Department of Chemistry
About the Department
Vision
Mission
HOD's Desk
Graduate Attributes (GA)
About the Department
Overview of the Department
The Department of Chemistry at AKS University, Satna, offers quality education and fosters innovation through advanced research facilities. With a focus on sustainability, it hosts the Centre for Green Chemistry and Sustainability and has earned patents, Ph.D. awards, and technology transfers, reflecting its commitment to excellence and real-world impact.
Achieving milestone by implementing NEP-2020
- Infrastructure
- Research & Development
- Translational Research for Innovation
- Platform greener research and training centre
- Placements
Glimpses of the Chemistry Department
Strength
More than
158
students
Faculty & Staff
12
Experienced, Skilled & Research Oriented Faculties & Staff
Program Offered
- B.Sc. – 4 Year Degree (Honors/by Research)
- M.Sc. in Chemistry
- Ph.D. in Chemistry
Pioneering Platform for Multidisciplinary Research
- Solution to environmental problems
- Material and product developments
- Production of Paints and Coatings
- Paint preparation training
- Patents
- Publications
- Seminars/Workshops/Conferences
Vision
Vision
To provide trained & skilled human resources in chemical science as researchers, educators, chemists, and assist the chemical industries as well as stakeholders in the world.
Mission
Mission
M01: To develop skilled educators, researchers and scientists in field of chemical science.
M02: To develop skillful human resources for industries and businesses based on chemical science.
M03: To develop complete personality of students by providing student centric teaching and research facilities.
M04: To achieve academic excellence in chemical science through an innovative teaching-learning process.
M02: To develop skillful human resources for industries and businesses based on chemical science.
M03: To develop complete personality of students by providing student centric teaching and research facilities.
M04: To achieve academic excellence in chemical science through an innovative teaching-learning process.
HOD's Desk
Dr. Shailendra Yadav
Associate Professor & Head Department of ChemistryAKS University, Satna (M.P.) India – 485001
Message
It gives me immense pleasure to welcome you to the Department of Chemistry at AKS University, Satna. Our department proudly offers a comprehensive academic pathway through B.Sc., M.Sc., and Ph.D. programs in Chemistry. All the programs are designed and implemented in alignment with the Outcome-Based Education (OBE) framework under the Choice-Based Credit System (CBCS), in accordance with the NEP-2020 guidelines.
We are committed to academic excellence and research-driven innovation. With well-established infrastructure and dedicated laboratories, our faculty ensures a strong foundation for quality education. We aim to create a supportive environment that promotes both effective teaching and advanced research opportunities for students.
Our department is host to the Centre for Green Chemistry and Sustainability, a unique interdisciplinary research platform that serves not only our faculty and students but also encourages collaborative initiatives with other departments and nearby institutions. This center is also actively engaged in eco-friendly paint production and sustainable product development, showcasing our commitment to real-world applications of chemical science.
The department takes pride in its academic achievements with 7 Ph.D. degrees awarded and 3 patents granted. Our team comprises well experienced teaching faculty members and supportive non-teaching staff, working collectively to nurture scientific curiosity and professional growth among students.
We remain dedicated to fostering a dynamic academic culture where innovation, sustainability, and excellence intersect. I invite aspiring chemists and researchers to join us in this exciting journey of learning and discovery.
We are committed to academic excellence and research-driven innovation. With well-established infrastructure and dedicated laboratories, our faculty ensures a strong foundation for quality education. We aim to create a supportive environment that promotes both effective teaching and advanced research opportunities for students.
Our department is host to the Centre for Green Chemistry and Sustainability, a unique interdisciplinary research platform that serves not only our faculty and students but also encourages collaborative initiatives with other departments and nearby institutions. This center is also actively engaged in eco-friendly paint production and sustainable product development, showcasing our commitment to real-world applications of chemical science.
The department takes pride in its academic achievements with 7 Ph.D. degrees awarded and 3 patents granted. Our team comprises well experienced teaching faculty members and supportive non-teaching staff, working collectively to nurture scientific curiosity and professional growth among students.
We remain dedicated to fostering a dynamic academic culture where innovation, sustainability, and excellence intersect. I invite aspiring chemists and researchers to join us in this exciting journey of learning and discovery.
Graduate Attributes (GA)
Graduate Attributes (GA)
The Graduate Attributes encompass the information, abilities, and attitudes possessed by students upon graduation. These properties are universal and applicable to all programs.
1. Technical Knowledge: Apply core principles of chemistry, including organic, inorganic, physical, and analytical chemistry, along with mathematics and scientific methods, to solve complex chemical and environmental challenges.
2. Problem Findings: Identify, analyse, and interpret scientific data to address real-world chemical problems using interdisciplinary knowledge and critical thinking.
3. Skill Development: Design chemical experiments, processes, and systems that are socially and environmentally responsible, while integrating technical competencies with communication, teamwork, and ethical awareness.
4. Research Oriented Learning: Utilize experimental techniques, instrumentation, data interpretation, and scientific literature to conduct independent and collaborative research with meaningful conclusions.
5. Technical Development: Select and apply appropriate modern tools, software, and analytical methods—including spectroscopy, chromatography, and modeling—to support chemical investigations and innovations.
6. Contribution to Society: Assess the societal and environmental implications of chemical practices and contribute responsibly to sustainable development through informed decision-making.
7. Project and Practical Skills: Demonstrate proficiency in laboratory techniques, project design, safety protocols, and team collaboration in academic and research-based settings.
8. Life-long Learning: Cultivate a mindset of continuous learning and adaptability to remain current with advancements in chemistry and related interdisciplinary fields.
9. 3Ts (Time, Team, Task Management): Effectively manage time, lead or contribute to team efforts, and complete tasks efficiently in academic, research, and industrial environments.
1. Technical Knowledge: Apply core principles of chemistry, including organic, inorganic, physical, and analytical chemistry, along with mathematics and scientific methods, to solve complex chemical and environmental challenges.
2. Problem Findings: Identify, analyse, and interpret scientific data to address real-world chemical problems using interdisciplinary knowledge and critical thinking.
3. Skill Development: Design chemical experiments, processes, and systems that are socially and environmentally responsible, while integrating technical competencies with communication, teamwork, and ethical awareness.
4. Research Oriented Learning: Utilize experimental techniques, instrumentation, data interpretation, and scientific literature to conduct independent and collaborative research with meaningful conclusions.
5. Technical Development: Select and apply appropriate modern tools, software, and analytical methods—including spectroscopy, chromatography, and modeling—to support chemical investigations and innovations.
6. Contribution to Society: Assess the societal and environmental implications of chemical practices and contribute responsibly to sustainable development through informed decision-making.
7. Project and Practical Skills: Demonstrate proficiency in laboratory techniques, project design, safety protocols, and team collaboration in academic and research-based settings.
8. Life-long Learning: Cultivate a mindset of continuous learning and adaptability to remain current with advancements in chemistry and related interdisciplinary fields.
9. 3Ts (Time, Team, Task Management): Effectively manage time, lead or contribute to team efforts, and complete tasks efficiently in academic, research, and industrial environments.