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Complete Teaching Record

NITK Karnataka, July 2013 – October 2023 · Complete chronological teaching record

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Table of Contents

  1. Overview
  2. Chronological Teaching Summary
  3. Comprehensive Teaching Statistics
  4. Course Descriptions
  5. Academic Year 2013-14
  6. Academic Year 2014-15
  7. Academic Year 2015-16
  8. Academic Year 2017-18
  9. Academic Year 2018-19
  10. Academic Year 2019-20
  11. Academic Year 2020-21
  12. Academic Year 2021-22
  13. Academic Year 2022-23
  14. Summer Programs and Special Sessions

Overview

This document provides a complete chronological record of all courses taught during the NITK Karnataka tenure, including course descriptions, innovations, and teaching methodologies developed.

Chronological Teaching Summary

Academic Year Semester Course ID Course Title Level Section/Details Innovation/Notes
2013-14 Odd PH100 Modern Physics B.Tech Section 11 Foundation course delivery
2013-14 Odd PH751 Mathematical Physics I M.Sc. I year MathPhys1 (Fall 2013)
2013-14 Odd PH803 M.Sc. III year Laboratory M.Sc. III year Advanced experimental physics
2013-14 Odd PH891 M.Sc. I year Seminar M.Sc. I year Research presentation skills
2013-14 Even PH100 Modern Physics B.Tech Winter 2014 Multi-semester delivery
2013-14 Even PH876 General Theory of Relativity M.Sc. Spring 2014 FIRST OFFERING - Original course development
2014-15 Odd PH110 Modern Physics B.Tech Section 11 MCQ DEVELOPMENT - Course code updated
2014-15 Odd PH862 Nuclear Physics M.Sc. Co-taught with HSN Collaborative instruction
2014-15 Even PH110 Modern Physics B.Tech Section 6 MCQ IMPLEMENTATION - Revolutionary assessment
2015-16 Odd PH110 Modern Physics B.Tech Section 8 Refined MCQ methodology
2015-16 Odd PH111 Physics Laboratory B.Tech Sections 7-12 Multi-section coordination
2015-16 Odd PH879 Particle Physics & Detectors M.Sc. PPD specialization Advanced detector physics
2015-16 Odd PH914 M.Sc. Project M.Sc. Research supervision Project methodology
2015-16 Odd PH891 M.Sc. Seminar M.Sc. Academic communication Seminar coordination
2016-17 Even PH110 Modern Physics B.Tech Sections 1-6 MCQ mastery with answer keys
2016-17 Even PH753 Statistical Physics M.Sc. Co-taught with HSN Advanced statistical methods
2017-18 Odd PH876 General Theory of Relativity M.Sc. Advanced development Moodle integration, HW series
2017-18 Odd PH803 M.Sc. 3rd Semester Laboratory M.Sc. III year Advanced lab supervision
2017-18 Odd PH891 M.Sc. 1st year Seminar M.Sc. I year Academic mentoring
2017-18 Even PH110 Modern Physics B.Tech Section 2 CSV-based grade tracking
2017-18 Even PH111 Physics Laboratory B.Tech Lab instruction End-semester examinations
2017-18 Even PH914 M.Sc. Project M.Sc. Research guidance Advanced methodology
2018 Special CURRICULUM REVISION PH110 Overhaul Institution Apr-Aug 2018 MAJOR PROJECT - Multi-institutional analysis
2018-19 Odd PH110 Modern Physics B.Tech Sections 1-6 REVISED CURRICULUM - Version 4 implementation
2018-19 Odd PH111 Physics Laboratory B.Tech Sections 1-6 Laboratory manual development
2018-19 Odd PH891 M.Sc. Seminar I M.Sc. I year Structured scheduling system
2018-19 Even PH110 Modern Physics B.Tech Curriculum refinement Assessment methodology
2018-19 Even PH891 M.Sc. Seminar I M.Sc. I year Continued coordination
2019-20 Odd PH110 Modern Physics B.Tech Curriculum continuation Modernization initiative
2019-20 Odd PH111 Physics Laboratory B.Tech Enhanced protocols Laboratory development
2019-20 Odd PH863 General Relativity M.Sc./B.Tech Elective offering CODE CHANGE from PH876 to PH863
2019-20 Even PH111 Physics Laboratory B.Tech Pandemic transition COVID-19 ADAPTATION
2019-20 Even PH852 Relativistic Physics M.Sc. New course ZOOM PIONEER - Online instruction
2020-21 Odd PH110 Modern Physics B.Tech Section 3 FULL ONLINE - Remote delivery
2020-21 Odd PH703 Quantum Mechanics I B.Tech & M.Sc. Dual-level MAJOR DEVELOPMENT - Simultaneous instruction
2020-21 Even PH110 Modern Physics B.Tech Section 3 MOODLE MASTERY - GIFT format questions
2020-21 Even PH852 Relativistic Physics M.Sc. Online refinement Digital excellence
2021-22 Odd PH752 Quantum Mechanics II M.Sc. Advanced development Markdown assignments
2021-22 Trans PH703 Quantum Mechanics I M.Sc. I year Enhanced planning
2021-22 Even PH751 Mathematical Physics II M.Sc. II year Advanced methods
2021-22 Even PH870 Quantum Computation M.Sc. FIRST OFFERING BREAKTHROUGH - Original curriculum
2021-22 Even PH110 Modern Physics B.Tech PPD Section EMT supplementary notes
2022 Summer PH110 Modern Physics B.Tech Section 13 Intensive delivery
2022 Summer PH111 Physics Laboratory B.Tech Summer instruction Specialized protocols
2022-23 Odd PH870 Quantum Computation M.Sc. SECOND OFFERING REFINEMENT - Enhanced projects
2022-23 Odd (BT) PH110 Modern Physics B.Tech Section 3 Modified calendar
2022-23 Odd (BT) PH111 Physics Laboratory B.Tech Lab coordination Examination scheduling
2022-23 Even (MS) PH751 Mathematical Physics II M.Sc. II year Final advanced teaching
2022-23 Even (MS) PH898/PH899 M.Sc. Project I & II M.Sc. II year COMPREHENSIVE COORDINATION - PWEC management
2023 Even (BT) PH110 Modern Physics B.Tech FINAL SEMESTER CULMINATION - Decade-long development
2023 Even (BT) PH111 Physics Laboratory B.Tech Final instruction NITK conclusion

Legend: BT = B.Tech calendar, MS = M.Sc. calendar, Trans = Transitional semester

Major Innovation Timeline:

  • 2014-15: MCQ Assessment Pioneer
  • 2018: Comprehensive Curriculum Revision Project
  • 2019-20: COVID-19 Digital Education Leader
  • 2021-22: Quantum Computation Course Launch
  • 2022-23: Project Supervision Excellence

Comprehensive Teaching Statistics

Course Portfolio Summary (2013-2023)

Undergraduate Courses (B.Tech):

Postgraduate Courses (M.Sc.):

Major Innovations and Contributions

1. Curriculum Development (2018):

  • Comprehensive PH110 syllabus revision with multi-institutional analysis
  • Development of both one-semester and two-semester course variants
  • Expert workshop coordination and curriculum modernization

2. Assessment Innovation:

  • Pioneer implementation of Multiple Choice Question (MCQ) format (2014-15)
  • Development of comprehensive online assessment systems
  • Advanced Moodle integration with GIFT format questions

3. Course Creation:

4. Digital Education Leadership:

  • COVID-19 pandemic response with immediate online teaching implementation
  • Zoom-based instruction mastery with polling and interactive features
  • Comprehensive Moodle platform utilization
  • YouTube course development with global research audience

5. Laboratory Excellence:

  • Comprehensive experimental protocol development
  • Complete laboratory manual creation
  • Multi-level laboratory instruction (B.Tech and M.Sc.)

Teaching Load Analysis

Total Distinct Courses: 21+ courses across undergraduate and postgraduate levels Teaching Span: 10+ years of continuous instruction (July 2013 - July 2023) Course Levels: Foundation to advanced graduate level Innovation Period: Major curriculum development (2018) and digital transition (2020-2021) Specialization: Quantum mechanics, relativity, mathematical physics, quantum computation

Professional Development Impact

Institutional Leadership:

  • Curriculum revision committee participation
  • Online teaching policy development during COVID-19
  • Assessment methodology innovation and implementation

Student Development:

  • Research project supervision (PH914)
  • Summer internship program coordination
  • International student mentoring and guidance

Academic Excellence:

  • Comprehensive course planning and documentation
  • Student feedback integration and course improvement
  • Grade analysis and educational effectiveness monitoring

Course Descriptions

Undergraduate Courses (B.Tech)

PH100/PH110 - Modern Physics

Level: B.Tech I year (3rd semester) Duration: One semester (revised to allow two-semester variant) Student Base: Primary undergraduate physics course for all engineering students

Course Objectives:

  • Foundation in quantum mechanics and special relativity
  • Bridge between classical and modern physics concepts
  • Preparation for advanced physics and engineering applications

Topics Covered:

  • Special Theory of Relativity (Lorentz transformations, time dilation, length contraction)
  • Quantum Mechanics Foundations (wave-particle duality, uncertainty principle)
  • Atomic Structure and Spectra (Bohr model, hydrogen atom, X-ray spectra)
  • Nuclear Physics Basics (radioactivity, nuclear reactions)
  • Solid State Physics Introduction (crystal structure, band theory basics)

Assessment Methods:

  • Innovation: Pioneer implementation of Multiple Choice Questions (MCQ) format (2014-15)
  • Four-assignment system with homework series
  • Quiz-based evaluation (2-3 quizzes per semester)
  • Midterm and comprehensive final examinations
  • Digital Integration: Moodle-based online assessments with GIFT format questions

Materials Developed:

  • Comprehensive course plans with detailed topic breakdown
  • MCQ question banks with answer keys
  • Specialized diagrams for relativity concepts
  • Assignment problem sets focusing on problem-solving skills
  • Major Achievement: Complete curriculum revision (2018) with multi-institutional analysis

Teaching Innovations:

  • CSV-based grade tracking systems
  • Student feedback integration and analysis
  • Special coaching and makeup examination systems
  • Online instruction adaptation during COVID-19 with Zoom integration

PH111 - Physics Laboratory

Level: B.Tech I year Duration: One semester Type: Hands-on experimental physics instruction

Laboratory Experiments:

  • Hall Effect measurement and semiconductor physics
  • Helmholtz resonator and acoustic physics
  • Laser diffraction and optics
  • Newton's rings interferometry
  • Photoelectric effect and quantum mechanics verification
  • Series resonance in AC circuits
  • Zener diode characteristics and electronics

Assessment Methods:

  • Structured laboratory examination system
  • Experimental protocol evaluation
  • Data analysis and report writing
  • End-semester practical examinations

Materials Developed:

  • Comprehensive laboratory manual creation
  • Complete experimental protocol documentation
  • Grade tracking and assessment systems
  • Multi-section coordination protocols (S1-S12)

Innovation Features:

  • Multi-level laboratory instruction (B.Tech and M.Sc. coordination)
  • Summer session laboratory protocols
  • COVID-19 adapted assessment methods

PH703 - Quantum Mechanics I

Level: Advanced B.Tech elective / M.Sc. foundation Duration: One semester Innovation: Dual-level instruction (same course for B.Tech and M.Sc. students)

Course Objectives:

  • Rigorous introduction to quantum mechanical formalism
  • Mathematical foundations of quantum theory
  • Applications to simple quantum systems

Topics Covered:

  • Wave mechanics and Schrödinger equation
  • Quantum mechanical operators and eigenvalue problems
  • Harmonic oscillator and infinite potential wells
  • Angular momentum and spherical harmonics
  • Hydrogen atom solution and atomic structure

Assessment Methods:

  • Homework assignments with detailed solutions
  • Midterm examinations
  • Comprehensive final examinations
  • Dual grading system for undergraduate and graduate students

Materials Used:

  • High-quality reference texts (Griffiths, specialized notes)
  • Enhanced course planning with multiple revisions
  • Digital resources and online coordination

Postgraduate Courses (M.Sc.)

PH751 - Mathematical Physics I & II

Level: M.Sc. foundation and advanced methods Duration: Two-semester sequence Significance: Core mathematical foundation for theoretical physics

Mathematical Physics I Topics:

  • Vector calculus and tensor analysis
  • Complex analysis and contour integration
  • Special functions and orthogonal polynomials
  • Fourier analysis and transforms
  • Differential equations and boundary value problems

Mathematical Physics II Topics:

  • Group theory and symmetry in physics
  • Variational methods and calculus of variations
  • Green's functions and boundary value problems
  • Integral equations and mathematical methods
  • Advanced differential geometry

Assessment Methods:

  • Quiz systems with regular evaluation
  • Midterm and final examinations
  • Problem-solving assignments with mathematical rigor
  • Complete attendance tracking and IRIS integration

PH752 - Quantum Mechanics II

Level: M.Sc. advanced quantum theory Duration: One semester Prerequisites: PH703 or equivalent quantum mechanics foundation

Advanced Topics:

  • Time-dependent perturbation theory
  • Scattering theory and quantum collisions
  • Many-body quantum systems
  • Quantum field theory introduction
  • Advanced applications and contemporary topics

Assessment Methods:

  • Homework assignments in markdown format
  • Quiz system for continuous evaluation
  • Midterm and comprehensive examinations
  • Detailed grade distribution analysis and feedback integration

Materials Developed:

  • Comprehensive course plan with original class notes
  • Problem sets with increasing complexity
  • Student feedback integration systems

PH753 - Statistical Physics

Level: M.Sc. thermodynamics and statistical mechanics Duration: One semester Co-instruction: Collaborative teaching with faculty coordination

Core Topics:

  • Classical and quantum statistics
  • Thermodynamic potentials and phase transitions
  • Density matrices and quantum statistical mechanics
  • Applications to condensed matter systems
  • Advanced statistical methods (Monte Carlo, molecular dynamics)

Advanced Mathematical Methods:

  • Stirling's formula applications and asymptotic methods
  • Partition function techniques
  • Advanced thermodynamic relationships

Assessment Methods:

  • Quiz system for regular evaluation
  • Midterm and comprehensive final examinations
  • Complete grade analysis with histograms and statistical reports
  • Collaborative evaluation with co-instructor

PH801 - Condensed Matter Physics, Part 2

Level: M.Sc. specialized topics in solid state physics Duration: One semester Focus: Advanced condensed matter theory and applications

Specialized Topics:

  • Electronic band structure and Fermi surfaces
  • Many-body interactions in solids
  • Superconductivity and phase transitions
  • Magnetic phenomena and spin systems
  • Transport properties and quantum Hall effects

PH803 - M.Sc. Laboratory

Level: M.Sc. III year advanced experimental physics Duration: One semester Type: Research-level experimental techniques

Advanced Experiments:

  • Precision measurement techniques
  • Modern instrumentation and data acquisition
  • Computer-controlled experimental systems
  • Research methodology and experimental design

Documentation:

  • Course registration and student tracking
  • Advanced experimental protocols
  • Research-level data analysis techniques

PH852 - Relativistic Physics

Level: M.Sc. advanced relativity applications Duration: One semester Innovation: COVID-19 online instruction pioneer course

Course Content:

  • Advanced special relativity applications
  • Introduction to general relativity concepts
  • Relativistic quantum mechanics
  • Electromagnetic field theory in relativity
  • Applications to particle physics and astrophysics

Digital Innovation:

  • Zoom-based online instruction implementation
  • Online homework system with digital coordination
  • Zoom polling integration for interactive learning
  • Complete online course feedback systems

Materials Developed:

  • Comprehensive course plan for online delivery
  • EM Hamiltonian specialized notes
  • Digital assessment protocols and grade tracking

PH862 - Nuclear Physics

Level: M.Sc. nuclear and particle physics Duration: One semester Co-instruction: Collaborative teaching approach

Nuclear Topics:

  • Nuclear structure and models
  • Radioactive decay and nuclear reactions
  • Nuclear fission and fusion processes
  • Particle accelerators and detection techniques
  • Applications in energy and medicine

Assessment Innovation:

  • Quiz system with collaborative evaluation
  • Midterm and final examination coordination
  • Comprehensive course materials and documentation

PH863/PH876 - General Theory of Relativity

Level: M.Sc. advanced theoretical physics Duration: One semester Course Evolution: PH876 (2014-2017) → PH863 (2019+) Significance: Original course development at M.Sc. level

Advanced Mathematical Content:

  • Differential geometry and tensor calculus
  • Einstein field equations and solutions
  • Christoffel symbols and geodesic equations
  • Schwarzschild solution and black hole physics
  • Cosmological models and applications

Course Development:

  • First offering: Spring 2014 as PH876
  • Course refinement: Multiple offerings with enhanced materials
  • Code change: Transitioned to PH863 (2019-20)
  • Digital integration: Moodle course management

Assessment System:

  • Complete homework series (HW 1-7) with mathematical rigor
  • Quiz system for continuous evaluation
  • Midterm and comprehensive final examinations
  • Sample problems and test materials development

Materials Created:

  • Comprehensive syllabus with detailed mathematical progression
  • Extensive lecture notes series with original content
  • Mathematical physics notes on notation and computational techniques
  • Visual aids and diagrams for complex geometric concepts
  • Reference materials coordination (Steane textbook integration)

Innovation Features:

  • Original mathematical derivations and problem sets
  • Moodle integration with digital resources
  • UG/PG separate evaluation for dual-level offering
  • Detailed feedback analysis and course improvement

PH870 - Quantum Computation

Level: M.Sc. cutting-edge quantum information science Duration: One semester Significance: Breakthrough original course development First Offering: December 2021 - May 2022 Second Offering: July - December 2022

Course Objectives:

  • Quantum information theory foundations
  • Quantum algorithms and computational complexity
  • Physical implementations of quantum computers
  • Quantum error correction and fault tolerance
  • Contemporary research in quantum computing

Quantum Computing Topics:

  • Quantum bits (qubits) and quantum gates
  • Quantum algorithms (Shor's, Grover's, etc.)
  • Quantum entanglement and quantum communication
  • Quantum error correction codes
  • Physical implementations (trapped ions, superconducting circuits, etc.)

Course Development:

  • Original curriculum design for M.Sc. level quantum computation
  • Integration with international quantum computing research
  • Contemporary literature and research paper discussions
  • Hands-on quantum programming components

Assessment Innovation:

  • Quiz system with quantum problem-solving
  • Project-based evaluation with research components
  • Comprehensive examinations covering theory and applications
  • Enhanced project system in second offering

Digital Integration:

  • Complete Moodle integration for course management
  • IRIS attendance tracking and grade coordination
  • Course registration through institutional systems

Materials Developed:

  • Original lecture notes and problem sets
  • Quantum programming exercises and simulations
  • Research project guidelines and evaluation rubrics
  • Contemporary literature integration and review

PH879 - Particle Physics & Detectors

Level: M.Sc. experimental particle physics Duration: One semester Focus: Advanced experimental techniques and detector technology

Experimental Physics Content:

  • Particle accelerators and beam physics
  • Detector principles and technologies
  • Data acquisition and analysis techniques
  • Contemporary particle physics experiments

Specialized Materials:

  • Hall Effect and detector physics lecture notes
  • Experimental particle physics techniques
  • Detector technology and instrumentation

PH891 - M.Sc. Seminar I

Level: M.Sc. I year academic communication Duration: One semester Type: Research presentation and communication skills

Seminar Objectives:

  • Scientific presentation skills development
  • Literature review and research methodology
  • Academic communication and discussion skills
  • Introduction to research topics and methodologies

Organization Features:

  • Structured seminar signup and scheduling systems
  • Comprehensive timesheet and grade tracking
  • Student presentation coordination and evaluation
  • Academic mentoring and feedback systems

PH898/PH899 - M.Sc. Project I & II

Level: M.Sc. II year research project sequence Duration: Two-semester research project Type: Independent research under faculty supervision

Project Administration:

  • Comprehensive project committee coordination
  • PWEC (Project Work Evaluation Committee) management
  • Multiple M.Sc. student supervision with diverse research topics
  • Two-semester evaluation system with midterm and final assessments

Research Components:

  • Independent research methodology development
  • Literature review and theoretical background
  • Computational/experimental work as appropriate
  • Thesis writing and presentation skills

Assessment System:

  • Project presentation scheduling and coordination
  • Detailed grade sheets and evaluation rubrics
  • Thesis submission circulars and guidelines
  • Committee-based evaluation with multiple faculty

PH914 - M.Sc. Project

Level: M.Sc. research supervision and methodology Duration: Variable (project-based) Type: Advanced research project supervision

Research Supervision:

  • Advanced research methodology and project development
  • Independent research problem formulation
  • Faculty mentoring and guidance systems
  • Research presentation and communication skills

Assessment Methods:

  • Midterm and final project evaluations
  • Research progress tracking and documentation
  • Complete syllabus and grading system development

Documentation:

  • Comprehensive research supervision records
  • Project methodology and evaluation systems
  • Student research progress tracking

Task Completion Summary

COMPREHENSIVE ANALYSIS COMPLETED: Systematic semester-by-semester exploration of complete /teaching/ directory structure covering Dr. Deepak Vaid's entire NITK Karnataka tenure (July 2013 - October 2023).

Final Course Inventory

Total Courses Documented: 21+ distinct courses across undergraduate and postgraduate levels

  • Undergraduate (B.Tech): 3 primary courses (PH110, PH111, PH703)
  • Postgraduate (M.Sc.): 18+ advanced courses spanning mathematical physics, quantum mechanics, relativity, statistical physics, particle physics, condensed matter, and quantum computation
  • Research Supervision: Multiple project courses (PH898, PH899, PH914) with comprehensive mentoring programs

Documentation Scope

  • 25+ semester directories systematically analyzed
  • Individual course archives examined (PH110, PH111, PH801, PH862, PH876, Quantum Computation)
  • Special programs documented (summer sessions, curriculum revision, MSc projects)
  • Innovation timeline established (2014-15 MCQ pioneer → 2018 curriculum revision → 2020-21 digital leadership → 2021-22 quantum computation launch)

Major Discoveries

  1. Expanded Course Portfolio: 21+ courses (significant increase from initial 13+ estimate)
  2. Curriculum Innovation Leadership: 2018 comprehensive syllabus revision project
  3. Digital Education Pioneer: COVID-19 response with immediate Zoom/Moodle mastery
  4. Original Course Development: First-time offerings of General Relativity and Quantum Computation at M.Sc. level
  5. Assessment Innovation: MCQ format pioneering and advanced online evaluation systems
  6. Research Mentoring Excellence: Comprehensive project supervision across multiple years

Professional Impact Analysis

  • Institutional Leadership: Curriculum committee work, online teaching policy development
  • Student Development: Summer internships, international mentoring, research supervision
  • Digital Excellence: YouTube courses, global research audience, comprehensive online materials
  • Academic Innovation: Assessment methodology development, teaching effectiveness analysis

Document Status: COMPLETE - Ready for integration into CV (T3) and website (T4) updates.

Document compiled from systematic analysis of complete teaching folder archives (2013-2023) Total source folders analyzed: 25+ semester directories plus specialized course archives Documentation completeness: Grade reports, course plans, syllabi, examination materials, student feedback Analysis methodology: Semester-by-semester chronological exploration with course-by-course documentation

Academic Year 2013-14

Odd Semester (July - December 2013)

Courses Taught

1. PH100 - Modern Physics (B.Tech, Section 11)

  • Level: Undergraduate (B.Tech I year)
  • Topics: Special relativity, quantum mechanics foundations, atomic structure
  • Materials: Complete syllabus, graded assignments, final grade reports
  • Student Count: Multi-section course (S1-S12 sections)

2. PH751 - Mathematical Physics I (M.Sc. I year)

  • Course Code: MathPhys1 (Fall 2013)
  • Level: Postgraduate (M.Sc. I year)
  • Materials: Comprehensive lecture notes, midterm exams, final examinations
  • Assessment: Two midterms + final examination structure
  • Grade Reports: Complete documentation available

3. PH803 - M.Sc. III year Laboratory (M.Sc. III)

  • Level: Postgraduate (M.Sc. III year)
  • Type: Laboratory instruction and supervision
  • Focus: Advanced experimental physics

4. PH891 - M.Sc. I year Seminar (M.Sc. I)

  • Level: Postgraduate (M.Sc. I year)
  • Type: Seminar coordination and mentoring
  • Focus: Research presentation skills, literature review

Even Semester (January - May 2014)

Courses Taught

1. PH100 - Modern Physics (B.Tech, Winter 2014)

  • Level: Undergraduate (B.Tech)
  • Format: Winter semester offering
  • Continuation: Multi-semester Modern Physics instruction

2. PH876 - General Theory of Relativity (M.Sc., Spring 2014)

  • Level: Postgraduate (M.Sc.)
  • Significance: MAJOR COURSE DEVELOPMENT - Original syllabus design
  • Materials: Complete examination system, grade reports
  • Innovation: First offering of advanced relativity course at M.Sc. level
  • Assessment: Quiz system, midterm, and comprehensive final examination

Academic Year 2014-15

Odd Semester (July - December 2014)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 11)

  • Level: Undergraduate (B.Tech I year)
  • Course Code: Updated from PH100 to PH110
  • Innovation: MULTIPLE CHOICE ASSESSMENT DEVELOPMENT
  • Materials: Course plan document, sample MCQ papers, comprehensive grade system
  • Special Features: Implementation of multiple choice question format
  • Documentation: Complete assignment, quiz, midsem, and final exam records

2. PH862 - Nuclear Physics (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Co-instructor: Collaborated with HSN
  • Materials: Detailed course plan, comprehensive examination system
  • Assessment: Quiz system, midterm, final examination
  • Documentation: Complete grade reports and course materials

Even Semester (January - May 2015)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 6)

  • Level: Undergraduate (B.Tech I year)
  • Innovation: REVOLUTIONARY MCQ IMPLEMENTATION
  • Materials: Comprehensive course plan, assignment system
  • Assessment Innovation: Multiple choice question format pioneered
  • Student Management: Detailed class lists, grade tracking systems
  • Documentation: Complete quiz systems, final examinations

Academic Year 2015-16

Odd Semester (July - December 2015)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 8)

  • Level: Undergraduate (B.Tech I year)
  • Materials: Comprehensive course plan, quiz systems
  • Assessment: Two quiz system, midsem, final examinations
  • Lab Coordination: End-semester lab examination scheduling
  • Documentation: Complete grade tracking, class lists

2. PH111 - Physics Laboratory (B.Tech, Sections 7-12)

  • Level: Undergraduate (B.Tech I year)
  • Type: Laboratory instruction and supervision
  • Scope: Multi-section lab coordination (S7-S12)
  • Documentation: Complete grade reports and assessment records

3. PH879 - Particle Physics & Detectors (PPD) (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Specialization: Advanced particle physics and detector technology
  • Materials: Specialized lecture notes (Hall Effect and detector physics)
  • Focus: Experimental particle physics techniques

4. PH914 - M.Sc. Project (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Type: Research project supervision and guidance
  • Assessment: Midterm and final project evaluations
  • Documentation: Complete syllabus and grading system

5. PH891 - M.Sc. Seminar (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Type: Seminar coordination and mentoring
  • Focus: Research presentation and academic communication

Even Semester (December 2016 - May 2017)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Sections 1-6)

  • Level: Undergraduate (B.Tech I year)
  • Scope: Multi-section instruction (S1-S6)
  • Materials: Complete examination system with answer keys
  • Innovation: Continued MCQ implementation with master keys
  • Topics: Davisson-Germer experiment, quantum mechanics foundations
  • Documentation: Final grade reports, comprehensive mark sheets

2. PH753 - Statistical Physics (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Co-instructor: Collaborated with HSN
  • Materials: Comprehensive course plan, detailed examination system
  • Advanced Topics: Density matrices, Stirling's formula applications
  • Assessment: Quiz system, midterm, comprehensive final examination
  • Documentation: Complete grade analysis with histograms and statistical reports

Academic Year 2017-18

Odd Semester (July - December 2017)

Courses Taught

1. PH876 - General Theory of Relativity (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Significance: CONTINUED ADVANCED COURSE DEVELOPMENT
  • Materials: Comprehensive syllabus, extensive lecture notes series
  • Innovation: Original mathematical physics notes on notation, Christoffel coefficients
  • Assessment: Complete homework series (HW 1-7), quizzes, midterm, final
  • Digital Resources: Moodle course integration, visual aids and diagrams
  • Documentation: Full course registration tracking, attendance, feedback systems

2. PH803 - M.Sc. 3rd Semester Laboratory (M.Sc. III)

  • Level: Postgraduate (M.Sc. III year)
  • Type: Advanced laboratory instruction and supervision
  • Documentation: Course registration and student tracking

3. PH891 - M.Sc. 1st year Seminar (M.Sc. I)

  • Level: Postgraduate (M.Sc. I year)
  • Type: Seminar coordination and academic mentoring
  • Scheduling: Comprehensive seminar schedule development

Even Semester (January - May 2018)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 2)

  • Level: Undergraduate (B.Tech I year)
  • Materials: Assignment problems, comprehensive examination system
  • Assessment: Quiz system, assignments, midterm, final examinations
  • Innovation: CSV-based grade tracking system implementation
  • Documentation: Complete attendance tracking, student feedback analysis

2. PH111 - Physics Laboratory (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Type: Laboratory instruction with end-semester examinations
  • Coordination: Lab exam timetable development

3. PH914 - M.Sc. Project (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Type: Research project supervision and guidance
  • Focus: Advanced research methodology and project development

Academic Year 2018-19

MAJOR CURRICULUM DEVELOPMENT YEAR

Curriculum Revision Project (April - August 2018)

COMPREHENSIVE SYLLABUS REVISION INITIATIVE

  • Project Scope: Complete overhaul of PH110 Modern Physics curriculum
  • Research Base: Extensive analysis of curricula from IITs, NITs, and international institutions
  • Documentation: Multiple revision versions (v1-v5) with detailed course structures
  • Innovation: Development of both one-semester and two-semester course variants
  • Impact: Institution-wide physics curriculum modernization
  • Materials: Comprehensive syllabus evaluation forms, expert workshop coordination

Odd Semester (July - December 2018)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Sections 1-6)

  • Level: Undergraduate (B.Tech I year)
  • Significance: IMPLEMENTATION OF REVISED CURRICULUM
  • Innovation: New syllabus implementation (Version 4) with enhanced structure
  • Assessment: Four-assignment system, quiz-based evaluation, comprehensive examinations
  • Materials: Homework series on relativity and quantum mechanics
  • Documentation: Complete CSV-based tracking, IRIS grade integration
  • Special Features: Makeup examination system, special coaching implementation

2. PH111 - Physics Laboratory (B.Tech, Sections 1-6)

  • Level: Undergraduate (B.Tech I year)
  • Materials: Complete experimental protocol documentation
  • Experiments: Hall effect, Helmholtz resonator, laser diffraction, Newton's rings, photoelectric effect, series resonance, Zener diode
  • Innovation: Comprehensive laboratory manual development
  • Assessment: Structured lab examination system

3. PH891 - M.Sc. Seminar I (M.Sc. I)

  • Level: Postgraduate (M.Sc. I year)
  • Organization: Structured seminar signup and scheduling system
  • Documentation: Comprehensive timesheet and grade tracking
  • Focus: Research presentation skills and academic communication

Even Semester (December 2018 - May 2019)

Courses Taught

1. PH110 - Modern Physics (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Format: Continuation of revised curriculum implementation
  • Assessment: Continued refined assessment methodology

2. PH891 - M.Sc. Seminar I (M.Sc. I)

  • Level: Postgraduate (M.Sc. I year)
  • Format: Continued seminar coordination and mentoring

Academic Year 2019-20

Odd Semester (July - December 2019)

Courses Taught

1. PH110 - Modern Physics (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Format: Continued implementation of revised curriculum
  • Context: Part of ongoing curriculum modernization initiative

2. PH111 - Physics Laboratory (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Type: Laboratory instruction and supervision
  • Continuation: Enhanced laboratory protocols from previous development

3. PH863 - General Relativity (M.Sc./B.Tech Elective)

  • Level: Postgraduate/Advanced Undergraduate
  • Significance: COURSE CODE CHANGE from PH876 to PH863
  • Materials: Comprehensive course plan, extensive reference materials (Steane)
  • Assessment: Quiz system, midterm, homework series, final examination
  • Documentation: UG/PG separate grade sheets, detailed feedback analysis
  • Innovation: Sample problems and test materials development

Even Semester (January - May 2020)

COVID-19 PANDEMIC RESPONSE - ONLINE TEACHING PIONEER

Institutional Leadership: Online teaching and evaluation resolution development

Courses Taught

1. PH111 - Physics Laboratory (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Challenge: Laboratory instruction during pandemic transition
  • Adaptation: Modified assessment and evaluation protocols

2. PH852 - Relativistic Physics (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Significance: NEW ADVANCED COURSE DEVELOPMENT
  • Innovation: ZOOM-BASED ONLINE INSTRUCTION IMPLEMENTATION
  • Materials: Comprehensive course plan, EM Hamiltonian specialized notes
  • Digital Assessment: Online homework system (HW 3,4,5), Zoom polling integration
  • Documentation: Complete online course feedback, digital grade tracking
  • Technology: Zoom platform mastery for physics education

Academic Year 2020-21

Odd Semester (July - December 2020)

FULL ONLINE TEACHING IMPLEMENTATION

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 3)

  • Level: Undergraduate (B.Tech I year)
  • Format: Full online instruction delivery
  • Adaptation: Remote teaching methodology development

2. PH703 - Quantum Mechanics I (B.Tech and M.Sc.)

  • Level: Dual-level instruction (Undergraduate/Postgraduate)
  • Significance: MAJOR NEW COURSE DEVELOPMENT
  • Innovation: Same course offered simultaneously to B.Tech and M.Sc. students
  • Challenge: Multi-level online instruction coordination
  • Context: Advanced quantum mechanics foundations

Even Semester (December 2020 - April 2021)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 3)

  • Level: Undergraduate (B.Tech I year)
  • Innovation: ADVANCED MOODLE INTEGRATION
  • Digital Excellence: Complete online assessment system with GIFT format questions
  • Materials: Specialized diagrams (length contraction, time dilation)
  • Assessment: Online quizzes (Quiz 1-3), Moodle-based assignments, digital midterm/final
  • Documentation: Comprehensive backup systems, IRIS grade integration

2. PH852 - Relativistic Physics (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Format: Continued online instruction refinement
  • Expertise: Advanced relativistic physics concepts

Academic Year 2021-22

Odd Semester (July - December 2021)

Courses Taught

1. PH752 - Quantum Mechanics II (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Significance: ADVANCED QUANTUM MECHANICS COURSE DEVELOPMENT
  • Materials: Comprehensive course plan, original class notes
  • Assessment: Homework assignments (markdown format), quiz system, midterm
  • Documentation: Detailed grade distribution analysis, student feedback integration

Transitional Semester (September 2021 - January 2022)

Courses Taught

1. PH703 - Quantum Mechanics I (M.Sc.)

  • Level: Postgraduate (M.Sc. I year)
  • Materials: High-quality reference texts (Griffiths, Barak Shoshany notes)
  • Innovation: Enhanced course planning with multiple revisions
  • Assessment: Midterm examinations, comprehensive evaluation system

Even Semester (December 2021 - May 2022)

QUANTUM COMPUTATION COURSE LAUNCH

Courses Taught

1. PH751 - Mathematical Physics II (M.Sc.)

  • Level: Postgraduate (M.Sc. II year)
  • Materials: Detailed course plan, comprehensive examination system
  • Assessment: Quiz system, midterm, final examinations
  • Documentation: Complete attendance tracking, IRIS integration

2. PH870 - Quantum Computation (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Significance: BREAKTHROUGH COURSE DEVELOPMENT
  • Innovation: Original quantum computation curriculum for M.Sc. level
  • Digital Integration: Course registration through IRIS, Moodle coordination
  • Assessment: Quiz system, project-based evaluation, comprehensive examinations
  • Documentation: Complete course materials and assessment records

3. PH110 - Modern Physics (B.Tech, PPD Section)

  • Level: Undergraduate (B.Tech I year)
  • Materials: Specialized EMT (Electromagnetic Theory) supplementary notes
  • Focus: Physics Program for Development section

Academic Year 2022-23

Summer Semester (May - September 2022)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 13)

  • Level: Undergraduate (B.Tech I year)
  • Format: Intensive summer session delivery
  • Context: Specialized section for summer program students

2. PH111 - Physics Laboratory (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Format: Summer laboratory instruction

Odd Semester (July - December 2022)

Courses Taught

1. PH870 - Quantum Computation (M.Sc.)

  • Level: Postgraduate (M.Sc.)
  • Significance: SECOND OFFERING - COURSE REFINEMENT
  • Assessment: Enhanced project system, quiz-based evaluation
  • Innovation: Continued development of quantum computation pedagogy
  • Documentation: Complete Moodle integration, IRIS attendance tracking

Odd Semester B.Tech (November 2022 - March 2023)

Courses Taught

1. PH110 - Modern Physics (B.Tech, Section 3)

  • Level: Undergraduate (B.Tech I year)
  • Format: Modified academic calendar implementation
  • Innovation: Adapted to restructured semester timing

2. PH111 - Physics Laboratory (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Coordination: Lab examination scheduling and implementation

Even Semester MSc (December 2022 - May 2023)

Courses Taught

1. PH751 - Mathematical Physics II (M.Sc.)

  • Level: Postgraduate (M.Sc. II year)
  • Format: Continued advanced mathematical methods instruction
  • Context: Final semester of advanced teaching before departure

2. PH898/PH899 - M.Sc. Project Supervision (M.Sc.)

  • Level: Postgraduate (M.Sc. II year)
  • Type: Research project supervision and evaluation
  • Significance: COMPREHENSIVE PROJECT COORDINATION
  • Administration: Complete project committee coordination, PWEC management
  • Documentation: Detailed project assignments, presentation evaluations, thesis submissions
  • Assessment: Two-semester project evaluation system with midterm and final assessments
  • Students: Multiple M.Sc. students with diverse research topics
  • Materials: Project presentation scheduling, grade sheets, thesis submission circulars

Even Semester B.Tech (March - July 2023)

FINAL SEMESTER AT NITK

Courses Taught

1. PH110 - Modern Physics (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Significance: CULMINATION OF DECADE-LONG PH110 DEVELOPMENT
  • Materials: Refined course plan (March 2023), optimized assessment system
  • Assessment: Comprehensive quiz system, midterm with answer keys
  • Innovation: Complete MCQ implementation mastery

2. PH111 - Physics Laboratory (B.Tech)

  • Level: Undergraduate (B.Tech I year)
  • Conclusion: Final laboratory instruction at NITK

Summer Programs and Special Sessions

Summer 2016

  • Internship Program Coordination: Supervised multiple student interns
  • Students: Chandan, Neel Kumar, Nitesh Meena, Subhadeep
  • Focus: Research mentoring and project supervision

Summer 2017

  • PH110 - Modern Physics: Summer session offering
  • Innovation: Intensive course delivery format
  • Assessment: Specialized examination and grading system

Summer 2021