Courses

Our Chemistry Department offers a range of foundational and advanced courses for both Intermediate and Graduate students, blending theoretical knowledge with practical laboratory experience. 

B.Sc. Chemistry (CBCS & NEP-2020)

• The Bachelor of Science in Chemistry (B.Sc. Chemistry) is a comprehensive undergraduate program designed to provide a strong foundation in the core or Major disciplines of chemistry: Physical, Inorganic, Organic, and Analytical Chemistry. This course is ideal for students aspiring to pursue careers in research, teaching, pharmaceuticals, environmental sciences, and various chemical industries. 

• Our B.Sc. Chemistry program combines theoretical learning with hands-on laboratory experience to ensure that students gain both a deep understanding of chemical principles and the practical skills needed to apply them. With a focus on modern chemical research and applications, our curriculum is aligned with the latest trends in science and industry. 

Why Choose this Course?

•  Our curriculum integrates core concepts with modern advances in chemistry, preparing students for careers in diverse sectors like pharmaceuticals, agrochemicals, environmental science, and material science.

• Learn from a team of dedicated, qualified, and passionate lecturers who bring years of academic and industrial experience to the classroom. 

• This course lays a strong foundation for students to pursue further studies (M.Sc., Ph.D.) or work in global research institutions, pharmaceutical companies, and chemical industries. 

Career Pathways: 

Graduates of the B.Sc. Chemistry program can pursue careers in:

• Academics & Education

• Research & Development (Academia, Pharmaceuticals, Chemical Industries)

• Metal Extraction & Process Industries

• Analytical & Quality Control Laboratories

• Pharmaceuticals, Cosmetics, and Food Industries

• Many students also opt for higher studies in Chemistry or related fields, including the preparation for competitive exams for positions in government sectors, teaching, or multinational corporations. 

     Final Year Project work Opportunities: 

• In our Chemistry Department, we strongly believe in the importance of hands-on experience on experiment to complement theoretical learning. As part of the final-year curriculum, students are given the opportunity to work on exciting projects that address real-world issues and contribute to the scientific community. These projects are an essential part of the learning process and help students develop critical skills in scientific analysis, chemical structure designing, IT work and experimental design. 

• Each research project is supervised by one of our experienced faculty members, who will guide students through the research process and ensure that they gain valuable knowledge and practical experience. Additionally, students will have access to the department’s state-of-the-art laboratory facilities and equipment. 

• At the end of the project, students are required to submit a comprehensive research paper, and present their findings to faculty members and fellow students via ppt / poster presentation. This is an excellent opportunity to enhance communication skills and gain recognition for their hard work. 

Intermediate Level ( XI, XII)

• Our two-year Intermediate Chemistry program builds a strong foundation in physical, inorganic, and organic chemistry, preparing students for board exams AHSE as well as competitive examinations.

• A significant portion of learning is hands‑on: volumetric titrations, qualitative salt analysis, content‑based experiments, and viva exercises, making up 30% of the total assessment .

Class XI:

• Fundamental Concept & Physical Chemistry: Principles of matter, atomic structure (Bohr, quantum numbers), states of matter, thermodynamics, and chemical equilibrium – all designed to develop analytical thinking and numerical skills .

• Inorganic Chemistry:  Periodic trends, s‑block and p‑block elements (including Group 13–18), chemical bonding (VSEPR, valence‑bond & molecular orbital theory), hydrogen and its compounds – students learn periodic table properties, elemental behavior, and reactivity . 

• Organic Chemistry: Fundamentals of organic chemistry including IUPAC nomenclature, reaction types, electronic effects, and a study of hydrocarbons (alkanes, alkenes, alkynes, aromatics).

Class XII:

• Physical Chemistry: Deeper study of solids and solutions (including colligative properties), electrochemistry, chemical kinetics, and surface chemistry to enhance problem‑solving proficiency.

• Inorganic Chemistry:  Detailed exploration of metallurgy, d‑ & f‑block elements and coordination compounds, expanding students’ understanding of complex structures and their applications.

• Organic Chemistry: Covers haloalkanes, alcohols, phenols, ethers, aldehydes, ketones, carboxylic acids, amines, diazonium compounds, along with biomolecules (proteins, carbohydrates, polymers) and everyday chemical applications.

     AHS Examination: Total Marks = 100 (Theory = 70 marks and Practical = 30 marks)

      Practical : (30 Marks):

Salt Analysis = 12 marks (Dry Test = 0 5 marks & Wet Test = 07 marks) , Crystallization / Double titration = 10 marks, Viva-voce = 05 marks & Record = 03 marks.