HUMANITIES & SCIENCES

About the department :

Humanities and Sciences Department exists right from the inception of the college 1997. The department is mainly devoted for the all round development of I B.Tech. students. The Department is having dedicated and experienced faculty.
H&S Department comprises of four units like English, Chemistry, Physics and Mathematics. The staff has significantly contributed in research areas such as Charge transfer complexes, Fiber optics, Polymers, Nanotechnology, material science, etc.
Among the twenty nine faculty members of the department, there are two doctorates and four are pursuing their research work. The Department provides an outstanding research environment with the aid of qualified faculty. They are regularly engaged in attending & organizing several National, International conferences, workshops and courses on various subjects.




Faculty & Staff

Mr.SAI KRISHNA RALLABANDI
HOD-Associate professor
JNTUH REG ID: 1882-150416-170639
Qualification: M.A, B.Ed, PGDTE, Ph.D
Experience: 30 Years
Contact: saikrishna1968@gmail.com

Subjects Taught: English Skills Enhancement, ELCS, ACS Labs
Area of Interest: English Language Teaching (ELT), Communication Skills.


Mr.BADERUNNISA
Asst.Professor
JNTUH REG ID: 1772-150506-114826
Qualification: M.A, Ph.D
Experience: 25 Years
Contact: bader.jpngi@gmail.com

Subjects Taught: Technical English, Communication
Area of Interest: Communication Skills, soft skills and Empowering students in the English language.


Prof.BRIJESH.N.CHAWDA
Professor- Ratified by JNTUH
JNTUH REG ID: 9249-150409-143930
Qualification: M.Sc, Ph.D
Experience: 21 Years
Contact: humanities.jpnce@gmail.com

Subjects Taught: SSP, Applied Physics, Engineering Physics, Basic Physics
Area of Interest: Fiber optics, Photonic crystals, Solitons, Nanotechnology, SSP.


Mr. G. RAGHUNANDAN RAO
Assistant Professor
JNTUH REG ID: 1447-150410-102815
Qualification: M.Sc, B.Ed
Experience: 18 Years
Contact: grnrao.jpnce@gmail.com

Subjects Taught: M-I, M-II, M-IV, MFCS and diploma maths
Area of Interest: APPLIED MATHEMATICS


C. CHANDRA SHEKAR
Assistant Professor
JNTUH REG ID: 7142-150408-105629
Qualification: MBA
Experience: 2 years Teaching – 6 years industry
Contact: chikinaeshekar@gmail.com

Subjects Taught: Mathematics-I, Mathematics-II, Laplace Transforms Numerical Methods and Complex Variable,probability and ststistics, ,SFM,Business statistics ,Quantitative analysis for business decisions decisions ,Operations Research
Area of Interest: probability and statistics


Mrs. MUCHERLA ARUNA
Assistant Professor
JNTUH REG ID: 5344-150408-130259
Qualification: MBA
Experience: 15 years
Contact: arunamucherla@gmail.com

Subjects Taught: Engineering Chemistry for Diploman & B.Tech
Area of Interest: Chemistry


Dr.D SRINIVASULU
Assistant Professor
JNTUH REG ID: 7352-150408-151417
Qualification: M.Sc,Ph.D
Experience: 12 years
Contact: envsrinivas@yahoo.co.in

Subjects Taught: Engineering Chemistry for Diploman & B.Tech
Area of Interest: Biosorption of pollutants


Mrs. M. SHIVA JYOTHI
Assistant Professor
JNTUH REG ID: 4624-150408-203422
Qualification: M. Sc
Experience:
Contact: mitteshivajyothi@gmail.com

Subjects Taught: Engineering Physics
Area of Interest: SSP and optics.


Mrs. PARVEEN BEGUM
Assistant Professor
JNTUH REG ID: 8040-170915-124929
Qualification: M. Com
Experience:5 years
Contact: parveenbegum337@gmail.com

Subjects Taught: MEFA, BEFA, MS, IBM
Area of Interest: MEFA, BEFA, MS, IBM


Mrs. M. MAHESHWARI
Assistant Professor
JNTUH REG ID: 8806-181120-150422
Qualification: M. Sc
Experience:3 years
Contact: maheshwariraj1994@gmail.com

Subjects Taught: engineering physics subject and engineering physics labs
Area of Interest: Electronics


Mr. MEDISETTY NARENDER
Assistant Professor
JNTUH REG ID: 1964-180417-155020
Qualification: M. Com
Experience:
Contact: narus1966@gmail.com

Subjects Taught: MEFA and MS
Area of Interest: MEFA and MS


Mrs. M.ANITHA
Assistant Professor
JNTUH REG ID: 9978-200109-144214
Qualification: M. Sc
Experience:1 year
Contact: anithakassa87@gmail.com/br>
Subjects Taught: Engineering Chemistry and Diploma.
Area of Interest: Organic Chemistry and Diploma chemistry.


Mrs.SRIVALLY
Assistant Professor
JNTUH REG ID: 8103-210331-124347
Qualification: M.Sc,B.Ed
Experience:5 yearS
Contact: sriraz1979@gmail.com /br>
Subjects Taught: Mathematics - II, COSM.
Area of Interest: Mathematics


Mrs.D KEERTHANA
Assistant Professor
JNTUH REG ID: 9437-200307-112957
Qualification: M.Sc,B.Ed
Experience:2 years
Contact: keerthanarajendar@gmail.com /br>
Subjects Taught: English.
Area of Interest: English


Ms. ASWIYA BEGUM
Assistant Professor
JNTUH REG ID: 8689-210701-153816
Qualification: M. Sc
Experience:1 years
Contact: aswiyabegum18@gmail.com /br>
Subjects Taught: Engineering Chemistry.
Area of Interest: Chemistry


Dr. A. RAMESH REDDY
Assistant Professor
JNTUH REG ID: 4454-150409-151916
Qualification: M.Sc. B.Ed, M.Phill., Ph.D
Experience:22 years
Contact: rameshmtech09@gmail.com,9553222228 /br>
< Subjects Taught: Mathematics-I, Mathematics-II, Laplace Transforms Numerical Methods and Complex Variable.
Area of Interest: Calculus


Ms. BUSHRA MUBEEN
Assistant Professor
JNTUH REG ID: 6801-210520-081656
Qualification: M.Sc. /br> Experience:1 years
Contact: gaffarmbnr405@gmail.com /br>
Subjects Taught: Mathematics
Area of Interest: Mathematics


Ms. E. SINDHURI
Assistant Professor
JNTUH REG ID: 1330-210325-133840
Qualification: M.Sc,B.Ed /br> Experience:9 years
Contact: eerapogu.sindhuraj@gmail.com /br>
Subjects Taught: Engineering Chemistry
Area of Interest: Chemistry


Mr.K . Sravan kumar
Assistant Professor
JNTUH REG ID: 0912-220706-134025
Qualification: M.Sc
Experience:1 years
Contact: sravan120.sk@gmail.com /br>
Subjects Taught: Thermal Physics and Wave optics
Area of Interest: Modern Physics, Elctronics


Mr.M. VIJAY KUMAR
Assistant Professor
JNTUH REG ID: 8542-1602-4130-646
Qualification: MA,MPhil
Experience:22 years
Contact: Vkvss1968@gmail.com /br>
Subjects Taught: English
Area of Interest: English


Mrs.Harshita
Assistant Professor
SBTET Faculty Registration- Id :18553
Qualification: MSc
Experience:12 years
Contact: harshitachawda2@gmail.com
9010402127 /br>
Subjects Taught: Engineering physics
Area of Interest:
Fibre optics and solid state physics


LABS & INFRASTRUCTURE

Objectives of Physics Laboratory

The student is expected to learn the concept of error and its analysis. It also allows the student to develop experimental skills to design new experiments in engineering. With the exposure to these experiments the students can compare the theory and correlate with experiment.

Objectives of English Lab

Finally, engineering physics course generates fundamental knowledge needed for the future technological advances and improves our quality of life by providing the basic understanding necessary for developing new instrumentation and techniques for various applications.
It also helps the student to develop problem solving skills and analytical skills.

Objectives of Engineering Chemistry Lab

Different experiments in the curricula were performed in the laboratory that will give complete understanding of various chemical processes which the budding engineers will encounter working as professional. It is hoped that they will be able to tackle the process operation and control in an efficient manner.

Knowledge of this lab could be used by the students in their future endeavour while working in various industries/institutions

The Computer Assisted Language Learning (CALL) lab has the capacity of 32 workstations apart from one Instructor workstation. This software based language lab aims to familiarize the learners to the nuances of English speech like sounds, word accent, sentence accent, rhythm and intonation and to neutralize the influence of the regional accent and to bring about a consistent accent and intelligibility in their English.

The Interactive Communication Skills (ICS) lab is located in a spacious room with good acoustics, well equipped with the latest technological aids viz., T.V. with large screen, VCD,LCD,OHP etc., that facilitates the students to develop their soft skills, presentation skills and to build up their confidence, enhance their performance in Placement Interviews, Group Discussions and other recruitments.

PUBLICATIONS

Title with page nos. Journal ISSN / ISBN No. Whether peer reviewed Impact Factor, if any Main aurhor
“The Propagation of Light in Photonic Crystal” 244-245 Indian journal of research- Paripex 2250-1991 yes 0.3208 Dr.Brijesh
Soliton and its underlying principle 1-3 International index Indian journal of applied research 2250-1991 yes 0.8215 Dr.Brijesh
1-D Photonic crystal and its band gap significance 160-161 paripex – indian journal of research (pijr) 2250-1991 yes 1.6714 Dr.Brijesh
Significant sensing performance of photonic crystals 345-346 International Journal of Scientific Research (IJSR) 2277-8179 Yes 1.8651 Dr.Brijesh
Effect of modulation instability on bright solitons propagating in spatially nonlinear media 443-444 International Journal of Scientific Research (IJSR) 2277-8179 Yes 1.8651 Dr.Brijesh
Modification of classical evolutionary equations of soliton 519-520 International index Indian journal of applied research 2249-555X Yes 2.1652 Dr.Brijesh
Self phase modulation,cross-phase modulation and four wave mixing of the non linear effects in optical fiber. 140-141 International Journal of Scientific Research (IJSR) 2277-8179 Yes 1.8651 Dr.Brijesh
Visualization of Photonic Crystal by its Photonic Band Structure” 152-153 paripex – indian journal of research (pijr) 2250-1991 Yes 1.6714 Dr.Brijesh
Principle and development of evolutionary equations of soliton propagating in nonlinear media 143-144 Global Journal For Research Analysis (GJRA) 2277-8160 Yes 1.5408 Dr.Brijesh
principle of soliton and effect of modulation instability on solitons propagating in nonlinear media 316-317 International Journal of Scientific Research (IJSR) 2277-8179 Yes 1.8651 Dr.Brijesh
solitons acts as information carrying bits 708-709 Indian Journal of Applied Research (IJAR) 2249-555x Yes 2.1652 Dr.Brijesh
Effect of transmission spectra of the dielectric photonic crystals 197-198 paripex – indian journal of research (pijr) ISSN – 2250-1991 Yes 1.6714 Dr.Brijesh
““Effects of transmission spectra of the metallic photonic crystal (MPC)” 191-192 Global Journal For Research Analysis (GJRA) 2277-8160 Yes 1.5408 Dr.Brijesh
“The defect states in the photonic crystal introduce additional modes in the photonic band gap” 191-192 Global Journal For Research Analysis (GJRA) 2277-8160 Yes 1.5408 Dr.Brijesh
Shapes of Rods Affect the Eigenmode in Photonic Crystal Fiber 195-196 paripex – indian journal of research (pijr) ISSN – 2250-1991 Yes 1.6714 Dr.Brijesh
Effect of Nonlinear Four Wave (Fwm) Mixing in Fiber 71-72 Dr.B71-rijesh. Indian Journal of Applied Research (IJAR) ISSN – 2249-555X Yes 2.1652 Dr.Brijesh
The Nonlinear Effects in an Optical Fiber 71-72 Indian Journal of Applied Research (IJAR) ISSN – 2249-555X Yes 2.1652 Dr.Brijesh
“Salient aspects of soliton physics Indian Journal of Applied Research (IJAR) ISSN – 2249-555X 3.6241 Dr.Brijesh
Establishment of soliton concept Indian Journal of Applied Research (IJAR) ISSN – 2249-555X 3.6241 Dr.Brijesh
Basic optical fiber communication system International Journal of Scientific Research (IJSR) ISSN No 2277 – 8179 3.2416. Dr.Brijesh
Dispersion and losses in fibers Global Journal For Research Analysis (GJRA) ISSN No 2277 – 8160 3.1218. Dr.Brijesh
Soliton based optical fiber communication International Journal of Scientific Research (IJSR) ISSN No 2277 – 8179 3.2416. Dr.Brijesh
Role of diodes and amplifiers in the optic fiber communication systems Global Journal For Research Analysis (GJRA) ISSN No 2277 – 8160 3.1218. Dr.Brijesh
“The origin of fiber optic systems” paripex – indian journal of research (pijr) ISSN – 2250-1991 3.4163 Dr.Brijesh
“Historical development of optical communication systems”   paripex – indian journal of research (pijr) ISSN – 2250-1991 3.4163   Dr.Brijesh
Theoretical Study of Results of Fiber Bragg Grating Solitons Indian Journal of Applied Research (IJAR) Volume : 6 | Issue : 1 | JANUARY 2016 | ISSN – 2249-555X 3.6241 Dr.Brijesh
The Propagation of Light in Photonic Crystal by Visualization of Photonic Band Structure Indian Journal of Applied Research (IJAR) Volume : 6 | Issue : 1 | JANUARY 2016 | ISSN – 2249-555X 3.6241 Dr.Brijesh
Solitons Propagating in Nonlinear Media International Journal of Scientific Research (IJSR) | JANUARY 2016 • Volume : VI, Issue : I, January – 2016 ISSN No 2277 – 8179ARY 016 • ISSN ISSN No 2277 – 8160 No 2277 – 8179 3.2416 Dr.Brijesh
Experimental Study of Results of Fiber Bragg Grating Solitons International Journal of Scientific Research (IJSR) Volume : VI, Issue : I, January – 2016 me : 5 | Issue : 1 | ISSN No 2277 – 8160 JANUARY 2016 • ISSN No 2277 – 8179 3.2416 Dr.Brijesh
Photonic Bands Predict The Behavior of Light Accurately Indian Journal of Applied Research (IJAR) Volume : 6 | Issue : 1 | JANUARY 2016 | ISSN – 2249-555X 3.6241 Dr.Brijesh
Paper entitled “UNDERLYING PRINCIPLE OF SOLITON” Organized by Malla Reddy Institute of Engineering and Technology   The International Conference on Emerging Trends in Engineering, Technology and Science ICETETS   2345-9808 Dr.Brijesh

APPLIED PHYSICS Course Outcomes

  COs
1 The students should be able to relate and explain the importance of elastic behavior of materials and stress-strain diagram.
2 The students should be able to discuss and apply Sabine’s formula for reverberation time and apply in architecture of buildings.
3 The students should be able to learn Learn various methods of producing ultrasonics their uses and its application to NDT testing.
4 The students should be able to learn and distinguish/differentiate properties of magnetic, dielectric and superconducting materials and their applications in various fields. Also, the student must be able to understand the conceots of quantum nechanics.
5 The students should be able to learn and understand the behaviour of electric atomic dipoles and domains in the magnetic materials.
6 The students should be able to learn the nature of centro and non centro symmetrical substances.
7 The students should be able to recognize the factors affecting the architectural acoustics and their remedy

ENGINEERING PHYSICS 2 Course Outcomes

  COs
1 student is able to analyse the importance of behaviour of a particle quantum mechanically
2 Student explain charge carriers in semiconductors
3 Students will be able to recognize the importance of dielectric materials in verious fields.
4 Students will discuss and distinguish various magnetic materials and can explain their properties. 
5 Students will discuss and explain the properties of superconductors.
6 Students will identify the importance of nanomaterials and can discuss their properties

EST Course Outcomes

  COs
1 The student will able to understand the importance of an ecosystem.
2 The student will able to understand different natural resources and their exploitation.
3 The student will able to distinguish the renewable, non renewable resources utilisation and act accordingly.
4 Will understand the critical condition of valuable biodiversity and its conservation.
5 Will understand the critical condition of valuable biodiversity and organise awareness programmes.
6 Will develop ecofriendly technologies for sustainable development.

M-iii Course Outcomes

  COs
1

The students should be able to describe types of random variables.

2

The students should be able to apply distributions such as Binomial, Geometric and normal distributions.

3

The students should be able to use of sampling distribution of means if standard deviation is known and unknown.

4

The students should be able to discuss the distributions such as t distribution, f distribution.

5

The students should be able to understand types of hypothesis, types of errors and assess the hypothesis .

6 The students should be able to Interpret the data using ANOVA for one-way.
7

The students should be able to Operate different methods to find the solution of different types of equation.

8 The students should be able to Construct linear, non linear and curve linear equations.
9 The students should be able to understand and evaluate the numerical integration using different methods.
10 The students should be able to analyze approximate solution of IVP and compute using different methods.

Chemistry COs

1 To learn and analyse hardness and their removal methods and sewage treatment of water
2 Students can able to discuss Softening of water & its usage in Domestic and Industrial Purposes
3 Students can able to examine Electrode potential of metals using electrodes and predicting Spontaneity of reaction corrosion tendency and its control based on potential
4 Students can able to know the construction and function of batteries and their uses in various fields
5 Students can able to describe and compare various types of polymerization and preparation methods of various types of plastics
6 Students can able to discuss the hardening of rubber for various purpose by Vulcanization,
7 Discuss conduction in polymers by doping
7 Students can able to describe Mining of various fuels like coal & petroleum and refining and analysis
8 Students can able to practice the determination calorific value of fuel
9 They get Knowledge in apply of various types of lubricants and mechanism of lubrication in machinery to reduce friction
10 Students can able to Explain the Composition and methods of Setting and Hardening

English Course Outcomes

  COs
1 Use English Language effectively in spoken and written forms.
2 Comprehend the given texts and respond appropriately.
3 Communicate confidently in formal and informal contexts.
4 Identifying the topic sentence.
5 Improve the language proficiency.
6 Develop study skills.
7 Structure of Reports.
8 Speaking with skills with clarity and confidence.
9 Neutralization of accent for intelligibility.
10 Learn employability skills.

Mathematics -II COs

1 Laplace Transform is a powerful technique to engineers and scientists as it enables the to solve linear differential equations with given initial conditions,(b)The concept of LT are applied in the area of scince and technology such as analysis communication engineering,linear system analysis,statistics,optics,quantum physics etc
2 The concept of LT are applied in the area of scince and technology such as analysis communication engineering,linear system analysis,statistics,optics,quantum physics etc
3 Gamma and Beta functions are used in Gamma distribution which is used to determine time based occurences such as life span of an electronic component.
4 Vector differentiation is used to find solenoidal and irrotational vectors,to find centre of mass and in Maxwell’s equations
5 Vector differentiation is used in Kinematics and Field theory
6 Vector integaration is used in evaluation of line integrals,Surface interals and volume integrals
7 We can transform one integral to another

BEFA Course Outcomes

  COs
1 The students will understand the various Forms of Business
2 The students will understand the impact of economic variables on the Business
3 The students will understand the aspects of the Demand
4 The students will understand the aspects of the Supply
5 The students will understand the aspects of Production & Cost
6 The students will understand the aspects of Market Structure
7 The students will understand the aspects of Pricing
8 The Students can study the firm’s financial position by analysing the Financial Statements of a Company.
9 The students will understand the Significance of Economics, Micro and Macro Economic Concepts
10 Understanding thr Concepts and Importance of National Income, Inflation, Money Supply in Inflation, Business Cycle.
11 Understanding the defination of Elasticity& its types of Elasticity, Law of Demand, Measurement and Significance of Elasticity of Demand, Factors affecting Elasticity of Demand, Elasticity of Demand in decision making
12 The students come to know about Demand Forecasting, its Characteristics, Steps and Methods
13 The students know the determination of Supply, Function & Law .

MEFA Course Outcomes

  COs
1 The students will understand the various Forms of Business
2 The students will understand the impact of economic variables on the Business
3 The students will understand the aspects of the Demand
4 The students will understand the aspects of the Supply
5 The students will understand the aspects of Production & Cost
6 The students will understand the aspects of Market Structure
7 The students will understand the aspects of Pricing
8 The Students can study the firm’s financial position by analysing the Financial Statements of a Company.
9 The students will understand the Significance of Economics, Micro and Macro Economic Concepts
10 Understanding thr Concepts and Importance of National Income, Inflation, Money Supply in Inflation, Business Cycle.
11 Understanding the defination of Elasticity& its types of Elasticity, Law of Demand, Measurement and Significance of Elasticity of Demand, Factors affecting Elasticity of Demand, Elasticity of Demand in decision making
12 The students come to know about Demand Forecasting, its Characteristics, Steps and Methods
13 The students know the determination of Supply, Function & Law .

MS COs

1 Students will able to discuss the Management and Organisation
2 students will understand the aspects of Market Structure
3 Students will able to discuss the Human Resources Management
4 Students will able to discuss> the Project Management (PERT/ CPM)
5 students will understand the aspects Strategic Management and Contemporary Strategic Issues
First Year A Div Dec 2017
First Year B Div Dec 2017
First Year C Div Dec 2017