Applied Science Department

FACILITIES AVAILABLE IN THE DEPARTMENT

The department has advanced facilities to conduct various courses in the emerging areas of applied science, engineering and technology. Some of these are:

  • Well established applied physics laboratory for graduate and post-graduate curriculum-based experiments.
  • He-Ne and semiconductor lasers, power meters, optical benches and advanced laser experimental set ups.
  • Optical fiber characterization trainers, optical sources, optical detectors, fiber splicing and connector installation tool kits, OTDR, Fusion Splice, and fiber reels etc.
  • Optical waveguiding fundamental educators, step index and graded index waveguide mode field and effective index measurement set ups.
  • Digital fiber optic communication and BER Analysis systems.
  • Optical Networks Analysis System (ONAS).
  • WDM/DWDM Systems and Component Characterization.
  • Optical Amplifier; EDFA and ASE filter.
  • Photonics Design Software: Optsim and ModeSys, Optisystem/ Optifiber and Optigrating
  • Radiation counting and Analysis Systems; GM and Scintillation based.
  • Material Explorer and Virtual Nanolab with ATK.
  • AFM for Nanomaterial Characterization- Vibrating and Non-vibrating modes.
  • Spectroflouro photometer for optical properties of nanomaterial.

The Optical Fiber Communication Laboratory is fully equipped for experimentation in this area of OFC and optoelectronics to conduct M.E. Project-works in Electronics and Communication Engineering.

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Department Laboratories

Applied Physics Laboratory

Applied Physics Laboratory
Applied Physics Laboratory1
Applied Physics Laboratory2
Applied Physics Laboratory3

Applied Physics:More than 30 Experiments in Applied Physics covering curriculum of Polytechnics and Engineering Colleges:

Energy Conservation, Flywheel Law of Forces, Heating Effects, Linear Expension Coefficients, Stefan's Constant, Electrical Vibrator, Capacitance & Dielectric breakdown, B-H curve & Hysterisis loops, Photo Cells and Solar Cells, Ultrasonic Interferometers, Composite Piezoelectric Oscillator, Hall Effect, Planck's Constant, Four Probe Resistivity Measurements, Diode & Transistor Characteristics, Microscopes & Telescope, Fresnel Biprism, Spectrometers Black-body Radiations, Viscosity Measurements and many more.

Radiation Physics: Equipped with experiments on Properties, Detection & Measurements of Nuclear Radiations and Analysis:

  • GM Counters, NaI(Tl) Scintillation Detector & Counting system
  • MCA based Data acquisition and Analysis software.
  • Radioactive Standards & Radiation Survey Monitors

Instruction Sheets

Laser and Fiber Optics Laboratory

Laser and Fiber Optics Laboratory
Laser and Fiber Optics Laboratory1
Laser and Fiber Optics Laboratory2
Laser and Fiber Optics Laboratory3
Laser and Fiber Optics Laboratory4
Laser and Fiber Optics Laboratory5
Laser and Fiber Optics Laboratory6
Laser and Fiber Optics Laboratory7

Lasers Lab: Well equipped with various types of lasers for studies of laser characteristics, Optical phenomenon, E-O & M-O effects etc.

  • He-Ne and Diode lasers, Laser power meters, Translation stages, XYZ motions, Bread boards, Posts and other optical devices.
  • Laser beam parameters, Electro- & Magneto-optics effects, Interference laws, Polarization & Malus law, Brewster angles, Diffraction based sensing, etc.

Fiber Optics: Study of Optical laws, Fiber characteristics, Fiber Optic Tests & Measurements, Point-to-point Links, WDM/DWDM Links, Q-factor &BER analysis and Performance Evaluation:

  • Snell's Law and Critical angle, Fresnel relations, Optical Waveguiding parameters, Mode analysis of Optical Fibers, Power launching etc.
  • Optical Sources and Power meters, Continuity Testers, OTDR, Splicing Machine, Connector installation kit & accessories, Network Analysis etc.
  • Fiber Optic Links, WDM/DWDM systems & Components, EDFA & ASE filter, BER & Q-factor analysis, PDA tools, etc.

Photonics and Simulation Laboratory

Photonics and Simulation Lab.
Photonics and Simulation Lab.1
Photonics and Simulation Lab.2
Photonics and Simulation Lab.3
Photonics and Simulation Lab.4
Photonics and Simulation Lab.5
Photonics and Simulation Lab.6

Photonics and Simulation Laboratory:

Photonics Transmission Design Suites (PTDS)- Computer-based simulation and modeling tools that integrate components, links and network functions, make the design process more efficient, cheaper and faster.

  • OptSim - Single mode fiber based systems- 4 user lic.
  • ModeSys - Multimode fiber based systems-Single user
  • OptiSystem - Amplifier design Tool-Single user
  • Optigrating - Design of integrated and Fiber Optic devices assisted by optical grating fibers.

Nanomaterial Characterization Laboratory

Nanomaterial Characterization Laborator
Nanomaterial Characterization Laborator1
Nanomaterial Characterization Laborator2
Nanomaterial Characterization Laborator3
Nanomaterial Characterization Laborator4

Nanoscience & Nanotechnology Lab. is under development for Modeling and Simulation of nano-scale devices and Nanomaterials Characterization and Properties (Electronic & Optical properties)

  • Networking of 10 PC systems with Internet connectivity.
  • Nanofluid Interferometer.
  • Spectroflourophotometer (P-L spectrometer).

Applied Computational and Simulation Laboratory

Simulation Lab.
Simulation Lab.1
Simulation Lab.2
Simulation Lab.3

Nanoscience & Nanotechnology Lab. is under development for Modeling and Simulation of nano-scale devices and Nanomaterials Characterization and Properties (Electronic & Optical properties)

  • Virtual Nano Lab (VNL & ATK): 10 use network license
  • Mathematica 11.xx : 05 user license
  • Lingo 18.0: 05 user license
  • MATLAB: institute license