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Professor. Rania Saleh M Alqurashi

Assistant Professor

physics

Faculty of Science

  • Bohor Academy Complex for Girls
  • Faculty Member
  • Personal site
  • Visitors: 3090

A well-organized, strongly self-motivated, independent and influential women leader as well as researcher specialized in solar cell technologies and nanotechnology.

Education

2018

The University of Sheffield, United Kingdom

PhD, Physics

2012

The University of Sheffield, United Kingdom

Master Degree, Nanoscale Science and Technology

2005

Umm Al-Qura University, Saudi Arabia

Bachelor Degree, Physics

2016

Ashdown Academy LtD, United Kingdom

Event Management and Marketing

Experiences

Assistant Professor

  • albaha, Saudi Arabia

  • /

  • From : 09-12-2018

  • /

  • To : Present

Faculty of Science - Baha University

Lecturer

  • albaha, Saudi Arabia

  • /

  • From : 08-10-2016

  • /

  • To : 09-11-2018

Faculty of Science - Baha University

Teaching Assistant

  • albaha, Saudi Arabia

  • /

  • From : 01-01-2007

  • /

  • To : 08-09-2016

Faculty of Science - Baha University

Vice-Head of Physics department at Girls Section

  • albaha, Saudi Arabia

  • /

  • From : 08-12-2018

  • /

  • To : 08-12-2020

Faculty of Science - Baha University

Vice-Dean of Faculty of Science at Girls Section

  • albaha, Saudi Arabia

  • /

  • From : 06-06-2007

  • /

  • To : 06-06-2008

Faculty of Science - Baha University

Vice-Chairman of Department's Graduation Studies Committee

  • albaha, Saudi Arabia

  • /

  • From : 10-12-2019

  • /

  • To : Present

Faculty of Science - Baha University

Member of The Scientific Council at The Institute of Studies and Counselling Services

  • albaha, Saudi Arabia

  • /

  • From : 12-12-2019

  • /

  • To : Present

Faculty of Science - Baha University

Deputy Head of The Natural Science Committee

  • London, United Kingdom

  • /

  • From : 03-01-2014

  • /

  • To : 04-01-2016

The Scientific Society of Saudi Students in The UK (SSSSUK)

General Secretary of The Society

  • London, United Kingdom

  • /

  • From : 06-12-2016

  • /

  • To : 05-02-2017

The Scientific Society of Saudi Students in The UK (SSSSUK)

Research Interests

Publication Profile

Teaching Courses

PHYS10001

General Physics I

Credit Hours: 4
Course term: 1
Communication Hours: 5

This course is an introductory course for the fundamental principles of physics. After completing this course the students will be to: - Understand the main concepts of mechanics and to provide with a basic grounding in the fundamental concepts of law of motions, vectors, energy and potential. - Recognize the basic concepts in the field of geometrical optics. - Gain practical experience in the field of reflection and refraction of light using optical devices.

ESP10305

Specialized English Language for Physics

Credit Hours: 2
Course term: 3
Communication Hours: 2

This is a compulsory university course to study English language specialized in physical sciences. By the end of this course, students should learn scientific terms in physics, scientific writing and presentation, and scientific translation.

PHYS10302

General Physics II

Credit Hours: 4
Course term: 3
Communication Hours: 5

On completing this course, the students will be able to: - Recognize the fundamental concepts in electricity, magnetism and elementary circuits theory. - Gain practical experience in the fundamental concepts of electricity and magnetism.

VOL10001

Voluntary Service

Credit Hours: 1
Course term: 3
Communication Hours: 0

This is designed to train students on various voluntary work which serves their local and university communities.

PHYS10401

Alternating Current Circuits

Credit Hours: 3
Course term: 4
Communication Hours: 4

On completing this course, the students will be able to: - Recognize the basic principles of Sinusoidal alternating wave forms, AC Sources, Resistors, Capacitances and Inductors in an AC Circuit. - Conclude the basic laws of RLC Circuits (RC and RL Circuits, Series RLC Circuits, Parallel RLC Circuits) mathematically correct. - Recognize the basics of Transformers and Power, Rectifiers and Filters. - Gain practical experience in the field of RLC Circuits.

PHYS10404

Electromagnetism

Credit Hours: 3
Course term: 4
Communication Hours: 3

On completing this course, the students will be able to: - Recognize the basic principles of electrodynamics theory - Conclude the basic laws of propagation of electromagnetic waves in free space and matter - Illustrate the radiation fields and electric dipole radiation - Estimate the angular distribution of multiple radiation. - Calculate the field tensor, equation of motion and the relativistic Lorenz Dirac equation

PHYS10405

Physical Optics

Credit Hours: 3
Course term: 4
Communication Hours: 4

On completing this course, the students will be able to: - Recognize the basic principles of physical optics including the nature of light, interference, Polarization and Diffraction in light waves. - Conclude the basic laws of physical optics mathematically correct. - Gain practical experience in the field of interference, diffraction and polarization of light through achieving selected experiments in these topics.

PHYS10501

Electronics I

Credit Hours: 3
Course term: 5
Communication Hours: 4

On completing this course, the students will be able to: - Recognize the basic of electronic functions. - Deduce the signal form relative to a given circuit and vice versa - Model a circuit using non-linear components by linear functions. - Gain practical experience in analyzing elementary linear/non-linear electronic circuits (measuring voltage/current, visualizing signals in the oscilloscope).

PHYS10504

Modern Physics

Credit Hours: 3
Course term: 5
Communication Hours: 4

This course is designed to give students a deep knowledge about the - The Special Theory of Relativity - Origin of Quantum Concepts - Wave Nature of Material Particles - Atomic structure - X-ray production

PHYS10603

Solid State Physics I

Credit Hours: 3
Course term: 6
Communication Hours: 4

On completing this course, the students will be able to: - Recognize the crystal structure of solids - Determine the crystal structure of solids using different characterization techniques such as x-ray diffraction and electron neutron diffraction - Describe the mechanical properties of solids - State the different kinds of lattice vibration in solids - memorize the electron theory in solids including Fermi-Dirac distribution and free electron gas

PHYS10703

Solid State Physics II

Credit Hours: 3
Course term: 7
Communication Hours: 4

On completing this course, the students will be able to: - Outline the physics, modeling and applications of compound semiconductors in electronic, optoelectronic, and photonic devices. - Conclude the basic laws of semiconductors mathematically correct. - Gain practical experience in the field of semiconductors.

PHYS10801

Laser Physics

Credit Hours: 2
Course term: 8
Communication Hours: 2

On completing this course, the students will be able to: - Recognize the basic principles of Interaction matter-light. - Differentiate between spontaneous absorption, emission and stimulated emission. - Illustrate the Einstein coefficient - Summaries different types of cavity. - Explain the laser oscillation. - Criticize the laser beam properties. - Summarize the different Laser applications

PHYS10803

Physics of Semiconductors

Credit Hours: 3
Course term: 8
Communication Hours: 4

On completing this course, the students will be able to: - Outline the physics, modeling and applications of compound semiconductors in electronic, optoelectronic, and photonic devices. - Conclude the basic laws of semiconductors mathematically correct. - Gain practical experience in the field of semiconductors.

PHYS10806

Graduation Research

Credit Hours: 2
Course term: 8
Communication Hours: 2

This course is designed to demonstrate the student’s ability to apply, analyze, syntheses, conduct experiments, evaluate results and communicate significant knowledge and comprehension.

PHYS10809

Physics of Renewable Energy

Credit Hours: 2
Course term: 8
Communication Hours: 2

Aims of this course are to introduce a general physics basic concepts and types of renewable energy. In the interest of time some mathematical criteria will be covered. The course is designed to enable the student to learn and evaluate renewable energy resources such as solar thermal, photovoltaic, wind, tidal, hydroelectric, biomass and others. Each lecture contains several examples from real world applications and in-progress industrial developments.

Office Hours

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