| Name of the Department |
: ELECTRONICS & COMMUNICATION ENGINEERING |
| Code |
: ECE |
| Course |
: B.Tech & M.Tech(DECS & ES) |
| Strength |
: B.Tech -120,M.Tech (18+18) |
Head of the Department |
: Prof.M.KAMA RAJU |
| Contact Address |
: Department of ECE,
Gudlavalleru Engineering College,
Seshadri Rao Knowledge Village,
Gudlavalleru. |
| Phone |
: 08674-273737 Ext:229 |
| Fax |
: 08674-273957 |
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VISION:
To provide a technology-rich academic and research environment that maximizes the collaboration potential between faculty and students, thus enabling them to attain the highest levels of excellence as professional educators in the area of Electronics and Communication.
MISSION:
To bridge the gap between Industry and Institute to facilitate design and Implementation of Add-on-courses that match industrial requirements.
SHORT TERM GOALS:
- To make the ECE Branch as best among all the Branches in the college by securing University ranks.
- To make the branch as a centre for excellence and research.
- To provide training programs in demand like DSP,VLSI and Embedded Systems.
- To improve teaching - learning process
LONG TERM GOALS:
- To achieve hundred percent placements
- To have centre of excellence in thrust areas of Electronics and Communication Engineering.
- To strengthen the industry institute interaction
- To equip all the Laboratories with 1:1 student experiment ratio.
- To offer more post graduate programmes in thrust areas
To have research tie-ups with reputed Industries and Universities.
To integrate technology into all phases of instruction and develop new models of instruction based on the
latestinstructional technologies.
- To provide faculty, students and staff with easy-to-use collaborative environments and network access to the information
they need for study, teaching, research and administration.
About Labs...
The Electronics & Communication Engineering department has six fully equipped laboratories to meet the curriculum requirements of JNTU .
They are:
1. Electronics Devices and Circuits Laboratory.
2. Communication Engineering Laboratory.
3. Integrated Circuits(ICs) Laboratory.
4. Microproccessors & Microcontrollers Laboratory.
5. Electronic Computer Aided Design(ECAD) Laboratory.
6. Microwave and Optical Communication Laboratory.
7. P.G.Laboratory
The equipment includes Spectrum Analyzer,Dual channel 100MHz Oscilloscopes, Linear and Digital IC Trainers, 8086/88 microprocessor trainers, 8031/51 microcontroller trainers with various interfacing modules, Pentium based PCs loded with VHDL ALDEC, ALTERA, XILINX and Multisian 2001 software, X-band microwave benches, optical fiber transmitters and receivers, Universal programmer , TMS 320C6711 DSP Trainers ,Embedded kits and Emulator.
Relevant Softwares available in the Department:
o Aldec VHDL V 4.2
o Aldec VHDL FPGA Xpress V4.2
o Active VHDL TMV 3.1
o ALTERA Quartus II V 3.0
(GNU Tools, ex-caliber components V 3.0, Mentor Graphics,
modelsim, Altera V 5.7c)
o Modelsim 6.0
o Xilinx 6.2i
o Xilinx 6.3i
o Xilinx 7.1i
o Multisim 2001
o MATLAB (Ver.7.4) with image processing, signal processing, communications, & Link for modelsim tool boxes
o CCS (full version) V-2PO (include simulator) for DSP
o Bloom With DSP (Cranes DSP training product)
o SuperproZ universal programmer (supplied along with Hardware setup)
o MDS Software
o 8051, AVR &PIC assemblers ‘c’ cross compilers for 8051 AVR, PIC family, up loader, PCB software &”C” source code (supplied along with Hardware)
o 8086, 8051 ASM software (supplied along with Kits)
o 8086 MASM software (supplied along with kits
COMPUTING FACILITIES:
Ø Number and Configuration of Systems : 100
Ø Total Number of systems connected by LAN : 100
Ø Total number of systems connected to WAN : 100
Ø Internet bandwidth: 2Mbps, 8 hours per day on all working days
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