Infrastructure & Facilities

Amity School of Applied Sciences (ASAS) is equipped with modern infrastructure to facilitate an optimal learning environment. The campus features well-maintained buildings, high-speed internet, fully functional air-conditioned smart classrooms, research centres, and recreational spaces. Students enjoy access to top-tier amenities such as libraries, sports facilities, and medical support, ensuring a balanced and conducive atmosphere for both academic and extracurricular growth.

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Classrooms

The classrooms at Amity School of Applied Sciences (ASAS) are designed to promote interactive learning. They are spacious, well-lit, and furnished with the latest teaching technologies, including smart boards and projectors. These features foster an engaging educational experience, allowing instructors to seamlessly integrate digital tools into lectures. The comfortable setting ensures that students can focus on their studies and collaborate effectively with peers.

Laboratories

All laboratories at Amity School of Applied Sciences provide students with hands-on experience in various fields of applied sciences. Amity School of Applied Sciences has four Physics labs, three Chemistry labs, one Forensic Science lab, one computer lab, and two research labs. The labs are equipped with high-quality instruments and advanced software. These labs enable students to acquire practical understanding and research-based knowledge in the field of basic and advanced sciences. The labs are designed to bridge the gap between theoretical knowledge and practical applications, allowing students to experiment, innovate, and refine their skills in a controlled environment.

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Physics Laboratories

  • Engineering Physics Lab
  • Electronics Lab
  • Solid-state Physics lab
  • Laser and Fiber Optics Lab
  • Optics Lab

Chemistry Laboratories

  • Organic Chemistry Lab/ Advanced Biochemistry Lab/ Inorganic Chemistry Lab
  • Industrial Chemistry Lab/ Analytical Chemistry Lab
  • Basic Biochemistry Lab/ Genetics Lab
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Forensic Science Laboratories

  • Forensic Toxicology Lab/ Physical Chemistry Lab
  • Fingerprints and Questioned Document/ Crime Scene Investigation/ Forensic Serology Lab

Nanotechnology lab

  • Advanced nanomaterials and characterization laboratory
  • Nanomaterials synthesis laboratory
  • Biomaterials and Biostructure mimicking Lab
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Computer Lab

  • MATLAB
  • Programming Lab

Research Laboratories

1. Materials Research Lab (DST-FIST, Physical Science)

2. Cheminova Lab (DST-FIST Chemical Sciences)

3. Electronic Materials Lab

4. Nano-catalysis Lab

5. Start-up Labs

Materials research Lab (DST-FIST, Physical Science) 

Amity Materials Research Facility (AMRF), established at Amity University Gurugram in 2020, with funding from Department of Science and Technology (DST-FIST) Govt. of India and Amity University Haryana, is open to usage by scientific community and industry people. The purpose of establishing this facility is to provide the scientific community (within Amity University and external researchers, both academia and industry) with state-of-the-art Particle Size & Zeta Potential Measurement, Thermal analysis and Spectroscopy Facility for material science research in diverse fields of Applied Sciences.

Particle Size & Zeta Potential Analysis ( RDET 48125 Zetasizer Nano ZS (Malvern))

Faculty In charge- Dr. Manish Shandilya
Email: mshandilya@ggn.amity.edu

Thermal Analysis (TG- DSC, STA 8000)

Faculty In charge- Dr. Chander Shekhar
Email: cshekhar@ggn.amity.edu

UV-Vis Spectrophotometer Lambda 365 (Perkin Elmer)

Faculty In charge- Dr. Dipti Vaya
Email: dvaya@ggn.amity.edu

Modular Spectrometer (RIII India )

Faculty In charge- Dr. Chander Shekhar
Email: cshekhar@ggn.amity.edu

Cheminova Lab (DST-FIST Chemical Sciences)

Department of Science & Technology (DST), Government of India, granted INR 198.5 Lacs through its FIST-Chemical Sciences (Fund for Improvement of S&T Infrastructure) program to the Department of Chemistry, Biochemistry and Forensic Sciences, Amity University Haryana, to set up the Cheminova laboratory. The state-of-the-art Cheminova laboratory, set up in Room A 217 of the AUH campus, has the following equipment installed;

A summary of the instrument specifications is listed below:

Nuclear Magnetic Resonance (Margitech-Spin solve 80 MHz)

1H, 13C and 19F (2D experiments could be performed)

  • Operating frequency: 80 MHz (1H).
  • Operating temperature range: 18°C to 28°C (65 °F to 82 °F).
  • Flow cell reaction monitoring system for investigation of reaction kinetics.
  • 2D routines available, including COSY, HMBC, HSQC, ROSEY, NOSEY.

Faculty In-Charge: Dr. Kamal Nayan Sharma (Phone: 9958996796, Email: knsharma@ggn.amity.edu)

GC-MS Shimadzu

  • Gas chromatography-mass spectrometry (GC-MS) with mass spectrometry detector.
  • Instrument equipped with robotic auto-injector.
  • A choice of columns is available for different applications.
  • This is applicable to many industries and applications, for example, environmental, forensic science, food and beverage, clinical, pharmaceutical, and chemical industries. Compounds with a boiling point up to 300 °C may be analysed.

Faculty Incharge: Dr. Anirban Das (Phone: 9999817773, Email: adas1@ggn.amity.edu)

GC Shimadzu

  • Gas chromatography with TCD and FID detectors.
  • Choice of columns is available for different applications
  • Instrument equipped with robotic auto-injector.

Faculty In-Charge: Dr. Anirban Das (Phone: 9999817773, Email: adas1@ggn.amity.edu)

These instruments are operated by trained personnel and available for use to faculty, staff and students of AUH and other educational institutions, as well as for industry users at nominal charges that are levied to offset the operational costs. In addition to the instruments, the lab features a well-equipped sample preparation work area and computer workstations with relevant software installed for the convenience of the users.

Start-up Labs

This research will investigate the interplay between climate change and urbanization, focusing on their combined impacts on the region's future. The outcomes of this project will provide valuable insights for policymakers in formulating strategies aimed at achieving sustainability, while also enabling scientists to assess the health implications associated with these environmental changes.