Mohammad Saleem Khan I am a retired and Professor of Physical Chemistry
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I am retired Professor of Physical Chemistry with a teaching experience of 34 years at University level in University of Peshawar, Peshawar (Pakistan). During my services, I have taught all the courses of Physical Chemistry along with courses in Environmental Chemistry and research methodology. My other responsibility was research in my field (Polymer and Environmental polymer chemistry), and have published 100 research paper in international journals of repute. My concept of teaching is that a teacher should have complete knowledge of his subject, then he can covey the science behind the concepts of the course. Multi media and online teaching is new aspect of teaching and I can do that as well. I feel that in teaching students should be engaged during and it should be interactive. Students should be free to ask questions during and after the class. Assignments and test should be regularly given to students for good evaluation. These are my teaching values/rules for a good teacher. research on Polymer and material Chemistry is another aspect of my career. I have published 100 research papers in this field. I can guide scholars in research topic, research work/ papers and assignments also. research scholars in this field can contact me .

Subjects

  • Polymer chemistry Masters/Postgraduate-Doctorate/PhD

  • Environmental Chemistry Masters/Postgraduate-Doctorate/PhD

  • Chemical Thermodynamics Grade 10-Doctorate/PhD

  • Polymer science Intermediate-Expert

  • Organic, Inorganic, Analytical and Physical chemistry Masters/Postgraduate-Doctorate/PhD

  • Material Chemistry Intermediate-Expert

  • Chemistry (Advanced level)

Experience

  • Honorary Research fellow (Sep, 1998–Oct, 1999) at Chemistry department, University of Aberdeen, Scotland, UK
    As commonwealth research fellow, I worked their in Research on Polyelectrolytes and ion conduction in polymer solutions.
  • Professor and Associate Professor, Assistant Professor, Lecturer (Mar, 1982–Apr, 2017) at National Centre of Excellence in Physical Chemistry, University of Peshawar (Pakistan)
    Started working as Lecturer and retired as Professor in the National Centre of Excellence in Physical Chemistry, University of Peshawar (Pakistan) (from 1982-2017). My responsibilities were teaching and research in Physical Chemistry domain especially Polymer Chemistry. In addition several administrative tasks were given to me especially in various committees of the institute.

Education

  • Doctor of Philosophy in Physical Chemistry (Sep, 1987–Oct, 1992) from University of Peshawar Pakistan
  • Diploma in Chemistry and Chemical Engineering (Oct, 1984–Sep, 1985) from Tokyo Institute of Technology, Tokyo (Japan)

Fee details

    Rs1,000–1,500/hour (US$3.59–5.38/hour)

    Negotiable

Courses offered

  • Polymer Chemistry

    • US$500
    • Duration: 8 Weeks
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: No
    A "Polymer Chemistry" course designed for 8 weeks would cover the fundamental principles of polymers, including their synthesis, structure, properties, and applications. Here's an example of what a course description might look like:
    Course Title: "Introduction to Polymer Chemistry"
    Duration: 8 Weeks
    Course Description:
    This course provides an introduction to the field of polymer chemistry, focusing on the chemistry, synthesis, and characterization of polymers. Students will explore the fundamental concepts related to the structure, properties, and behavior of polymer materials, which are essential to modern materials science. The course will include both theoretical knowledge and practical insights into the diverse applications of polymers in industries such as packaging, electronics, medicine, and energy.
    Course Topics:
    1. Introduction to Polymers: Classification, history, and importance in modern society
    2. Polymer Structure : Monomers, repeat units, and molecular weight
    3. Polymerization Mechanisms: Step-growth, chain-growth, and living polymerization
    4. Copolymers and Polymer Blends: Block, random, and graft copolymers
    5. Thermoplastic vs Thermosetting Polymers: Properties and applications
    6. Polymer Characterization Techniques: Molecular weight determination, spectroscopy, and microscopy, Light scattering, Viscosity.
    7. Polymer Properties: Mechanical, thermal, and rheological properties
    8. Applications of Polymers: Emerging technologies in nanotechnology, biomedicine, and environmental sustainability
    Learning Outcomes:
    By the end of the course, students will be able to:
    - Understand the basic chemistry and classification of polymers
    - Identify various polymerization mechanisms and predict the resulting polymer properties
    - Characterize polymers using different analytical techniques
    - Explore the role of polymers in various technological and industrial applications
    - Discuss environmental considerations and future trends in polymer chemistry
    Prerequisites: General Chemistry
    This structure can be tailored further depending on specific academic requirements.

  • Physical Chemistry

    • US$500
    • Duration: 8 Weeks
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: Yes
    A "Physical Chemistry" course designed for 8 weeks would focus on the principles that describe how matter behaves on a molecular and atomic level, including thermodynamics, kinetics, quantum mechanics, and spectroscopy. Below is an example of a course description:
    Course Title: Introduction to Physical Chemistry
    Duration: 8 Weeks
    Course Description:
    This course offers a foundational understanding of physical chemistry, emphasizing the quantitative and theoretical principles that govern chemical systems. Students will explore topics such as thermodynamics, chemical kinetics, quantum chemistry, and molecular spectroscopy. By integrating mathematical models and experimental data, this course will help students gain insights into how molecules interact and react, providing a bridge between theoretical chemistry and practical laboratory applications.
    Course Topics:
    1. Introduction to Physical Chemistry: Overview and significance in chemical sciences
    2. Thermodynamics: Laws of thermodynamics, enthalpy, entropy, and Gibbs free energy
    3. Chemical Equilibria: Equilibrium constants, Le Chatelier's principle, and applications in real systems
    4. Chemical Kinetics: Order of the reaction, Molecularity, Rate laws, reaction mechanisms, and factors affecting reaction rates
    5. Quantum Chemistry: Introduction to quantum theory, wave-particle duality, and the Schrödinger equation.
    6. Atomic and Molecular Structure: Orbitals, electronic configuration, and molecular orbitals
    7. Molecular Spectroscopy: Interaction of matter with electromagnetic radiation, IR, UV-Vis, and NMR spectroscopy
    8. Statistical Mechanics: Basic concepts and applications in understanding molecular behavior
    Learning Outcomes:
    By the end of this course, students will be able to:
    - Understand the core principles of thermodynamics and their application to chemical systems
    - Apply concepts of kinetics to predict and explain reaction behavior
    - Use quantum mechanics to describe the behavior of atoms and molecules
    - Interpret molecular spectra and use spectroscopic techniques for molecular analysis
    - Develop problem-solving skills using mathematical models in physical chemistry

    Prerequisites: General Chemistry, Calculus

    NOTE:
    This 8-week course covers the essential topics of physical chemistry, providing a balance between theory and practical application. It can be customized depending on the target audience or specific academic focus.

  • Material Chemistry

    • US$1200
    • Duration: 10 Weeks
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: Yes
    A Materials Chemistry course over10 weeks would focus on the chemistry of materials and their applications, emphasizing the structure-property relationships that define material functionality in various industries. Here’s a sample course description:
    Course Title: Introduction to Materials Chemistry
    Duration: 10 Weeks
    Course Description:
    This course provides an introduction to the field of materials chemistry, focusing on the synthesis, characterization, and application of materials in modern technology. Students will explore the fundamental principles of solid-state chemistry, nanomaterials, polymers, and electronic materials. The course will highlight the relationship between the structure, properties, and performance of materials, with a strong emphasis on how chemistry drives the development of materials with unique and advanced properties.
    Course Topics:
    1. Introduction to Materials Chemistry: Importance and applications in modern industries
    2. Atomic and Molecular Structure of Materials: Crystallography, bonding, and defects in solids
    3. Synthesis of Materials: Methods of preparation, including sol-gel, vapor deposition, and self-assembly
    4. Solid-State Chemistry: Band theory, semiconductors, and superconductors
    5. Nanomaterials: Properties, synthesis, and applications in catalysis, energy, and medicine
    6. Polymers and Soft Materials: Structure, properties, and industrial applications
    7. Materials Characterization Techniques: X-ray diffraction (XRD), scanning electron microscopy (SEM), and other techniques
    8. Materials for Energy and Sustainability: Solar cells, batteries, fuel cells, and green materials
    Learning Outcomes:
    By the end of the course, students will be able to:
    - Understand the structure and properties of different classes of materials
    - Synthesize and characterize materials using modern chemical techniques
    - Analyze the relationship between material composition and its physical properties
    - Apply principles of materials chemistry to address challenges in technology and sustainability
    - Explore emerging trends in nanotechnology, energy materials, and biomaterials
    Prerequisites: General Chemistry, some knowledge of Physics is recommended
    NOTE:
    This 8-week course gives a comprehensive introduction to materials chemistry, integrating theory with real-world applications. It can be tailored to the needs of different student levels or academic programs.

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