Chemistry

Overview

Nanoscience as a discipline of chemistry deals with the manipulation of the material at the atomic and molecular scale. It is an interdisciplinary field based on principles related to the behavior of matter and energy at the atomic level in chemical, biological and material systems. Upon completion of this program, students will become familiar with state-of-the-art materials characterization tools and nanofabrication equipment, as well as be able to apply the concepts of nanoscience to emerging technology fields such as clean energy technology, biomedical devices and high-performance materials. BAS Institute offers the M.Sc. and Ph.D. degrees that provides theoretical and experimental skills. Our graduate degrees are uniquely designed to provide students with interdisciplinary curricula that extend beyond the traditional disciplines. By the end of the program, the graduate will possess: (1) Insight into the materials and basic research promotion that can be used on the nanoscale and their limitations, (2) proficiency in translating this knowledge into useful technological applications, (3) extensive analytic and synthetic problem-solving capacities, (4) sufficient scientific background to undertake research human resource development, (5) sensitizing public and media about the advantages and safeguards in nanoscience

Chemistry plays a decisive role in the scientific-technological and economic-social development of a country. In particular, chemistry is crucial to provide new forms of energy and new materials, promoting innovation in all areas of production, thus ensuring a better quality of life. Hence, our goal for introducing the Bachelor of chemistry (CHM) program is to educate the students in an effective manner so that the chemistry professionals can serve the fascinating fields of the chemistry.

Bachelor of Science in Chemistry serves as synergism of basic concepts of Chemistry with many applications and conduit between bench scale chemistry and industrial scale chemical and chemical engineering. The main objective of this degree course is to produce graduates with enhanced skills, knowledge and research aptitude to carry out higher studies or research and development in the various chemistry areas. It establishes the study of development, optimization, and monitoring of fundamental chemical process which is used in the industry for transforming raw materials and useful commercial products for society. It also provides technical and managerial skills in industrial development and management, students are able to learn and gain experience to enable them to use knowledge in different industrial fields and public sectors

The bachelor degree course in Chemistry aims to prepare graduates with a scientific and technical training both for immediate access to professional employments as well as to proceed in the academic studies with M.D. courses of chemistry. In particular, the bachelor degree course provides:

  • a solid basic training in mathematical and physical disciplines;
  • a basic knowledge of general, inorganic, organic, physical, analytical and biological chemistry;
  • the knowledge about industrial chemistry fundamentals, product-process relationships, and sustainable and environmental chemistry;
  • the knowledge about the chemistry and technology of reactions and processes, with a focus on plants, safety, energy, environmental, economic and quality aspects;
  • basic knowledge about polymer science (structure, synthesis and production processes);
  • basic knowledge of catalytic processes, energy production and petrochemical processes;
  • the knowledge and skills for the scale-up from laboratory to the industry;
  • the knowledge on materials and products properties and applications;
  • a deep knowledge of experimental and instrumental laboratory methods.
Mission
  • Nanoscience program aims to provide quality interdisciplinary science education in such a way that, the graduates can advance the frontiers of knowledge in Nanoscience by developing and transforming them through research and innovations.
    The program prepares qualified graduates for human capital development towards the discovery of alternative nanomaterials, efficient knowledge transfer and for the creation of societal values and morals.
  • To provide timely, relevant, and transformative nanoscience program responsive to the needs of the local, national and global communities in the rapidly changing world.
  • Provide Applied Chemical Science based graduates that meets different fields needs and eventually become the main drivers for the sustainable development and foster graduates to be creative, engage collaboratively and be able to deal with local and regional communities