Department of Basic Sciences and Humanities is established with a view to brush up students in human skills like communication skills and improving English Language. This Department comprises English, Physics, Mathematics and Chemistry. The Faculty: under the dynamic and experienced HoD, this department has a Professor and an Associate Professor and nine more Assistant Professors with rich and varied experience. According to JNTU norms, the department has a sophisticated and modern English Language lab with the software of a reputed software company.
The department of Basic Science & Humanities plays a vital role in grooming the students in their basic knowledge of science and language. This department was established in 2008 with 32 teaching faculty, Today it is expanded to 42, offering courses in Mathematics, Physics, Chemistry and English. The department deals with Mathematics-I, Mathematics-II, Mathematics-III, Mathematics-IV, Probability & Statistics, Mathematical Foundations of Computer Science, Optimization Techniques, Operations Research, Physics, Chemistry, Environmental Studies, English, Business Communication skills and Soft skills training programmes with emphasis on Personality development .
The College of Engineering equips all engineering graduates with the solid knowledge in applied sciences and mathematics needed to solve challenging problems in their respective engineering disciplines.
The College of Engineering offers undergraduate, graduate and professional students the balanced knowledge in engineering, business and humanity required for success in the increasingly competitive global marketplace.
The College of Engineering emphasizes balanced development in teaching, research and service and values racial and socio-economic diversity.
The College of Engineering and Applied Science’s mission is to provide the highest quality engineering and computer science educational degree programs, to conduct cutting edge research in science and technology, to translate innovative new technologies motivated by research for the benefit of human society, and to become a catalyst for regional economic development.
The department of Basic Science & Humanities plays a vital role in grooming the students in their basic knowledge of science and language. This department was established in 2008 with 32 teaching faculty, Today it is expanded to 42, offering courses in Mathematics, Physics, Chemistry and English. The department deals with Mathematics-I, Mathematics-II, Mathematics-III, Mathematics-IV, Probability & Statistics, Mathematical Foundations of Computer Science, Optimization Techniques, Operations Research, Physics, Chemistry, Environmental Studies, English, Business Communication skills and Soft skills training programmes with emphasis on Personality development .
Mathematics and English subjects are offered to II- B.Tech students also. The curriculum of I B.Tech offers courses in Mathematics, English language, Physics, and Chemistry. As majority of the subjects offered to first year students are from BS&H department, this department takes care of all the first Year students along with catering to II, III year subjects.
S.No | Name | Qualification | Designation | Date Of Joining | Specialization |
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Fully-equipped engineering-chemistry laboratory updated with the latest equipment and standardised lab-grade chemicals for first-year engineering students. Imparts theoretical knowledge and technical skills nBSHssary to handle chemicals and instruments. Regulated by autonomous syllabus and lab norms
Fully-equipped engineering-physics laboratory with standardised instrumentation for first-year engineering students. Imparts theoretical knowledge and technical skills nBSHssary to handle precision tools and electronic gadgets. Regulated by autonomous syllabus and lab norms
Advanced digital language laboratory. Conducts role play, debates, tables turned, group discussions, JAM, presentations, and mock interviews. Employs unique teaching models to enhance English language proficiency in the student
S.No | Author | Title | Journal | Volume (Year) |
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1 | V. M .Dayalan | Design, Synthesis of Novel Thieno[2,3,d] derivatives and their Anti-Microbial studies | Organic and Medicinial Chemistry | 3, Issue 4, 2017 |
2 | V. M .Dayalan | Synthesis Characterisation Antimicrobial studies of Co, Ni, Zn Complexes with Schiff base Ligand derived from 2-thioxo-1,2-dihydropyridine-3-carbaldehyde and 4-phenylprimidine-2-carbohydrazide | Heterocyclic Letters | 7, 2017, 853-862 |
3 | B. Asha | Schottky barrier parameters and structural properties of rapidly annealed ZrSchottky electrode on p-type GaN | Journal of Semiconductors | Vol. 38, No. 6,2017 |
4 | K. Prasanthi | MHD Three Dimensional Flow of a Williamson Fluid over a Stretching Sheet withVelocity Slip | IJIRSET | Vol. 6(13), 2017 |
5 | T. Gnanasambandan | Vibrational spectroscopic, UVVis, molecular structure and NBO analysis of Rabeprazole | Journal of Molecular Structure | 1137(2017)277-291 |
6 | Dr.P.Sangameswara Raju | A Novel Based Active Type SFCL for Reducing Over Currents and Over Voltages in a Distribution System with Distributed Generation Units | Der PharmaChemica | Volume-5,Dec-16 |
7 | T. Gnanasambandan | Vibrational spectroscopy analysis and molecular conformational stability of N-((3-methyl-1-(phenylsulfonyl)-1H-indol- | IJPAAP | 55,(2017)25-42 |
8 | T. Gnanasambandan | Experimental and Theoretical Spectroscopic Analysis on N-((1- (phenyl-sulfonyl)-1H-indol-3-Yl)methyl)acetamide | Pharmaceut Anal Acta | S8(2017) . doi:10.4172/2153-2435.S8-002 |
9 | T. Gnanasambandan | Quantum computational and vibrational spectroscopic analysis on Methyl 3-(2-(acetamidomethyl)-1-(phenylsulfonyl)indolin-3-yl)propanoate, R Srinivasaraghavan | Der PharmaChemica | 2016, 8(18):186-203 |
10 | B. SarathBabu | Effect of the Radiation and Thermal Diffusion on Unsteady Free convection Flow Past an Inclined plate in the presence of Magnetic field fixed relative to the fluid or the plate | Global Journal of Pure and Applied Mathematics | Vol.12(3), 2016 |
11 | B. Asha | Effects of Annealing on Electrical Characteristics and Current Transport Mechanisms of the Y/P-GaNSchottky Diode | Journal of Electronic Materials | Vol. 45(7), PP:pp 3268–3277, 2016 |
12 | K. Prasanthi | Boundary Layer Flow of a CassonNanofluid past a Vertical Exponentially Stretching Cylinder in the Presence of a Transverse Magnetic Field with Internal Heat Generation/Absorption | International Journal of Mechanical, Aerospace, Industrial and Mechatronics Engineering | Vol:9 No:1, 2015 PP. 138 – 143. |
13 | V. M .Dayalan | “RBSHnt Progress in Three-Component Reactions for Synthesis of α- Aminophosphonates” | IJACSA | pp. 22-33, 2014 |
14 | T.Gnanasambandan | Experimental and Theoretical Study of p-nitoracetanilide | Spectrochimica Act Part A | 117(2014)557-567 |
15 | T.Gnanasambandan | DFT Computations and Spectroscopic analysis of p-bromoacetanilide | Spectrochimica Act Part A | 122(2014)542-552 |
16 | T.Gnanasambandan | FT-IR, FT-Raman UV-Vis spectral and normal coordinate analysis of chlorzoxazone | Journal of Molecular Structure | 1061(2014)124-133 |
17 | M. Manjuri | Some Domination Parameters of Arithmetic Vn Graph | IJCA | Vol. 92, April 2014, pp. 29-32. |
18 | M. Manjuri | Strong Dominating sets of Direct Product graph of Cayley Graphs with Arithmetic Graphs | IJAIS | Vol. 7, June 2014, pp. 15-21. |
19 | K. Prasanthi | Unsteady convective boundary layer flow of a nanofluid over a stretching surface in the presence of a magnetic field and heat generation | IJETED | Vol. 3, Issue 4, PP. 214 – 230, 2014 |
20 | K. Prasanthi | Heat and Mass Transfer on MHD boundary layer flow of a Chemically Reacting non – Newtonian Fluid over a stretching sheet with suction”, International Journal of Engineering Sciences and Research Technology, | IJESRT | Vol. 3(5), May , 2014 PP. 197 – 205 |
21 | K. Prasanthi | MHD Casson fluid flow , Heat and Mass Transfer in a vertical channel with stretching walls | IJSIMR | Vol. 2(10), pp. 800 – 810, 2014 |
22 | K. Prasanthi | Hall effect on MHD flow and heat transfer of a nanofluid over a stretching sheet | IJASTR | Vol. 4(5), PP. 222 – 238, 2014 |
23 | T.Gnanasambandan | The Spectroscopic, DFT and NCA computations of m-nitormethylbenzoate | SpectrochimicaActa Part A | 112(2013)52-61 |
24 | T.Gnanasambandan | Molecular structure analysis of carbimazole | Journal of molecular structure | 1052(2013)38-49 |
25 | M. Manjuri | Clique Dominating Sets of Euler TotientCayley Graphs | IOSRJM | Vol. 4, Issue.6, January – February 2013, pp. 46-49. |
26 | M. Manjuri | Strong Dominating sets of Lexicographic Product Graph of Cayley Graphs with Arithmetic Graphs | IJAIS | Vol. 6, November 2013, pp. 25-29. |
27 | M. Manjuri | Strong Dominating sets of Strong Product Graph of Cayley Graphs with Arithmetic Graphs | IJCET | Vol. 4, Issue 6, November – DBSHmber 2013, pp. 136-144. |
28 | M. Manjuri | Strong Dominating sets of Some Arithmetic Graphs | IJCA | Vol. 83, DBSHmber 2013, pp. 36-40. |
29 | K. Prasanthi | The influence of thermal radiation on the convective flow past a vertical radially stretching sheet in the presence of a heat source | IJMA | 4(12),2013, PP. 266 – 273 |
30 | V. M .Dayalan | “One Pot Synthesis, Characterisation and Antimicrobial Activity of α- Amino Phosphonates” | ChemSci Trans | 10.7598/cst2013.039 |
31 | K. Prasanthi | “One-Step Synthesis and bioactivity of N-Phosphoramidophosphonates” | WJPPS | Vol.2, Issue.7, 2012 |
32 | M. Manjuri | Matching Dominating sets of Euler TotientCayley Graphs | IJCER | Vol.2, Issue.7, 2012 |
33 | M. Manjuri | Some Domination Parameters of Direct Product Graphs of Cayley Graphs with Arithmetic Graphs | IJCA | Vol.58,November, pp. 32-38, 2012 |
34 | M. Manjuri | Matching Dominating Sets of Direct Product Graphs of Cayley Graphs with Arithmetic Graphs | IJCA | Vol.60, No.11, DBSHmber 2012, pp.11-16. |