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Main
UQU Programs
Chemistry

Quantum Chemistry

CHM3507
Two hours English

Quantum Chemistry

Quantum Chemistry
MTH2123 Introduction to Differential Equations
Two hours No requisites
CHM1103 General Chemistry 2
Two hours One requisite
1 From Classical to Quantum Mechanics - Basics of Quantum Theory
2 The Schrodinger Equation - Linear Operators in Quantum Mechanics
3 Wave Functions and Their Probabilistic Interpretation - Normalized Wave Functions
4 Commutators and the Uncertainty Principle - Hermitian Operators
5 Postulates and General Principles of Quantum Chemistry
6 Schr?dinger Equation (in One Dimension)
7 Schr?dinger Equation for a particle in a box (Three Dimension) - Harmonic-Oscillator Wave Functions
8 Revision
9 The Rigid Rotator Model of a Diatomic Molecule
10 The Schrodinger Equation for a Hydrogen Atom
11 The Schrodinger Equation for a Helium Atom
12 The Variation Method
13 Perturbation Theory - Perturbation Treatment of the Helium-Atom Ground State
14 Electron Spin - The Pauli Exclusion Principle
15 Revision
1.1 Mapped to: K1

List the foundational principles of quantum mechanics and terminology, including wave functions, commutators, and the uncertainty principle.

Teaching Strategy Interactive lectures and discussions
Assessment Methods Homework assignments
1.2 Mapped to: K2

Describe electron spin, the Pauli exclusion principle, and their implications for atomic and molecular structures.

Teaching Strategy Problem-solving sessions
Assessment Methods Homework assignments
2.1 Mapped to: S2

Solve quantum mechanical problems involving molecular systems using appropriate mathematical techniques.

Teaching Strategy Problem-based learning through group assignments
Assessment Methods Graded problem sets requiring analytical solutions.
2.2 Mapped to: S3

Solve the Schr?dinger equation for simple systems, and interpret wave functions, commutators, and the uncertainty principle in quantum chemistry.

Teaching Strategy Problem-based learning through group assignments
Assessment Methods Graded problem sets requiring analytical solutions.
2.3 Mapped to: S2

Apply advanced methods like perturbation theory and the variation method to complex chemical systems.

Teaching Strategy Instructor-guided
Assessment Methods Oral presentations.
3.1 Mapped to: V1

Collaborate effectively in teams to solve complex quantum chemistry problems.

Teaching Strategy Group projects
Assessment Methods Peer and instructor evaluation of group projects
3.2 Mapped to: V2

Exhibit autonomy in conducting research and exploring advanced topics in quantum chemistry.

Teaching Strategy Assignments
Assessment Methods Research-based individual assignments
3.3 Mapped to: V2

Reflect critically on the implications of quantum mechanics for scientific and technological advancements.

Teaching Strategy Guided self-assessment
Assessment Methods Participation in class discussions
Assessment
Weight
Homework and activities.
10%
First Periodic Exam
20%
Second Periodic Exam
20%
Final Exam.(2 hours exam)
50%
Total
100%