About the Programme

The B.Sc. (Hons./Hons. with Research) in Chemistry at Sharda School of Engineering and Science is a comprehensive four-year undergraduate program that provides a strong foundation in core areas as per NEP 2020 with major and minor in Data Analytics/ Machine learning/ Entrepreneurship. Chemistry undergraduate degree programme is either a 3 or 4-year duration, with multiple entry and exit points and re-entry options and with proper UG and Bachelor certifications such as a UG certificate after completing 1 year (II-semesters), UG diploma after 2 years (IV-semesters), Bachelor’s degree after a 3-year (VI-semesters) and 4-year bachelor’s degree (honours/ honours with research) after eight semester’s programmes of study in Chemistry. The curriculum includes practical labs, research-based learning (RBL), and interdisciplinary subjects. Students can also engage in MOOCs, apprenticeships, or industry-linked projects. The program fosters modern chemical techniques, environmental consciousness, and ethical research. Emphasis on skill development, communication, and digital literacy ensures graduates are prepared for research, industry, or higher studies globally.

Programme Educational Objectives:

To produce graduates having a strong background of basic science, interdisciplinary Sciences and ability to use the knowledge and tools.
To produce graduates who can demonstrate technical competence in the field of chemical sciences and develop solutions of the complex problems.
To produce graduates having professional competence and skills in the field of science to serve the society globally.
To produce researcher who function effectively in a multi-disciplinary environment within a societal and environmental context.
To produce graduates who would be able to take individual responsibility and work as a part of a team towards the fulfillment of both individual and organizational goals.

Program Outcomes (PO’s)

Science Graduates will have:

Knowledge: Describe the fundamental scientific principles and apply the relevant knowledge of basic sciences especially chemical sciences to the problems of related to chemistry and emerge from the broader interdisciplinary subfields.
Problem analysis: Identify, formulate, review research literature, and analyze complex problems reaching substantiated conclusions using principles of physical sciences, and chemical sciences.
Design/development of solutions: Design experiments that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
Conduct investigations: Conduct laboratory experiments safely, use research-based knowledge, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
Modern tools usage: Select, and apply appropriate techniques, resources, and modern software and ICT tools including prediction and modeling to complex scientific activities with an understanding of the limitations.
Environment and sustainability: Understand the impact of the scientific solutions in societal and environmental contexts, and demonstrate the knowledge of, and need of sustainable development
Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the scientific practices.
Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams.
Communication: Communicate effectively on complex scientific activities with community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations.
Project management: Demonstrate knowledge and understanding of the chemical and biochemical principles and apply these to one’s own work, as a member and leader in a team, to manage projects.
Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological changes.

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Course Fee

1st Year 80000

2nd Year 82400

3rd Year 84872

4th Year 87418

1st Sem 41500	3rd Sem 42700	5th Sem 43936	7th Sem 45209
2nd Sem 41500	4th Sem 42700	6th Sem 43936	8th Sem 45209

For International Students

Fee Per Semester	Fee Per Year
NA	3600**

Programme Structure

Semester 1

S.No.	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course
				Teaching Load					CC AEC SEC DSE VAC
				L	T	P			CC AEC SEC DSE VAC
Theory Subject
	Paper ID	Code	Course Name	L	T	P
1	32123	CHT1101	Fundamentals of Chemistry	3	1	0	4	Core	CC
2	32124	CHT1102	Basics of Analytical Chemistry	3	0	0	3	Core	CC
3	32212/ 31699	CHT1202/ CMS102	Plant Biochemistry/ Descriptive Statistics/Minor/MOOC	3	0	0	3	Elective	Minor/DSE
4	32213	CHT1203	Human Health & Nutritional Disorders	2	0	0	2		INS
5	16254	ARP101	Communicative English-1	1	0	2	2	Pre-Requisite	AEC
6		EVT1129	Environment Education	2	0	0	2	Pre-Requisite	VAC
Practical/Viva-Voice/Jury
7	32125	CHP1101	Basic Analytical Chemistry Lab	0	0	2	1	Co Requisite	CC
8		VOB105	Modern trends in chemical analysis: Step forward from laboratory to industry	0	0	6	3	Co Requisite	SEC
TOTAL CREDITS							20

MOOC course may be opted from SWAYAM/NPTEL on prior approval from MOOC coordinator.

Semester 2

S.No.	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite /Co Requisite	Type of Course
				Teaching Load					CC AEC SEC DSE VAC
				L	T	P			CC AEC SEC DSE VAC
Theory Subject
1	32126	CHT1103	Inorganic Chemistry-1	4	0	0	4	Core	CC
2	32127	CHT1104	Physical Chemistry-I	3	0	0	3	Core	CC
3		CHT1105	Quantum Mechanics and molecular spectroscopy/ Minor/MOOC	3	0	0	3	Minor	Minor/ DSE
4		ARP102	Communicative English-II	1	0	2	2	Pre- Requisite	AEC
5	32128	CHT1106	Indian Metallurgy (IKS)	2	0	0	2	Co-Requisite	VAC
6			Mulya Prawah	2	0	0	2	Co-Requisite	VAC
Practical/Viva-Voice/Jury
7	32129	CHP1102	Physical Chemistry Lab-I	0	0	2	1	Core	CC
8		AI3601	Introduction to AI	2	0	2	3	Co Requisite	SEC
TOTAL CREDITS							20

MOOC course may be opted from SWAYAM/NPTEL on prior approval from MOOC coordinator.

Skill based course of 4 credits is mandatory for students who exist the Programme after completing one year.

Semester 3

S.No.	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Electiv e Pre- Requisite / Co Requisite	Type of Course
				Teaching Load					CC AEC SEC DSE
				L	T	P			CC AEC SEC DSE
Theory Subject
1.	32130	CHT2101	Inorganic Chemistry-II	4	0	0	4	1.	32130
2.	32131	CHT2102	Organic Chemistry-I	4	0	0	4	2.	32131
3.	32223/ 31702	CHT1206/ BDA217	Introduction to Developmental biology/ Data preparation and data cleaning/MOOC/Minor	3	0	0	3	3.	32223/ 31702
4.	32132	CHT2103	Introduction to Engineering Materials	2	0	0	2	4.	32132
5.			Indian Language	2	0	0	2	5.
6.			AI Principles	0	1	2	3	6.
Practical/Viva-Voice/Jury
7.	32133	CHP2101	Inorganic Chemistry Lab-I	0	0	2	1	7.	32133
8.	32134	CHP2102	Organic Chemistry Lab-I	0	0	2	1	8.	32134
9.	32135	CHR2101	RBL-1	0	0	4	0	9.	32135
TOTAL CREDITS							20

MOOC course may be opted from SWAYAM/NPTEL on prior approval from MOOC coordinator.

Semester 4

S.No.	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Electi ve Pre- Requisite / Co Requisite	Type of Course
				Teaching Load					CC AEC SEC DSE
				L	T	P			CC AEC SEC DSE
Theory Subject
1.	32136	CHT2104	Organic Chemistry-II	4	0	0	4	Core	CC
2.	32137	CHT2105	Physical Chemistry-II	4	0	0	4	Core	CC
3.	32138	CHT2106	Basics of Pharmaceuticals	4	0	0	4	Core	CC
4.	32229	CHT2208	Enzyme and Catalysis/Minor/ MOOC	3	0	0	3	Co Requisite	Minor/DSE
5.	32139	CCP4001	Community Connect	0	0	4	2	Co Requisite	AEC
Practical/Viva-Voice/Jury
6.	32140	CHP2103	Pharmaceutical Chemistry lab	0	0	4	2		CC
7.	32141	CHR2102	Research Based Learning-2	0	0	4	1	Co Requisite	Research Project
8.		NV3009	AI application on Basic Sciences	0	0	4	0	Co Requisite	VAC
TOTAL CREDITS							20

MOOC course may be opted from SWAYAM/NPTEL on prior approval from MOOC coordinator.

Skill based course of 4 credits is mandatory for students who exist the Programme after completing one year

Semester 5

S.No .	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre-Requisite /Co Requisite	Type of Course
				Teaching Load					CC AEC SEC DSE VAC
				L	T	P			CC AEC SEC DSE VAC
Theory Subject
1	32142	CHT3101	Organic Chemistry III	4	0	0	4	Core	CC
2	32143	CHT3102	Inorganic Chemistry III	4	0	0	4	Core	CC
3	32144	CHT3103	Basics of Spectral Techniques	3	1	0	4	Core	CC
4	32145	CHT3104	Physical Chemistry-III	4	0	0	4	Core	CC
Practical/Viva-Voice/Jury
5	32146	CHP3101	Organic Chemistry Lab-II	0	0	4	2	Co Requisite	CC
6	32147	CHP3102	Inorganic Chemistry Lab-II	0	0	4	2	Co Requisite	CC
7	32148	CHR3101	Research Based Learning-3	0	0	2	0	Co Requisite	Research Project
TOTAL CREDITS							20

Semester 6

Without Apprenticeship

S.No.	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course
				Teaching Load					CC AEC SEC DSE
				L	T	P			CC AEC SEC DSE
Theory Subject
1	32149	CHT3105	Chemistry in Action/Minor	4	0	0	4		Minor/ DSE
2	32150	CHT3106	Chemical Energetics and Radiochemistry/Minor	4	0	0	4		Minor/ DSE
3		CHT3209	Biological Chemistry/Minor	4	0	0	4		Minor/ DSE
4	32151	CHT3107	Nanomaterials: Synthesis and Applications /MOOC*	3	0	0	3	Co Requisite	Interdis ciplinar y
5		ARP306	Campus to Corporate/ Foreign Language	0	1	2	2	Co Requisite	AEC
6		AI3602	AI Driven Solution in Basic Sciences	0	0	4	0	Co Requisite	VAC
7		INC001	Industry Connect	0	0	4	2		INC
Practical/Viva-Voice/Jury
8	32152	CHR3102	Research Based Learning-4	0	0	2	1	Co Requisite	Researc h Project
TOTAL CREDITS							20

With Apprenticeship

S.No .	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course
									CC AEC SEC DSE
				L	T	P
Theory Subject
1	32153	CHA3101	Apprenticeship	0	0	40	20
Practical/Viva-Voice/Jury
TOTAL CREDITS							20

Semester 7

Inclusive of optional Apprenticeship

S. No.		Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC 4 4. DSE
S. No.		Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC 4 4. DSE
Theory Subjects
.	32159	CHT4101	Advanced Inorganic Chemistry-I	4	0	0	4	CC	Core
.	32160	CHT4102	Advanced Organic Chemistry-I	4	0	0	4	CC	Core
3.	32161	CHT4103	Advanced Physical Chemistry-I	4	0	0	4	CC	Core
4.	32162	CHT4104	Advanced Analytical Chemistry-I	3	1	0	4	CC	Core
5.		CHT4301^*	Advanced Quantum Mechanics*	4	0	0	4		Minor
Practical
6.	32163	CHP4101	Advanced Inorganic Chemistry Lab-I	0	0	2	1	CC	Core
7.	32164	CHP4102	Advanced organic Chemistry Lab-I	0	0	2	1	CC	Core
8.	32165	CHP4103	Advanced Physical Chemistry Lab-I	-	-	2	1	CC	Core
9.	32166	CHP4104	Basic Chemistry Software’s	-	-	2	1	CC	CInclusive of optional Apprenticeshipore
		TOTAL CREDITS					20

*ONLY for students going for Apprenticeship & requires Minor with Major Degree

Inclusive of optional Apprenticeship

S. No.		Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC DSE
S. No.		Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC DSE
THEORY SUBJECTS
1.	32159	CHT4101	Advanced Inorganic Chemistry-I	4	0	0	4	CC	Core
2.	32160	CHT4102	Advanced Organic Chemistry-I	4	0	0	4	CC	Core
3.	32161	CHT4103	Advanced Physical Chemistry-I	4	0	0	4	CC	Core
4.	32162	CHT4104	Advanced Analytical Chemistry-I	3	1	0	4	CC	Core
5.		CHT4301	Advanced Quantum Mechanics/Minor	4	0	0	4	CC	Minor/DSE
6.			Project (Minor Project)*	0	0	6	3	Project	Research Project

		TOTAL CREDITS					20

Project (Minor Project)*: Research Project -(12): 03 Credits evaluation will be done in VII Semester

Semester 8

Without Apprenticeship

S. No.		Course Code	Course	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC 4 4. DSE
S. No.		Course Code	Course	L	T	P	Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC 4 4. DSE
	THEORY SUBJECTS
1	32169	CHT4105	Advanced Inorganic Chemistry-II	3	0	0	3	CC	Core
2	32170	CHT4106	Advanced Organic Chemistry-II	3	0	0	3	CC	Core
3	32171	CHT4107	Advanced Physical Chemistry-II	3	0	0	3	CC	Core
4		CHT4109	Science and Technology of Nanomaterials	3	1	0	4		Minor/DSE

	PRACTICAL SUBJECTS
5	32173	CHP4105	Advanced Inorganic Chemistry Lab-II	0	0	2	1	CC	Core
6	32174	CHP4106	Advanced Organic Chemistry Lab-II	0	0	2	1	CC	Core
7	32175	CHP4107	Advanced Physical Chemistry Lab-II	0	0	2	1	CC	Core
8	32176	CHR4101	Project	0	0	8	4	Project	Dissertation
	TOTAL CREDITS						20

With Apprenticeship

S.No .	Paper ID	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course
									CC AEC SEC DSE
				L	T	P
Theory Subject
1		CHA4101	Apprenticeship	0	0	40	20
Practical/Viva-Voice/Jury
TOTAL CREDITS							20

(Honours with Research)

S. No.			Course Code	Course	Teaching Load			Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC =4. DSE
S. No.			Course Code	Course	L	T	P	Credits	Core/Elective Pre- Requisite/Co Requisite	Type of Course CC AEC SEC =4. DSE
THEORY SUBJECTS
1.	32169/ 32170		CHT4105/ CHT4106	Advanced Inorganic Chemistry-II/ Advanced Organic Chemistry-II	3	0	0	3	CC	Core
2.	32171		CHT4107	Advanced Physical Chemistry- II/Minor	3	0	0	3		DSE/minor
PRACTICAL SUBJECTS
3.	32173/ 32174		CHP4105/ CHP4106	Advanced Inorganic Chemistry Lab- II/ Advanced Organic Chemistry Lab- II	0	0	2	1	CC	Core
4.	32175		CHP4107	Advanced Physical Chemistry Lab- II	0`	0	2	1	CC	Core
5.				Project (Major)*	0	0	18	9	Project	Dissertation
		TOTAL CREDITS						20

Project (Major Project)*: Research Project -(12): 09 Credits evaluation will be done in VIII Semester. 03 Credits evaluation was counted in VII Semester

Programme Curricula

S.No.	Academic year	Curricula Link
1	2025-26	View Details

Eligibility Criteria

For National Students	Sr. Secondary (10+2) with minimum 55% marks in PCM/PCB. Proficiency in English Communication.
For International Students	The eligibility criterion for all programs for international applicants is minimum 50% in the qualifying examination and having studied the pre-requisite subjects for admission in to the desired program.

How to apply for the course?

Career path you can choose after the course

Career path: A B.Sc. (Hons.) or B.Sc. (Hons. with Research) in Chemistry opens up diverse and promising career paths in both academic and professional domains. Graduates can pursue higher education such as M.Sc. or integrated Ph.D. programs in specialized areas like organic, inorganic, physical, analytical, or biochemistry, often leading to research and teaching roles in universities or research institutions. Those completing the Honours with Research track gain a competitive edge for Ph.D. admissions and roles requiring advanced research skills. In industry, opportunities exist as quality control analysts, R& D chemists, process developers, and environmental scientists across sectors like pharmaceuticals, petrochemicals, food processing, and cosmetics. The degree also enables roles in government agencies such as CSIR, DRDO, BARC, and forensic labs, or through civil services examinations. With the addition of interdisciplinary skills or a relevant minor (e.g., in AI or biology), graduates can explore careers in data science, scientific software development, regulatory affairs, and bioinformatics. Entrepreneurial ventures, science communication, or EdTech are also viable paths for those inclined toward innovation and outreach.

For Students

For Employees

B.Sc. (Hons./Research) - Chemistry with Minor in Data Analytics/ Machine Learning/ Entrepreneurship