Year of Establishment July 2003
Academic Programme 4 yrs. B.Tech. programme in Electronics & Communication Engineering
H.O.D. Prof. Santu Sarkar
Contact Mail ID ece_dept@aot.edu.in

Overview of Departmental Infrastructure
•    Class / Tutorial Rooms: 4 nos. @ 80 Sq.m. each.
•    H.O.D. Room & Departmental Office
•    Faculty Rooms
•    Departmental Internet Centre & e-Library
•    Amenities Area.

Departmental Laboratories (with area, major experimental facilities & equipments)

Analog Communication Laboratory (150 Sq.m)
•    11nos of oscilloscope: METRAVI 20MHz to 10MHz
•    2 MHz AM/FM Function pulse generator.
•    10MHz AM/FM Function pulse generator.
•    4 nos of low distortion audio generator.
•    DSB-SSB transmitter trainer and receiver trainer kit.
•    Noise audio amplifier trainer kit
•    9 nos of different types of Modulation & De-Modulation kit eg AM; FM; TDM PWM; PAM; FSK and PLL VCO
•    IC regulated Power Supply
•    Distortion meter
•    AC milivoltmeter.

Digital Communication Laboratory (150 Sq.m)
•    19 nos experimental setup for Pulse Code Modulation & Demodulation Kit, P-N-sequence generator QPSK, DQPSK,PSK,FSK,ASK,PAM Modulation and Demodulation D.M & A.M. kit with Demodulation ,A/D & D/A Converter,Line Coder Study of Manchester Coding & Decoding Technique (FALCON)
•    11 nos 25 MHz 2 Channel 4 Trace Oscilloscope (Scientech ST-251) & 25 MHz 2 Channel CRT Oscilloscope (Scientech ST-4002)
•    2 MHz AM FM Pulse Function Generators (Scientech ST-4062)
•    10 MHz Pulse Function Generators with internal sweep facilities. (Scientech ST-4063)

Audio & Video Engineering Laboratory (150 Sq.m)
•    11 nos 30 MHz /20MHz /10MHz C.R.O. (Metravi & Scientech)
•    5 nos different experimental set up for Colour T.V. (ST 2651) B/W TV (ST-2655) Push Pull AmplifierTrainer
•    4 nos VHF Colour Pattern Generator (SDC-1088) Colour Pattern Generator (S-1044)
•    3 nos Speaker Bench.
•    4 nos Distoration Meter (HM-5027)
•    11 nos Function Generator (ST-FG-01). Digital Audio O/P meter (AOM-200) Oscillator (LD-200)
•    Millivoltmeters (ACM-102)

Microwave Engineering Laboratory (150 Sq.m)
•    4 nos. Microwave Training System (SICO Model SX-9000/SX-9001/ SX-9003/ SX-9004)
•    9 KHz - 105 GHz Spectrum Analyzer (Agilent Technologies)
•    60MHz - 2 Channel Oscilloscope (Agilent Technologies)
•    33220A- 20 MHz Function / Arbitrary Wave Form Generator (Agilent Technologies)
•    3 nos GUNN Oscillators XG-11
•    3nos GUNN Power Supply GS-610
•    Klystron Tube with mount XM-11 and XM-251
•    12 nos BNC and TNC Cables.
•    Pin-Modulator XM-55
•    Variable Attenuator XA-520
•    4nos Slotted Section XP-655
•    12nos Match Transmitter XL-400
•    Direct reading Frequency meter XF-710
•    Low Pass (XLF -810) High Pass (XHF-810) and Band Pass (XBF-810) Filters.
•    VSWR Meter (SW-115)
•    E-Plane Tee (XB-771) H-Plane Tee (XB-775) and Magic Tee (XE-350)

Propagation & Antenna Laboratory (150 Sq.m)
•    4 nos. Transmission Line Trainer with accessories (Scientech)
•    3 nos. Manual Antenna Trainer with accessories (Scientech)
•    Motorized Antenna Trainer with 22 different types of Antenna and accessories.
•    Microwave Test Bench (Scientech)
•    2 nos. Horn Antenna Test Bench (Scientech)-X band
•    CRO- 20MHz -Dual Channel -3 nos.

DSP Laboratory (150 Sq.m)
•    18 NOS. HP-PIV Computer with 512 MB DDR RAM,CD R/RW
•    Software - Code composer studio 3:1
•    7nos TMS 3205416C DSP Processor (Texax make)
•    Microphone and speaker

VLSI Design Laboratory (150 Sq.m)
•    18 nos. HP- P-IV (2.66 GHz) with 512 MB DDR Ram, CD R/RW
•    VHDL, Xilinx 8 ii with Model sim XE1118.0d
•    VlSI kit-2 nos (SIMS Make) with 2 FPGA, OICPLD and 03 SPARTAN-II module

Advance Communication Laboratory (150 Sq.m)
•    2 nos. Numerical Aperture measurement kit.
•    2 nos. Optical Fiber attenuation loss measurement kit.
•    2 nos. LASER Characteristics kit.
•    2 nos. Optical Fiber Wavelength measurement kit.
•    Study of PAM, Fiber Optic analog Link.
•    Study of FDM & Demultiplexing Model.
•    Study of fiber optic data link and study of TDM.
•    PC to PC Fiber Optic Communication Model.
P.C.B. Design & Simulation Laboratory (150 Sq.m)
•    8 NOS 20mhZ CRO (OS-5020)
•    7nos Function Generators (Phyytech-102F)
•    8 nos Oscillators (LD-200)
•    21 nos Multimeters.
•    Components for PCB Design e.g. Resistors, Capacitors, Transistors, Digital & Analog I.C.chips, Bread Board, Diode Transformer etc.

Faculty Details of the Departments (click here)