Grievance complaint
Gokula Krishna
College of Engineering
HUMANITITES & SCIENCE
About the Department
The Department of Humanities and Sciences is the bridging and building block for the engineering graduates to adjust and orient them into their core engineering courses. It was started in the year 2001 and plays a vital role in inspiring the students to have a strong background in the basic science for the engineering curriculum and provides value-based liberal education to nourish the budding engineers with fine aspects of science to produce competent professionals.
The areas of study offered by this department are Technical English, Engineering Mathematics, Engineering Physics, Engineering Chemistry and Environmental Science which are essential for the Engineers during the course of study and after graduation to enhance their ability to analyze and tackle any challenge and communicate their ideas effectively.
The faculty of Department of H&S is highly qualified and experience with a rich profile in their respective fields. There are a good no. of Doctorates with research articles published in high impact factor journals at National and International levels, presentations in National and International Conferences. The faculty have attended many workshops, conferences, seminars, symposiums, faculty development programmes and other training programmes which enhances their teaching capabilities in order to guide their students better. The strength of the department lies in its dedicated faculties, students, well equipped laboratories and Centers of Excellence. Sufficient resources and other amenities, the classrooms are under the vigilance of CCTV.
Vision and Mission
VISION
To evolve as a centre of academic excellence in providing globally standard education and research by preparing and producing graduates who can be efficient problem solvers, researcher, innovators and entrepreneurs and making them competent professionals enabling them to take up any challenge.
MISSION
To provide the students an environment of academic freedom that will ensure the exchange of ideas and the dissemination of knowledge through effective teaching. To synergize the efforts for facilitating and enhancement of quality education, knowledge, competitiveness and enthusiastic environment. To provide a wholesome education to meet the aspirations of students and equip them with the technical skills that will enable them to take the lead role in industry, academics, research etc
Course Outcomes (CO's):
Course Outcomes are statements that describe significant and essential learning that the Students have achieved, and can reliably demonstrate at the end of a course. A Course outcome makes clear the intended result of the learning rather than what form the instruction will take. A good course outcome states what a student will know or be able to do at the end of instruction. It focuses on student performance. Other synonyms are learning outcome or Course learning outcome.
The advantages of CourseOutcomes:
Benefits for the course and module designer
In terms of course and module design, the use of explicit course outcome statements can help ensure consistency of delivery across modules or programs. They can aid curriculum design by clarifying areas of overlap between existing modules, program and qualifications.
Benefits for quality assurance and standards
Quality assurance benefits from the adoption of learning outcomes via the resulting increase in transparency and better comparability of standards between and within qualifications.
Benefits for Students and employers
Students benefit from a comprehensive set of statements of exactly what they will be able to achieve after successful study. Course outcomes provide Students with clear information that can help them with their choice of module/unit/program/qualification to study and can lead to more effective learning.
Benefits for national and international educational transparency
Internationally, Course outcomes contribute to the mobility of students by facilitating the recognition of their qualifications and improving the transparency of qualifications and thus simplifying credit transfer.
Maxwell equations | |
COURSE OUTCOMES – PROGRAMMIMG FOR PROBLEM SOLVING LAB | |
C116.1 | Ability to do Simple Numeric Problems |
C116.2 | Ability to evaluate Expression. |
C116.3 | Able to do the Programs using Arrays ,Pointers and functions |
C116.4 | Able to perform File operations. |
C116.5 | Write programs using String operations. |
C116.6 | Solve programs using Sorting and Searching Techniques. |
I B .Tech I SEM CIVIL &MECHANICAL COURSE OUTCOMES | |
COURSE OUTCOMES – MATHEMATICS-I | |
C111.1 | Represent linear system of equations in matrix form and find its solution. (Synthesis) |
C111.2 | Apply orthogonal transformations to a quadratic form. (Application) |
C111.3 | Analyse the nature of sequences & series using a suitable test. (Analysis) |
C111.4 | Verify Rolle’s, Lagrange’s and Cauchy’s mean value theorems for several functions. (Synthesis) |
C111.5 | Evaluate the improper integrals using Beta and Gamma functions. (Evaluate) |
COURSE OUTCOMES – ENGINEERING PHYSICS | |
C112.1 | The knowledge of forces in nature, Newton’s laws completeness relevant to engineering |
C112.2 | The knowledge of forces in nature, Newton’s laws completeness relevant to engineering |
C112.3 | The knowledge of waves in one dimension, enable the students to know the applications of |
C112.4 | In the present course, the student can gain the knowledge on the mechanism of physical bodies upon the action of forces on them, the generation, transmission and detection of |
C112.5 | Students are able to apply the concepts, principles & applications of laser and fiber optics |
COURSE OUTCOMES – PROGRAMMIMG FOR PROBLEM SOLVING | |
C113.1 | Write Algorithms and to draw flowcharts for solving problems |
C113.2 | Convert Algorithms /Flow charts to C programs |
C113.3 | Code and Test a given logic in C Programming Language |
C113.4 | Decompose a Problem into functions and to develop modular reusable Code |
C113.5 | Use Arrays,Pointers,Strings and structure to Write C programs |
C113.6 | Apply Searching And Sorting Techniques |
COURSE OUTCOMES – ENGINEERING GRAPHICS | |
C114.1 | Ability to Use basic instruments and construction methods for drawings. |
C114.2 | Ability to Construct any 2-Dimensional drawing using first angle and third angle projection. |
C114.3 | Ability to Prepare any surface developments and 3-Dimensional objects. |
C114.4 | Ability to Construct any internal sectional views of solid objects. |
C114.5 | Ability to Prepare working drawings to communicate ideas and information. |
C114.6 | Ability to Read, understand and interpret engineering drawings. |
COURSE OUTCOMES – ENGINEERING PHYSICS LAB | |
C115.1 | Student should be able to find various parameters like Magnetic field, frequency of a |
C115.2 | Student should be able to demonstrate the structure of optical fiber and determine bending |
C115.3 | Students should be able to discuss the working of electronic components and built the |
C115.4 | Student should be able to analyse the various properties of light and determine the related |
C115.5 | Student should be able to conclude the results based on interpretation of data and graph. |
COURSE OUTCOMES – PROGRAMMIMG FOR PROBLEM SOLVING LAB | |
C116.1 | Ability to do Simple Numeric Problems |
C116.2 | Ability to evaluate Expression. |
C116.3 | Able to do the Programs using Arrays ,Pointers and functions |
C116.4 | Able to perform File operations. |
C116.5 | Write programs using String operations. |
C116.6 | Solve programs using Sorting and Searching Techniques. |
I B .Tech I SEM CSE&EEE COURSE OUTCOMES | |
COURSE OUTCOMES – MATHEMATICS-I | |
C111.1 | Represent linear system of equations in matrix form and find its solution. (Synthesis) |
C111.2 | Apply orthogonal transformations to a quadratic form. (Application) |
C111.3 | Analyse the nature of sequences & series using a suitable test. (Analysis) |
C111.4 | Verify Rolle’s, Lagrange’s and Cauchy’s mean value theorems for several functions. |
C111.5 | Evaluate the improper integrals using Beta and Gamma functions. (Evaluate) |
COURSE OUTCOMES – CHEMISTRY | |
C112.1 | Identify the structural arrangement of atoms in molecules as well as in complex compounds |
C112.2 | Differentiate hard and soft water, water purification methods and its significance in industry and daily life. |
C112.3 | Identify the different corrosion mechanisms occurred in a machines and metals. |
C112.4 | Identify the reaction mechanism involved in the synthesis of bio-active compounds. |
C112.5 | Identify the structure of unknown/new compounds with the help of spectroscopy. |
C112.6 | Ability to identify the suitable reagents (Oxidation & Reductions) for the synthesis of bio- active compounds |
COURSE OUTCOMES – BASIC ELECTRICAL ENGINEERING | |
C113.1 | To analyze electrical circuits using network laws and theorems. |
C113.2 | To solve electrical circuits using network laws and theorems. |
C113.3 | To Design and analyze single phase AC circuits |
C113.4 | To State & Construct the working of Electrical Machines |
C113.5 | To Identify different types of AC & DC Machines & its applications |
C113.6 | To Recognize components of Low Voltage Electrical Installations |
COURSE OUTCOMES – ENGINEERING WORKSHOP | |
C114.1 | Student can able to build a wodden structure by various joints |
C114.2 | Student can able to make various types of fits(V & Square) |
C114.3 | Student can able to work on sheet meatl to make rectangualr tray and conical funnel |
C114.4 | Student can able to Understand hot working process |
C114.5 | Student can able to control a one lamp by one switch and one lamp controlled by two |
C114.6 | Student can able to Buils a structure of metal by using arc welding |
C114.7 | Student can able to make solid and spilt mould cavity for casting process |
COURSE OUTCOMES – ENGLISH | |
C115.1 | Identify the importance of Raman Effect with technical vocabulary |
C115.2 | Comprehend the importance of ancient architecture in India |
C115.3 | Develop interest to know the process of making jeans. |
C115.4 | Develop interest in reading and writing skills. |
C115.4 | Examine the habits of eating in the form of essay writing. |
C115.5 | Critically appreciate the latest technology |
COURSE OUTCOMES – ENGINEERING CHEMISTRY LAB | |
C116.1 | Able to Determine the hardness and chloride content in water |
C116.2 | Able to understand the organic molecules nature by calculation of Rf value using TCL |
C116.3 | Able to understand the ionic conductance of molecules using conductometric and |
C116.4 | Able to determine the viscosity of fules and oils using Ostwald’s viscometer |
C116.5 | Able to determine the surface tention of fuels |
C116.6 | Able to understand the bio-diesel synthesis using transesterification transformation |
COURSE OUTCOMES – ENGLISH LANGUAGE COMMUNICATION LAB | |
C117.1 | Phonetics, JAM, articles,prepositions, synonyms and antonyms. |
C117.2 | Structure os Syllables and Role plays |
C117.3 | Minimal pairs,word stress, descriptions and giving directions |
C117.4 | Intonation and Public Speaking |
C117.5 | The influence of mother tongue, Information transfer, oral presentation skills, reading |
COURSE OUTCOMES – BASIC ELECTRICAL ENGINEERING LAB | |
C118.1 | To Develop Electrical Circuits using basic Laws |
C118.2 | To Draw the response of different types of electrical circuits to different excitations |
C118.3 | To solve the relation between basic electrical parameters with different types of |
connections | |
C118.4 | To analyze the performance characteristics of AC electrical machines |
C118.5 | To analyze the performance characteristics of DC electrical machines |
C118.6 | To analyze the performance characteristics of Transformers |
I B .Tech II SEM- ECE COURSE OUTCOMES | |
COURSE OUTCOMES – MATHEMATICS-II | |
C121.1 | The students will apply the fundamental concepts of ODE and |
C121.2 | Predict the suitable method to solve second and differential equations |
C121.3 | Prepare to evaluate multiple integrals in rectangular spherical and cylindrical coordinates |
C121.4 | The students will understand the basics of vector differentiation and vector integration |
C121.5 | Apply Gauss Divergence theorem for evaluating the surface integral |
C121.6 | Verify applications of Green’s theorem, Stoke’s theorem andDivergence theorem |
COURSE OUTCOMES – CHEMISTRY | |
C122.1 | Identify the structural arrangement of atoms in molecules as well as in complex compounds |
C122.2 | Differentiate hard and soft water, water purification methods and its significance in industry and daily life. |
C122.3 | Identify the different corrosion mechanisms occurred in a machines and metals. |
C122.4 | Identify the reaction mechanism involved in the synthesis of bio-active compounds. |
C122.5 | Identify the structure of unknown/new compounds with the help of spectroscopy. |
C122.6 | Ability to identify the suitable reagents (Oxidation & Reductions) for the synthesis of bio- active compounds |
COURSE OUTCOMES – BASIC ELECTRICAL ENGINEERING | |
C123.1 | To analyze electrical circuits using network laws and theorems. |
C123.2 | To solve electrical circuits using network laws and theorems. |
C123.3 | To Design and analyze single phase AC circuits |
C123.4 | To State & Construct the working of Electrical Machines |
C123.5 | To Identify different types of AC & DC Machines & its applications |
C123.6 | To Recognize components of Low Voltage Electrical Installations |
COURSE OUTCOMES – ENGINEERING WORKSHOP | |
C124.1 | Student can able to build a wodden structure by various joints |
C124.2 | Student can able to make various types of fits(V & Square) |
C124.3 | Student can able to work on sheet meatl to make rectangualr tray and conical funnel |
C124.4 | Student can able to Understand hot working process |
C124.5 | Student can able to control a one lamp by one switch and one lamp controlled by two |
C124.6 | Student can able to Buils a structure of metal by using arc welding |
C124.7 | Student can able to make solid and spilt mould cavity for casting process |
COURSE OUTCOMES – ENGLISH | |
C125.1 | Identify the importance of Raman Effect with technical vocabulary |
C125.2 | Comprehend the importance of ancient architecture in India |
C125.3 | Develop interest to know the process of making jeans. |
C125.4 | Develop interest in reading and writing skills. |
C125.5 | Examine the habits of eating in the form of essay writing. |
C125.6 | Critically appreciate the latest technology |
COURSE OUTCOMES – ENGINEERING CHECMISTRY LAB | |
C126.1 | Able to Determine the hardness and chloride content in water |
C126.2 | Able to understand the organic molecules nature by calculation of Rf value using TCL |
C126.3 | Able to understand the ionic conductance of molecules using conductometric and |
C126.4 | Able to determine the viscosity of fules and oils using Ostwald’s viscometer |
C126.5 | Able to determine the surface tention of fuels |
C126.6 | Able to understand the bio-diesel synthesis using transesterification transformation |
COURSE OUTCOMES – ENGLISH LANGUAGE COMMUNICATION SKILLS LAB | |
C127.1 | Phonetics, JAM, articles,prepositions, synonyms and antonyms. |
C127.2 | Structure os Syllables and Role plays |
C127.3 | Minimal pairs,word stress, descriptions and giving directions |
C127.4 | Intonation and Public Speaking |
C127.5 | The influence of mother tongue, Information transfer, oral presentation skills, reading |
COURSE OUTCOMES – BASIC ELECTRICAL ENGINEERING LAB | |
C128.1 | To Develop Electrical Circuits using basic Laws |
C128.2 | To Draw the response of different types of electrical circuits to different excitations |
C128.3 | To solve the relation between basic electrical parameters with different types of |
C128.4 | To analyze the performance characteristics of AC electrical machines |
C128.5 | To analyze the performance characteristics of DC electrical machines |
C128.6 | To analyze the performance characteristics of Transformers |
I B .Tech II SEM- CIVIL & MECHANICAL COURSE OUTCOMES | |
COURSE OUTCOMES – MATHEMATICS-II | |
C121.1 | The students will apply the fundamental concepts of ODE and |
C121.2 | Predict the suitable method to solve second and differential equations |
C121.3 | Prepare to evaluate multiple integrals in rectangular spherical and cylindrical coordinates |
C121.4 | The students will understand the basics of vector differentiation and vector integration |
C121.5 | Apply Gauss Divergence theorem for evaluating the surface integral |
C121.6 | Verify applications of Green’s theorem, Stoke’s theorem and Divergence theorem |
COURSE OUTCOMES – CHEMISTRY | |
C122.1 | Identify the structural arrangement of atoms in molecules as well as in complex compounds |
C122.2 | Differentiate hard and soft water, water purification methods and its significance in industry and daily life. |
C122.3 | Identify the different corrosion mechanisms occurred in a machines and metals. |
C122.4 | Identify the reaction mechanism involved in the synthesis of bio-active compounds. |
C122.5 | Identify the structure of unknown/new compounds with the help of spectroscopy. |
C122.6 | Ability to identify the suitable reagents (Oxidation & Reductions) for the synthesis of bio- active compounds |
COURSE OUTCOMES – ENGINEERING MECHANICS | |
C123.1 | Determine resultant of forces acting on a body & analyse equilibrium of a body subjected to a system of forces. (Analysis) |
C123.2 | Solve problems of bodies subjected to friction. (Evaluate) |
C123.3 | Find the location of centroid & centre of gravity of a given section and Composite sections. (Knowledge) |
C123.4 | Determine the area of moment of inertia & mass moment of inertia of a given section & built-up sections. (Evaluate) |
C123.5 | Understand the kinetics & kinematics of a body undergoing rectilinear, curvilinear, rotary motion & rigid body motion (Knowledge) |
C123.6 | Solve problems using work –energy euations for translation, Fixed axis rotation & plane motion. (Application). |
COURSE OUTCOMES – ENGINEERING WORKSHOP | |
C124.1 | Student can able to build a wodden structure by various joints |
C124.2 | Student can able to make various types of fits(V & Square) |
C124.3 | Student can able to work on sheet meatl to make rectangualr tray and conical funnel |
C124.4 | Student can able to Understand hot working process |
C124.5 | Student can able to control a one lamp by one switch and one lamp controlled by two |
C124.6 | Student can able to Buils a structure of metal by using arc welding |
C124.7 | Student can able to make solid and spilt mould cavity for casting process |
COURSE OUTCOMES – ENGLISH | |
C125.1 | Identify the importance of Raman Effect with technical vocabulary |
C125.2 | Comprehend the importance of ancient architecture in India |
C125.3 | Develop interest to know the process of making jeans. |
C125.4 | Develop interest in reading and writing skills. |
C125.5 | Examine the habits of eating in the form of essay writing. |
C125.6 | Critically appreciate the latest technology |
COURSE OUTCOMES – ENGINEERING CHECMISTRY LAB | |
C126.1 | Able to Determine the hardness and chloride content in water |
C126.2 | Able to understand the organic molecules nature by calculation of Rf value using TCL |
C126.3 | Able to understand the ionic conductance of molecules using conductometric and |
C126.4 | Able to determine the viscosity of fules and oils using Ostwald’s viscometer |
C126.5 | Able to determine the surface tention of fuels |
C126.6 | Able to understand the bio-diesel synthesis using transesterification transformation |
COURSE OUTCOMES – ENGLISH LANGUAGE COMMUNICATION SKILLS LAB | |
C127.1 | Phonetics, JAM, articles,prepositions, synonyms and antonyms. |
C127.2 | Structure os Syllables and Role plays |
C127.3 | Minimal pairs,word stress, descriptions and giving directions |
C127.4 | Intonation and Public Speaking |
C127.5 | The influence of mother tongue, Information transfer, oral presentation skills, reading |
I B.Tech II SEM CSE & EEE COURSE OUTCOMES | |
COURSE OUTCOMES – MATHEMATICS-II | |
C121.1 | The students will apply the fundamental concepts of ODE and |
C121.2 | Predict the suitable method to solve second and differential equations |
C121.3 | Prepare to evaluate multiple integrals in rectangular spherical and cylindrical coordinates |
C121.4 | The students will understand the basics of vector differentiation and vector integration |
C121.5 | Apply Gauss Divergence theorem for evaluating the surface integral |
C121.6 | Verify applications of Green’s theorem, Stoke’s theorem and Divergence theorem |
COURSE OUTCOMES – APPLIED PHYSICS | |
C122.1 | Explain the laws of black body radiations and basic quantum mechanical principles and theories |
C122.2 | Summarize the importance of semiconductors and their applications such as in solar cells |
C122.3 | Describe the working and applications of various optoelectronic devices such as LED and SLD and photodetectors such as solar cells, PIN, APD |
C122.4 | Explain the construction and working of lasers and Describe principle of propagation of light in optical fibers and losses associated. |
C122.5 | Describe various properties of dielectric materials and Apply the knowledge of piezo, ferro and pyro electricity. |
C122.6 | Describe and apply the concept of magnetic hysterisis and the importance of Maxwell’s equations |
COURSE OUTCOMES – PROGRAMMING FOR PROBLEM SOLVING | |
C123.1 | Write Algorithms and to draw flowcharts for solving problems |
C123.2 | Convert Algorithms /Flow charts to C programs |
C123.3 | Code and Test a given logic in C Programming Language |
C123.4 | Decompose a Problem into functions and to develop modular reusable Code |
C123.5 | Use Arrays, Pointers, Strings and structure to Write C programs |
C123.6 | Apply Searching And Sorting Techniques |
COURSE OUTCOMES – ENGINEERING GRAPHICS | |
C124.1 | Ability to Use basic instruments and construction methods for drawings. |
C124.2 | Ability to Construct any 2-Dimensional drawing using first angle and third angle projection. |
C124.3 | Ability to Prepare any surface developments and 3-Dimensional objects. |
C124.4 | Ability to Construct any internal sectional views of solid objects. |
C124.5 | Ability to Prepare working drawings to communicate ideas and information. |
C124.6 | Ability to Read, understand and interpret engineering drawings. |
COURSE OUTCOMES – APPLIED PHYSICS LAB | |
C125.1 | Explain the laws of black body radiations and basic quantum mechanical principles and theories |
C125.2 | Summarize the importance of semiconductors and their applications such as in solar cells |
C125.3 | Describe the working and applications of various optoelectronic devices such as LED and SLD and photodetectors such as solar cells, PIN, APD |
C125.4 | Explain the construction and working of lasers and Describe principle of propagation of light in optical fibers and losses associated. |
C125.5 | Describe various properties of dielectric materials and Apply the knowledge of piezo, ferro and pyro electricity. |
C125.6 | Describe and apply the concept of magnetic hysterisis and the importance of Maxwell’s equations |
COURSE OUTCOMES – PROGRAMMIMG FOR PROBLEM SOLVING LAB | |
C126.1 | Ability to do Simple Numeric Problems |
C126.2 | Ability to evaluate Expression. |
C126.3 | Able to do the Programs using Arrays ,Pointers and functions |
C126.4 | Able to perform File operations. |
C126.5 | Write programs using String operations. |
C126.6 | Solve programs using Sorting and Searching Techniques. |
HOD OF H&S
Dr.G.Basava Kumar.M.Sc.,M.Phil.,B.Ed.,Ph.D. Professor & HOD
Humanities and Science,
Gokula Krishna College of Engineering, Sullurpet.
Email:
hodhasgkce@gmail.com basavakumarg@gmail.com
Dr.G.Basava Kumar is the Professor and Head of the Department of Humanities and Sciences ,Gokula Krishna College of Engineering, Sullurpet. He was awarded his Ph.D. entitled “Dynamical Complexities of certain Ecological and Epidemiological Models” from Vellore Institute of Technology, Vellore in 2019. He completed Master degree from S.V.University, Tirupati in 2007. He took his M.Phil. degree from S.V.University, Tirupati in 2009.He also completed Bachelor of Education in 2011 from S.V.University, Tirupathi. He has participated in many seminars and presented his papers on various topics. More than 15 Research Articles were published in various reputed International Journals. He has 18 years of teaching experience. Areas of his research interest are Mathematical Biology, Mathematical Modelling, Differential Equations, Numerical Methods and Fluid Dynamics etc. He has played lot of roles as academician, coordinator for quality standards, advisor for student associations, and social worker on societal needs.
Gokula Krishna College of Engineering
Behind RTC Depot., Sullurpet, Tirupati District, AndraPradesh-524121
08623 – 294255
views
Site views
Users Today : 48
Views Today : 101
Who's Online : 2