkathpura, Chikkadpally, Himayathnagar, Hanumantekdi. 
TS EAMCET Regional Centers  Regional Coordinator and Address with Contact Number 
Adilabad  Sri P. Ashok
Principal, Govt. Degree and PG College for Men, Shantinagar, Adilabad504001 Ph. : 08732226995 (O) 
Jangaon  Smt. Kamala Christiana
Principal FAC, ABV Govt. Degree College, Geetha Nagar, Jangaon – 506167, Warangal (Dist.) Ph: 08716222044 (O) 
Karimnagar  Sri T. Papa Rao
Principal, Govt. Degree & PG College for Women, Kashmeergadda, Near Fire Station, Mankamma Thota, Karimnagar505001 Ph. : 08782249157 (O) 
Khammam  Dr. M. Pushpalatha
Asst. Professor & Principal, University Post Graduate College, Kakatiya University, Ellandu Cross Road, Khammam – 507 002 Ph. : 08742223815 (O) 
Kodad  Sri A.Shankar
Principal, KRR Government Arts and Science College, Balajinagar, Kodad, Nalgonda Dist.– 508206 Ph: 08683255340 (O) 
Kothagudem  Prof.B. Sesha Sreenivas
Principal, University College of Engineering, Kakatiya University, Kothagudem, Khammam (Dist.) 507101 Ph: 08744257123 (O) 
Mahabubnagar  Sri A. Ravindra Babu
Principal, Govt. Polytechnic, Hanumanpura, Mahabub Nagar – 509001 Ph. : 08542275072 (O) 
Medak  Sri J. Susheel Kumar
Principal (FAC), Govt. Polytechnic for Women, Narsukheda Road, Medak502110 Ph : 08452221493 (O) 
Nalgonda  Dr. R. Nagender Reddy
Principal, Nagarjuna Govt. College, Nalgonda – 508001 Ph. : 08682227222 (O) 
Nizamabad  Sri P. Ram Mohan Reddy
VicePrincipal, Girraj Govt. College (Autonomous), Dubba Road, Nizamabad.–503002 Ph. : 08462220152 (O) 
Siddipet  Sri S. Shiva Kumar
HECES & Principal (FAC), Government Polytechnic, Siddipet Vill. Rajgopalpet, Mdl. Nangunoor, Dist. Medak502375 Ph.: 08457247415 (O) 
Vikarabad  Dr. K. Narsing Rao
Reader, SAP College, Vikarabad501101, R.R. (Dist.) Ph : 08416252073 (O) 
Wanaparthy  Sri E. Sunil Kumar
Senior Lecturer, K.D.R. Govt. Polytechnic, Wanaparthy – 509103, Mahabubnagar (Dist.) Ph. : 08545231786 (O) 
Warangal  Dr. T. Srinivasulu
Professor & Principal, KU College of Engineering & Technology, Kakatiya University Campus Vidyaranyapuri, Warangal – 506 009, Ph. : 08702449191 (O) 
Hyderabad (TS EAMCET 2019
Office) 
Dr. A. Govardhan
Chief Regional Coordinator, TS EAMCET 2019 Dr. N.V. Ramana Rao Convener, TS EAMCET 2019 Examination Building, Ground Floor, JNT University Hyderabad, Kukatpally, Hyderabad – 500 085 Ph.: 04023150362, 23150462 