Teaching Staff

Courses & Syllabus:

PROGRAMES & OUTCOMES:

• PO1:Scientific temperament: The programme inculcates scientific attitude in the minds of learners in physical, chemical, material, life and mathematical sciences. Students acquire scientific abilities such as logical thinking, problem solving approach, data collection and decision making and apply the same (BL6).

• PO2: Basic scientific knowledge: Students acquire scientific knowledge to extract information, formulate and solve problems in a systematic manner (BL6).

• PO3: Technical competence and practical skills: Learners acquire skills to handle basic scientific instruments following the general lab safety practices through experimental skills(BL6).

• PO4: Creative thinking and numerical ability: It empowers the learners with creative thinking and numerical ability (BL6).

• PO5: Environment and sustainability: It provides understanding of current environmental scenario and necessity of sustainability along with solutions. Students are made aware of environment related issues and sustainable technology development (BL3).

• PO5: Competency: The programme prepares learners for post -graduation and higher education. Students become eligible for appearing to competitive examinations such as MPSC/UPSC and banking (BL6).

• Course Outcomes:

F. Y. B. Sc. 

1. Physics 101- Paper No I: Mechanics, properties of matter & sound:

CO1: To familiarize students with basic concepts of mechanics.

CO2: To have deep understanding of Newton‘s laws of gravitation and their applications.

CO3: To understand the concepts of viscosity and elasticity thoroughly.

CO4: To understand the phenomena of surface tension and its applications.

CO5: To understand the concept of ultrasonic and acoustics effectively.

CO6: To enable students to solve numerical problems.

2. Paper No II: Heat and Thermodynamics

CO1: To understand the concept of thermal conductivity and its application.

CO2: To understand the concept of real gases and transform phenomena.

CO3: To enable students to understand the laws of thermodynamics and thermodynamic  

          processes.

CO4: To study the concept of entropy thoroughly.

CO5: To study heat engines and their efficiency.

CO6: To enable students to solve numerical problems.

3. Semester II 104- Paper No IV: Geometrical and Physical Optics

CO1: To familiarize students with basic concepts of optics.

CO2: To have deep understanding of cardinal points of optical system.

CO3: To understand the concept of interference thoroughly.

CO4: To enable students to summarize phenomena of diffraction and polarization.

CO5: To enable to solve numerical problems.

4. Paper No V: Electricity and Magnetism

CO1: To understand the basic concepts and laws in electrostatics.

CO2: To study the basic concepts and laws in dielectrics.

CO3: To get knowledge of the basic concepts and laws of magnetism.

CO4: To understand the basic concepts of transient current.

CO5: To enable students to solve numerical problems involving topics covered.

S. Y. B. Sc. 

5. Physics Semester III 201- Paper No VII: Mathematical, Statistical Physics and Relativity

CO1: To familiarize students with the mathematical methods used in physics.

CO2: To familiarize students with the vector algebra.

CO3: To get acquaintance with the differential equations.

CO4: To familiarize students with partial differential equations.

CO5: To familiarize students with classical and quantum statistics.

CO6: To understand the concepts of special theory of relativity.

CO7: To apply mathematical methods to solve problems in physics.

6. 202- Paper No VIII: Modern and Nuclear Physics

CO1: To familiarize learners with basic properties of nucleus.

CO2: To have deep understanding of radioactivity and its applications.

CO3: To familiarize students with nuclear forces and elementary particles.

CO4: To understand construction and working of various particle accelerators and detectors.

CO5: To understand photoelectric effect.

CO6: To study different photoelectric cells.

CO7: To enable students to solve numerical problems.

Semester IV -

7. 205 Paper No XI: General Electronics

CO1: To familiarize students with basic electronic components.

CO2: To understand semiconductors.

CO3: To have deep knowledge of semiconductor devices.

CO4: To familiarize learners with transistor circuits and their characteristics.

CO5: To understand oscillators and multi vibrators.

CO6: To understand the process of modulation and demodulation.

CO7: To solve numerical problems.

8. 206- Paper No XII: Solid state Physics

CO1: To familiarize students with basic concepts of structure of solids.

CO2: To familiarize students with characterization techniques.

CO3: To understand bonding and band theory of solids deeply.

CO4: To understand transport properties thoroughly.

CO5: To enable students to solve numerical problems.

T. Y. B. Sc. Semester V  

9. 301-Paper No XV: Classical and Quantum Mechanics

CO1: To understand the mechanics of the system of particles.

CO2: To understand d’Albert, principle, Langranges equation and its application.

CO3: To familiarize students with historical background of quantum mechanics.

CO4: To understand wave function and its physical interpretations.

CO5: To familiarize learners with time dependent and time independent Schrodinger 

           equations and their applications.

CO6: To familiarize students with various operators used in quantum mechanics.

CO7: To enable students to solve numerical problems.

10. Paper No XVI: Electrodynamics

CO1: To familiarize students with various differential operators to study the Gauss law.

CO2: To familiarize learners with basic concepts and equations related to time varying fields 

           such as Faradays law, Len’s law etc.

CO3: To write expression for pointing vectors for electromagnetic waves.

CO4: To enable to write wave equations.

CO5: To solve numerical problems.

Semester VI 

11. 305- Paper No XIX: Atomic, Molecular Physics and LASER

CO1: To familiarize students with conceptual development of atomic model.

CO2: To understand one and two valence electron systems deeply.

CO3: To understand Zeeman Effect, Paschan back effect, Stark effect etc.

CO4: To understand Molecular Raman Spectroscopy.

CO5: To have deep introduction to lasers.

CO6: To familiarize students with different types of LASERS.

CO7: To understand construction and working of various types of LASERS.

CO8: To be aware with various applications of LASERS.

CO9: To enable students to solve numerical problems.

12. Paper No XX: Non-conventional Energy sources and Optical Fibers

CO1: To introduce students with various types of renewable energy sources.

CO2: To familiarize students with applications of solar energy.

CO3: To familiarize students with applications of biomass energy.

CO4: To familiarize students with wind mechanics.

CO5: To create awareness among students about energy conservation.

CO6: To familiarize students with optical fibers.

CO7: To familiarize students with applications of optical fibers.

CO8: To enable students to solve numerical problems. taxonomy.

Research

Prof. Dr. R.V. Kathare. 

             Presently working as Professor and Head in the Department of Physics in our college. He has more 28 years teaching experience to UG. He has participated and presented his research papers in National Conferences. He has published Eleven (11) research papers in National Journals/ Conference proceedings and published one book. He has organized one National Conference and as a Co-Convener, he has organized Two (2) State level Seminars. He is recognized research guide of Dr. Babasaheb Ambedkar Marathwad Unversity, Aurangabad since 2002. Under his supervision, three Students are working for Ph. D. Degree.

 PUBLICATIONS

Dr. Santosh R. Wadgane

* Research Publication in Peer Review Journals: -

1. “Ferro and magneto-electric characteristics in YFeO3-Y3Fe5O12 nanocomposite”.

Santosh R. Wadgane, S. E. Shirsath, A. S. Gaikwad, Sunil Satpute, A. B. Kadam, R. H. Kadam.

Journal of Magnetism and Magnetic Materials (2017) Page no.-103-109 IF: 3.046

2. “Magnetic field induced polarization and magnetoelectric effect in Na0.5Bi0.5TiO3 + Co0.75Zn0.25Cr0.2Fe1.8O4   multiferroic composite”. 

      S. R. Wadgane, S. T. Alone, Asif Karim, Gaurav Vats, Sagar E. Shirsath, R. H.  Kadam.

Journal of Magnetism and Magnetic Materials (2018) Page no.-388-393 IF: 3.046

3. Surprisingly high magneto-electric coupling in cubic Co0.7Fe2.3O4 -SrTiO3 nano-

      composites.

Anil S. Gaikwad , R.H. Kadam , Sagar E. Shirsath,  Santosh R. Wadgane , Jyoti Shah, R.K. Kotnala, A.B. Kadam.

Journal of Alloys and Compounds (2018) Page no.-564-570 Impact Factor: 3.779

4. Magneto-electric coupling and improved dielectric constant of BaTiO3 and Fe-rich (Co0.7Fe2.3O4) ferrite nano-composites.

      Gaikwad, Anil S.Shirsath, Sagar E. Wadgane Santosh R, Kadam R. H. Shah Jyoti,   

      Kotnala R. K. Kadam, A. B.

      Journal of Magnetism and Magnetic Materials, Page no.-508-514 IF: 3.046

 5.  Y3+ substituted Sr-hexaferrites: sol-gel synthesis, structural, magnetic and 

      electrical Characterization.

      S. S. Satpute , S. R. Wadgane, S. R. Kadam, D. R. Mane, R. H. Kadam.

      Cerâmica 65 (2019) Page No. 274-281

6. Substitutional Effect of Y3+ ions in cobalt ferrite on the structural, magnetic and electrical properties of nanoparticles.

S. S. Satpute , S. R. Wadgane, Kirti desai, D. R. Mane, R. H. Kadam.

Cerâmica 66 (2020) Page No. 43-49.

7. Hopping mechanism and cation distribution studies in Y3+ doped cobalt ferrite 

      Nanoparticles

      Sunil Satpute, S.B. Shelke, Birajdar A.A., Wadgane Santosh, Lohar K.S. Mane D.R. ,  

       S.M. Patange,  R. H. Kadam.

       Int. Research Journal of Science & Engineering, Impact Factor: 3.662 (Cosmos)

   * Paper Presentation in Conference:-

1. Structural and dielectric characteristics of NBT – CZCFO multiferroic composite at room temperature.

Santosh R. Wadgane, Sunil Satpute, Supriya R. Kadam, S. B. Shelke, S.E.Shirsath,  R.H. Kadam.

 106th Indian Science Congress held at L.P.University, Jalandhar, Punjab- 2019.

2.   Room temperature XRD and magnetic investigations of NBT-Zn-Cr-CFO   

  multiferroic composites.

      Santosh Wadgane, A.R.Shitre, S.K.Gurav,S.D.Balsure, S.S.Satpute,S.M. Patange, R. H. Kadam

            Int. Research Journal of Science & Engineering, Impact Factor: 3.662 (Cosmos)

     3.    Structural and Dielectric properties of (x) YFeO3 + (1-x) Y3Fe5O12 magnetoelectric

            Nanocomposite

          Santosh R.Wadgane, Sunil Satpute, Mahesh Mane, S. T.Alone,  Sagar.E.Shirsath,  R. H. Kadam.

            105th Indian Science Congress held at Manipur University, Imphal-2018 

      4.  Tailoring the structural and magnetic properties of Co2+   substituted Co-Cu-Cr ferrite  

            nanoparticles.

  S.B. Shelke, Santosh Wadgane, M. L. Mane, Sunil Satpute, A. S. Gaikwad, B. H. Devmunde, V. S. Shinde, C. U. Nikam.

            Int. J. Advanced Research in Basic and Applied Sciences; Special Issue (2017). 

• Conference /Workshop Attended:-   

1. 107th Five day International conference organized by The Indian Science Congress Association at University of Agricultural Sciences, Bangalore from 03-07 January 2020. (Under Department of Science & Technology, Ministry of science & Technology, Government of India.)

2. 106th Five day International conference organized by The Indian Science Congress Association at Lovely Professional University, Jalandhar, Punjab from 03-07 January 2019. (Under Department of Science & Technology, Ministry of science & Technology, Government of India.)

3. Recent Advances in Green Chemistry & Physics- April-2018 to be held at Shri Chhatrapati Shivaji College, Omerga, Tq. Omerga, Dist. Osmanabad. 413606, Maharashtra, India.

4. 105th Five day International conference organized by The Indian Science Congress Association at Manipur University, Imphal From 16-20 March 2018.(Under department of science & Technology, Ministry of science & Technology, Government of  India.)

5. One day National Conference on Innovation in Nanomaterials and Nanotechnology -2017 (NCINMNT-2017)to be held in Rajarshi Shahu Arts, Commerce and Science college Pathri, Tq. Phulambri, Dist. Aurangabad.-431111, Maharashtra, India 

6. 104th Five day International conference organized by The Indian Science Congress Association at S. V. University,Tirupati from 03-07 January 2017. (Under department of science & Technology, Ministry of science & Technology, Government of India.)

7. Two Week ISTE short term Training Programme on Engineering Physics conducted by IIT Bombay from December 8 – 18, 2015 (Under the National Mission on Education through ICT (MHRD, Govt. of India.)

8. One day workshop on revised syllabus of Engineering Physics for First year Engineering Sponsored by Dr. B.A.M. University, Aurangabad organized on 18th October 2011 conducted by Hi-Tech Institute of Technology, Aurangabad.

Activities

1. State level Seminar on “Recent Trends in Physics” (UGS Sponsored) on 13-14 March 2005
2. State level Seminar on “One-day nanoscience & Nanotechnology-Present Scenario” on 21/11/2009
3. Short Term Course on “Solar Lamp” for 30 Hours.
4. Covid -19 Awareness Program by T.Y. Students.
5. Two day’s International Webinar on “Recent Advances on Science & Technology” on 13-14 Nov. 2021.
6. Science Day Quiz Competition on 28 Feb.2022.



Curricular activity

• Unit Test
• Assignments
• Seminar
• Projects
• Quiz Competition

Extra-curricular activity

• Special Day Celebration (Science Day)
• Invited Guest Lectures
• Poster Presentation

Alumni List:

Future Plan

• To arrange International seminar/ conference.
• To submit minor/major research project to UGC
• To set new Experiments
• To Arrange the Guest Lectures

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