Mission of the Department of Mathematics is to promote quality education, training, research and to enhance employability skills of our students. Our Vision is to assist students in acquiring a conceptual understanding of mathematics, its processes and applications. Educational objective of the department is to orient the aspiring students and scholars for an overall development to enable them to meet the ever growing challenges of the global society with mathematical tools.
Today the department not only teaches various topics in mathematics to undergraduate and postgraduate students of different engineering, science and management streams, but also runs its own M.Sc. and Ph.D programs in Applied Mathematics. Department of Mathematics is also focused to motivate the students towards research and to make them aware about importance and increasing needs of mathematics in various areas of science and technology. To achieve these goals, the department maintains the high standard of teaching and research. All faculty members of the department are well qualified with rich academic and research experience. Most of the faculty members are doctorate from the institutes of repute and highly engaged in research in diverse area of basic sciences, engineering and technology. To make aware of the latest developments, the department keeps on timely updating in its teaching and research methodology and introduces new courses, which are aligned with the need to tackle real life challenging problems in science and technology.
ACADEMIC PROGRAMMES
A graduate of the Mathematics (Hons.) will demonstrate:
PO1: The graduates will become successful professionals by demonstrating logical and analytical thinking abilities.
PO2: The graduates will work and communicate effectively in inter-disciplinary environment, either independently or in a team, and demonstrate leadership qualities.
PO3: The graduates will engage in life-long learning and professional development through self-study, continuing education or professional and doctoral level studies.
PO4: To impart students a broad outline of the methodology of science and will learn the important analytical and instrumental tools used for practicing science.
PO5: Acquire knowledge and understanding of essential facts, concepts, principles and theories relating to the subject areas identified.
PO6: Develop skills to evaluate, analyze and interpret the chemical information and data.
PO7: Solve problems competently by identifying the essential parts of a problem and formulating a strategy for solving the problem.
PO8: Think creatively (divergently and convergent) to propose novel ideas in explaining facts and figures or providing new solution to the problems.
PO9: To develop student skill in critical thinking and analytical reasoning.
PO10: To prepare the students to pursue higher studies and to develop sustainable innovative solutions for the nation.
A graduate of the Mathematics (Hons.) will demonstrate:
PSO1: Communicate mathematics effectively by written, computational and graphic means.
PSO2: Create mathematical ideas from basic axioms.
PSO3: Gauge the hypothesis, theories, techniques and proofs provisionally.
PSO4: Utilize mathematics to solve theoretical and applied problems by critical understanding, analysis and synthesis.
PSO5: Identify applications of mathematics in other disciplines and in the real-world, leading to enhancement of career prospects in a plethora of fields and research.
A Post graduate of the Mathematics Program will demonstrate:
PO1: Apply knowledge to solve the complex scientific problems and become competent professional at global level.
PO2: Identify, formulate and analyse advanced scientific problems on the basis of principles of science.
PO3: Conduct investigations of a complex problem using scientific knowledge for analysis and interpretation of the data.
PO4: Design experimental techniques and scientific tools for the extraction of experimental parameters and analysis of scientific-data.
PO5: Apply contextual knowledge to assess societal, health, safety, and cultural issues relevant to the science practices.
PO6: Understand and demonstrate the scientific knowledge in environmental contexts for sustainable development.
PO7: Understand ethical principles and responsibilities of a scientist to serve the society.
PO8: Communicate effectively through report writing, documentation and effective presentations.
PO9: Function effectively as an individual, and as a member or leader in diverse teams, in multidisciplinary settings.
PO10: Engage in independent and lifelong learning in the broadest context of science and technological developments.
PO11: Enhance and adopt new skills for future employability in teaching and research through seminar, internship and dissertation.
PO12: Successfully compete at national and international level competitive examinations.
A Post graduate of the Mathematics Program will demonstrate:
PSO1: Have a strong foundation in core areas of Mathematics, both pure and applied.
PSO2: Be able to apply mathematical skills and logical reasoning for problem solving.
PSO3: Communicate mathematical ideas effectively, in writing as well as orally.
PSO4: Have sound knowledge of mathematical modeling, programming and Computational Techniques as required for employment in industry.
S. No. |
Name of Labs |
1 | MATLAB Lab |
2 | Numerical Analysis Lab – I |
3 | Numerical Analysis Lab – II |
4 | Differential Equations Lab |
5 | PDE and Systems of ODE Lab |
6 | Mathematical Modeling Lab |
7 | Calculus Lab |
8 | Digital Electronics Lab |
9 | Mechanics Lab |
10 | Electricity and Magnetism Lab |
11 | Digital Electronics Lab |
12 | Thermal Physics and Statistical Mechanics Lab |
13 | Wave and Optics Lab |
14 | Digital Electronics Lab |
15 | Object Oriented Programming Lab with C++ |
16 | Computing Systems Lab |
17 | Programming in C Language Lab |
18 | Object Oriented Programming with Java Lab |
19 | Data Structures & Algorithms Lab |
20 | Data Mining and Ml Using Python Lab |
21 | Advanced Machine Learning with Python Lab |
22 | Internet Programming Lab |
23 | Object Oriented Programming in C++ lab |
24 | Computing Systems Lab |
25 | Programming in C Language Lab |
26 | Communication Technique Lab |
27 | Python programming lab |
28 | Software System Design lab |
29 | Data Structures & Algorithms Lab |
30 | Database Management System Lab |
31 | Design and Analysis of Algorithms Lab |
32 | Computer Application lab |
33 | Data Mining & ML using Python Lab |
34 | Prolog Programming Lab |
35 | Programming in JAVA Lab |
36 | Cyber Security Lab |
37 | Computer Networks Lab |
38 | Design and Analysis of Algorithms Lab |
39 | Data Mining & Ware housing Lab |
S.No. |
Name of Labs |
1 | Computer Programming Lab |
2 | IOT Lab |
3 | Communication Lab |
4 | JAVA Lab |
5 | Networking Lab |
6 | Shell Programming Lab |
7 | Object Oriented Programming Lab |
8 | Data Structure & Algorithm Lab |
9 | Compiler Construction Lab |
10 | Software Engineering Lab |
11 | Python Lab |
S. No |
Title of Paper |
Name of the Author/S |
Department |
Name of Journal |
Year of Publication |
ISSN Number |
1 | Special Functions, Integral Transforms With Applications | Vikas Kumar Meena | Mathematics | Sambodhi | 2021 | 2249-6669 |
2 | Shehu Integral Transform Of The S-Function And Solution Of Fractional Differential Equation | Mridula Purohit, Rashmi Goyal | Mathematics | NIU International Journal Of Human Rights | 2021 | 2394-0298 |
3 | Fractional Calculus Approach To Multivariate Mittag- Leffler Function And N-Dimensional Laguerre-Konhauser Polynomial | Mridula Purohit,Rashmi Goyal | Mathematics | Wesleyan Journal Of Research | 2021 | 0975-1386 |
4 | Solving Coupled Fractional Differential Equations Using Differential Transform Method | Mridula Purohit, Et. Al. | Mathematics | Turkish Journal Of Computer And Mathematics Education (Turcomat) | 2021 | 1309-4653 |
5 | Fractional Time Dependent Model Of The Transportation Of Heavy Pollutants | Mridula Purohit Sumair Mushtaq |
Mathematics | Test Engineering And Management | 2020 | 0193-4120 |
6 | Applications Of Laplace-Adomian Decomposition Method For Solving Time-Fractional Advection Dispersion Equation | Mridula Purohit Sumair Mushtaq |
Mathematics | Journal Of Mathematics And Computer Science | 2020 | 1960-1968 |
7 | The Double Integral Transforms Of The Incomplete Generalized S- Function | Mridula Purohit,Rashmi Goyal | Mathematics | International Journal Of Advanced Science And Technology | 2020 | 2005-4238 |
8 | Singular Integral Operator Involving Generalized Mittag-Leffler Function With Fractional Approach | Mridula Purohit,Rashmi Goyal | Mathematics | International Journal Of Advanced Science And Technology | 2020 | 2005-4238 |
9 | The Solution Of Some Fractional Differential Equations By Polynomial Integral Transform Method | Mridula Purohit,Rashmi Goyal | Mathematics | Wesleyan Journal Of Research | 2020 | 0975-1386 |
10 | Certain Marichev-Saigo-Maeda Fractional Integration Operators Involving The Product Of Galue Type Struve Function And Bessel Struve Kernel Function |
Mohsin Turuk, Dr. Yaghvendra Kumawat And Monika Meena | Maths | International Journal Of Advanced Science And Technology | 2020 | |
11 | Pathway Fractional Integral Operator Associated With GTSF, Bessel-Struve Function & Extended M-Series |
Mohsin Turuk And Dr. Yaghvendra Kumawat | Maths | International Journal Of Advanced Science And Technology | 2020 | |
12 | Marichev-Saigo-Maeda Fractional Calculus Operators with Extended Mittag-Leffler Function And Generalized galue Type Struve Function | Rameez Aziz1, Yaghvendra Kumawat | Maths | Advanced Mathematical Models & Applications | 2020 | 2519-4445 |
13 | Solving Inventory Management Problems Through Mathematical Models: A New Paradigm For Industrial Growth | Shefali Choudhary1, Prof. (Dr.) Vikas Shrotriya2, | Mathematics | Think India Journal | 2019 | 0971-1260 |
14 | Fractional Differential Equation And Their Applications | Afsar Khan | Mathematics | IJMTE | 2019 | 2249-7455 |
15 | An Inventory Model For Two- Warehouse For Deteriorating Item With Time Dependent Demand |
Shefali Choudhary1, Prof. (Dr.) Vikas Shrotriya2, | Mathematics | Glimpses | Vol. 9, No. 1, December, 2019 | 2019 | 2250-0561 |
16 | An Inventory Model For Two-Warehouse For Deteriorating Item With Time Dependent Demand |
Shefali Choudhary , Prof. (Dr.) Vikas Shrotriya Dr. Pardeep Goel |
Maths | Glimpses | 2019 | 2250-0561 |
17 | Solving Inventory Management Problems Through Mathematical Models: A New Paradigm For Industrial Growth | Shefali Choudhary Dr. Pardeep Goel Prof. (Dr.) Vikas Shrotriya |
Maths | Think India Journal | 2019 | 0971-1260, |
18 | MSM Fractional Integration And Differentiation Operators Of Multi-Parametric K-Mittag Leffler Function And Generalized Multi-Index Bessel Function | Mridula Purohit Aditi Badguzer | Mathematics | International Journal Of Statistics And Applied Mathematics | 2018 | 2456-1452 |
19 | The Gumbel – Exponential Distribution | Mridula Purohit , Jaya Gupta , Aditi Badguzer | Mathematics | Journal Of Rajasthan Academy Of Physical Sciences | 2018 | 0972-6306 |
20 | Some New Expansion Formulae Involving A Basic Analogue Of Generalized H-Function | Alpana Gupta | Maths | Journal Of Rajasthan Academy Of Physical Sciences | 2018 | ISSN : 0972-6306 |
21 | Intuitionistic Fuzzy Queues With Priority Discipline. | Chandan Singh Ujarari And Arun Kumar | Mathematics | International Journal For Research In Applied Science & Engineering Technology | 2017 | 2321-9653 |
22 | Broadcast Polling In Ieee 802.16 Networks With Average-Buffered Subscriber Stations. | Chandan Singh Ujarari And Arun Kumar | Mathematics | International Journal Of Science And Research (Ijsr) | 2017 | 2319-7064 |
23 | Enhancement And Segmentation Of Lung Ct Image For Efficient Identification Of Cancerous Cells | Mushtaq Ahmad Shah,Prof Mridula Purohit & Prof.M.H.Gulzar | Mathematics | International Journal Of Electronics And Informatics | 2016 | 2186-0114 |
24 | Traffic Congestion A Challenging Problem In The World | Mushtaq Ahmad Shah,Prof Mridula Purohit & Prof.M.H.Gulzar | Mathematics | International Journal Of Mathematical Combinatorics | 2016 | 1937-1055 |
25 | A Survey And Strengthening Of Erdos Gyarfas Conjecture | Mushtaq Ahmad Shah,Prof Mridula Purohit & Prof.M.H.Gulzar | Mathematics | Syril And Methodius University Skopje Macedonia | 2016 | 1857-8438 |
26 | A Study Of Fractional Integral Operators And Generalized K Wright Function | Monika Malhotra,Prof.Vandana Agarwal | Mathematics | Iosr Journal Of Mathematics | 2016 | 2319-765x |
27 | Fractional Derivatives And Fractional Integrals | Afsar Khan | Mathematics | International Journal Of Scientific Research | 2277-8179 | |
28 | Analysis Of Inventory Management For Deteriorating Items Under FIFO and LIFO Dispatching Policy (A Comparative Study Of Two Warehouses) | Shefali Choudhary1, Prof. (Dr.) Vikas Shrotriya2, | Mathematics | Turkish Journal Of Physiotherapy And Rehabilitation | 2651-4451 |