EEE FINAL YEAR PROJECTS

1. Mobile technology (GSM) based remote monitoring and control of digital Energy meter. Useful for Electricity Department personal for remote meter reading. Also useful to disconnect the power supply to consumer in case of non-payment of electric bill. This is also used to exchange messages like power cut timings with the consumers.
2. Controlling AC lamp Dimmer through Mobile Phone (IEEE-2010).
3. Multiple Transformers oil temperature monitoring with automatic circuit breaker operation with SMS based alerts.
4. A Novel Wireless Self-powered Microcontroller-based Monitoring Circuit for Photovoltaic Panels in Grid-connected Systems (IEEE-2010).
5. Wireless Energy Meter reading on hand-help device based on RF Transceiver.
6. SCADA implementation based on wireless RF technology. (IEEE-2009).
7. Method of Measuring Power Quality and Development of Monitor Device (IEEE-2010).
8. Motor speed monitoring and control system using GSM modem.
9. A Smart Card Based Prepaid Electricity System.
10. High voltage fuse blown indicator with Voice based announcement system.
11. Voice enabled devices switching for visually impaired.
12. Industrial/power grid electrical parameter Data Acquisition system through wireless technology.
13. DC Motors speed synchronization for rolling mills.
14. Touch Screen based digital devices control system. This project is to build a Graphical LCD Touch Screen interface for switching electrical devices. The controlled devices can be of high voltage or low voltage.
15. Construction of central control unit for Irrigation water pumps. Cost effective method to control entire villagers water pumps with user level authentication. Illiterates friendly system.
16. Wireless Energy Meter monitoring system with automatic tariff calculation.
17. Home Network Configuring Scheme for All Electric Appliances Using ZigBee-based Integrated Remote Controller.
18. Resistive Touch screen controlled contact less speed monitoring and controlling of dc motor with speed limit alerts.
19. DC Motor Speed and direction control over GSM Mobile/Modem.
20. Smart Wireless Temperature Data Logger (IEEE-2007)
21. Energy meter monitoring and control system using SMS technology(IEEE-2007).
22. Energy meter data logging system with Realtime clock and KWH readings. Very useful for historical data logging and analysis.
23. Energy meter per-day average, Max and Min Load display on Graphical LCD.
24. MMC/SD card based data logger for energy meter with time and KWH readings for historical data logging and analysis.
25. PIR based energy conservation system for corporate Computers and lighting system.
26. Development of Zigbee based Street Light (IEEE-2008)
27. Wireless power theft monitoring system and indication at local substations.
28. Touchscreen controlled lamp dimmer for next generation apartments.
29. Wireless electrical devices monitoring and controlling system for industrial applications.
30. Microconroller and Touchscreen controlled motor speed and direction controlling system.
31. Touchscreen operated industrial oil dispensing system (OIL SCADA).
32. An On-line Monitoring System of Temperature of Conductors and Fittings Based on GSM SMS and Zigbee(IEEE-2008).
33. 4-wired resistive touch screen controlled lamp dimmer for next generation apartments with Optical isolation and zero crossing detectors.
34. Dual (active and standby) Lithium-ion battery charger for continuous non-interrupted power supply to critical loads.
35. Graphical LCD and Touch Screen based Electrical devices control system.
36. Implementation of wireless sensors network based industrial temperature monitoring system.
37. Touchscreen based advanced temperature monitoring and control system with graphical LCD.
38. GSM based Irrigation Water Pump Controller for Illiterates (No Mobile phone operation knowledge required).
39. Triac and optically isolated diac based electrical oven temperature monitoring and controlling system with zero-crossing detector.
40. High power LED based intelligent streetlight controlling system with automatic brightness control with vehicle presence sensor (GSM optional).
41. Timer based Electrical Oven temperature monitoring and control for Metal Industries.
42. GSM based SCADA implementation using Microcontroller.
43. 3-phase irrigation water pump controller for illiterates using dual GSM Modems.
44. Microcontroller based Substation Monitoring and control.
45. Microcontroller based Generator/Alternator Control and Monitoring System
46. Electrical Data (voltage, current, frequency etc...) Logger. The purpose of this project is to log electrical data at remote locations like substations. The data is sensed using various electrical sensors and processed by microcontroller. This processed data is stored in a MMC memory stick connected to the microcontroller board. This data can be downloaded to computer for further processing.
47. Hall Effect sensor based non-contact Tachometer for electrical motors speed measurement.
48. Microcontroller based Single phasing preventor.
49. IR Remote controlled Irrigation water pump controller with single phasing protection.
50. Microcontroller based Solar Tracker with Stepper Motor Control.
51. Auto-Credit Energy Metering System using mifare card.
52. PWM based DC Motor Closed loop Speed Controller.
53. Frequency Locked Loop (FLL) DC Motor Speed Control
54. Radio Frequency (RF) based Wireless Control Of DC/Stepper Motor Speed Control.
55. RF based Wireless Electrical Devices Controller.
56. Motor Speed Monitoring over GSM Mobile.
57. Microcontroller based refrigeration control system.
58. Timer based automatic power cutoff for industrial sealing/packaging machines.
59. Wireless SCADA.
60. GSM/Mobile/Cell Phone Based Device Monitoring and Control.
61. GSM Based Automatic Irrigation Water Controller System
62. Automatic Intelligent Plant Watering System
63. IR (Infrared) Remote based Stepper Motor Speed and Direction Controller
64. RC5 IR Based Remote Device Switching
65. The Robot that follows the (Infrared) Light
66. Frequency Locked Loop DC Motor speed monitoring and control system.
67. Digital Tachometer (Non-contact)
68. Digital Voltage, Current and Frequency Meter.
69. SCADA system design and construction for real-time electrical parameter monitoring and control.
70. Transformer oil temperature monitoring with automatic Circuit Breaker operation.
71. GSM/Mobile/Cell Phone Based Device Monitoring and Control System.
72. Energy Tapping Identifier Through Wireless Data Acquisition System.
73. Substation Fuse blown Indicator.
74. Mobile phone controlled Street Light monitoring and control system.
75. UPS battery monitoring system over GSM for high availability systems (banking/finance/medical etc).
76. DTMF mobile phone controlled dam water gates controlling system with high-level protection.
77. DC Motor Speed and direction control using RF/IR/Zigbee technologies.
78. Hazardous chemical valve control system with stepper motor and line of site remote control.
79. Contact less Motor speed monitoring on Graphical display with high and low speed alerts.
80. Design and construction of Earth fault relay for single phase power system.
81. RF transceiver (Zigbee/X-Bee) based energy meter monitoring system. (Energy Meter reading on PC over wireless comm.)
82. Talking energy (KWH) meter.
83. Password enabled pre-paid liquid/milk dispensing system.
84. High voltage fuse blown indicator with display on PC with optical isolation between PC and HV bus bars.
85. An On-line Monitoring System of Transmission Line Conductor De-icing(IEEE-2008).
86. We can implement your innovative project ideas. Please send us the project titles.

CSE & EEE SEMINORS

CSE Seminors

1.MOBILE PHONE CLONING:

Seminar Description:Mobile communication has been readily available for several years, and is major business today. It provides a valuable service to its users who are willing to pay a considerable premium over a fixed line phone, to be able to walk and talk freely. Because of its usefulness and the money involved in the business, it is subject to fraud. Unfortunately, the advance of security standards has not kept pace with the dissemination of mobile communication. Some of the features of mobile communication make it an alluring target for criminals. It is a relatively new invention, so not all people are quite familiar with its possibilities, in good or in bad. Its newness also means intense competition among mobile phone service providers as they are attracting customers. The major threat to mobile phone is from cloning. Cell phone cloning is copying the identity of one mobile telephone to another mobile telephone.Usually this is done for the purpose of making fraudulent telephone calls. The bills for the calls go to the legitimate subscriber. The cloner is also able to make effectively anonymous calls, which attracts another group of interested users. Cloning is the process of taking the programmed information that is stored in a legitimate mobile phone and illegally programming the identical information into another mobile phone. The result is that the "cloned" phone can make and receive calls and the charges for those calls are billed to the legitimate subscriber. The service provider network does not have a way to differentiate between the legitimate phone and the "cloned" phone.

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2.Wearable Computers:

Seminar Description:Computer subsumed into personal space of the user, controlled by the user, and has both operational and interactional constancy Always on and accessible, body/mind extension Different from wrist watches, PDAs, wearable radios etc :– they are fully functional computers Need :- today’s computers are not ‘personal’ A person's "personal" computer should be always available, and interact with the user based on context of the situation  

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3.4G Wireless Technology:

Seminar Description: As the virtual centre of excellence in mobile and personal communications (Mobile VCE) moves into its second core research programme it has been decided to set up a fourth generation (4G) visions group aimed at harmonising the research work across the work areas and amongst the numerous researchers working on the programme. This paper outlines the initial work of the group and provides a start to what will become an evolving vision of 4G. A short history of previous generations of mobile communications systems and a discussion of the limitations of third generation (3G) systems are followed by a vision of 4G for 2010 based on five elements: fully converged services, ubiquitous mobile access, diverse user devices, autonomous networks and software dependency. This vision is developed in more detail from a technology viewpoint into the key areas of networks and services, software systems and wireless access. The major driver to change in the mobile area in the last ten years has been the massive enabling implications of digital technology, both in digital signal processing and in service provision. The equivalent driver now, and in the next five years, will be the all pervasiveness of software in both networks and terminals. The digital revolution is well underway and we stand at the doorway to the software revolution. Accompanying these changes are societal developments involving the extensions in the use of mobiles. Starting out from speech-dominated services we are now experiencing massive growth in applications involving SMS (Short Message Service) together with the start of Internet applications using WAP (Wireless Application Protocol) and i-mode. The mobile phone has not only followed the watch, the calculator and the organiser as an essential personal accessory but has subsumed all of them. With the new Internet extensions it will also lead to a convergence of the PC, hi-fl and television and provide mobility to facilities previously only available on one network.

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4.Tripwire:

Seminar Description: Tripwire is a reliable intrusion detection system. It is a software tool that checks to see what has changed in your system. It mainly monitors the key attribute of your files; by key attribute we mean the binary signature, size and other related data. Security and operational stability must go hand in hand; if the user does not have control over the various operations taking place, then naturally the security of the system is also compromised. Tripwire has a powerful feature which pinpoints the changes that has taken place, notifies the administrator of these changes, determines the nature of the changes and provide you with information you need for deciding how to manage the change. Tripwire Integrity management solutions monitor changes to vital system and configuration files. Any changes that occur are compared to a snapshot of the established good baseline. The software detects the changes, notifies the staff and enables rapid recovery and remedy for changes. All Tripwire installation can be centrally managed. Tripwire software’s cross platform functionality enables you to manage thousands of devices across your infrastructure.

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ELECTRICAL SEMINORS

7.MOCT (Magneto-Optical Current Transformer):
                         Seminar Description: An accurate electric current transducer is a key component of any power system instrumentation. To measure currents power stations and substations conventionally employ inductive type current transformers with core and windings. For high voltage applications, porcelain insulators and oil-impregnated materials have to be used to produce insulation between the primary bus and the secondary windings. The insulation structure has to be designed carefully to avoid electric field stresses, which could eventually cause insulation breakdown. The electric current path of the primary bus has to be designed properly to minimize the mechanical forces on the primary conductors for through faults. The reliability of conventional high-voltage current transformers have been questioned because of their violent destructive failures which caused fires and impact damage to adjacent apparatus in the switchyards, electric damage to relays, and power service disruptions.

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8.MEMRISTERS:

                            Seminar Description:Memristor theory was formulated and named by Leon Chua in a 1971 paper. Chua strongly believed that a fourth device existed to provide conceptual symmetry with the resistor, inductor, and capacitor. This symmetry follows from the description of basic passive circuit elements as defined by a relation between two of the four fundamental circuit variables. A device linking charge and flux (themselves defined as time integrals of current and voltage), which would be the memristor, was still hypothetical at the time. However, it would not be until thirty-seven years later, on April 30, 2008, that a team at HP Labs led by the scientist R. Stanley Williams would announce the discovery of a switching memristor. Based on a thin film of titanium dioxide, it has been presented as an approximately ideal device.

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9.Micro Electro Mechanical Systems:

                            Seminar Description:"Micromechatronic is the synergistic integration of microelectromechanical systems, electronic technologies and precision mechatronics with high added value." This field is the study of small mechanical devices and systems .they range in size from a few microns to a few millimeters. This field is called by a wide variety of names in different parts of the world: micro electro mechanical systems (MEMS), micromechanics, Microsystems technology (MST), micro machines .this field which encompasses all aspects of science and technology, is involved with things one smaller scale. Creative people from all technical disciplines have important contributions to make. Welcome to the micro domain, a world now occupied by an explosive new technology known as MEMS (Micro Electro Mechanical systems), a World were gravity and inertia are no longer important, but the effects of atomic forces and surface science dominate.

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10.FINFET:

                              Seminar Description:Since the fabrication of MOSFET, the minimum channel length has been shrinking continuously. The motivation behind this decrease has been an increasing interest in high speed devices and in very large scale integrated circuits. The sustained scaling of conventional bulk device requires innovations to circumvent the barriers of fundamental physics constraining the conventional MOSFET device structure. The limits most often cited are control of the density and location of dopants providing high I on /I off ratio and finite subthreshold slope and quantum-mechanical tunneling of carriers through thin gate from drain to source and from drain to body. The channel depletion width must scale with the channel length to contain the off-state leakage I off. This leads to high doping concentration, which degrade the carrier mobility and causes junction edge leakage due to tunneling. Furthermore, the dopant profile control, in terms of depth and steepness, becomes much more difficult. The gate oxide thickness tox must also scale with the channel length to maintain gate control, proper threshold voltage VT and performance. The thinning of the gate dielectric results in gate tunneling leakage, degrading the circuit performance, power and noise margin.

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SRI KOTTAM TULASI REDDY MEMORIAL COLLEGE OF 

ENGINEERING

PREVENTIVE MEASURES FOR ANTI-RAGGING 2011-12
1. Name of the Institution: Sri Kottam Tulasi Reddy Memorial College of Engineering
2. Address:  Kondair(Village)
Mahaboob Nagar (District)
Pin code- 509125
3. Name & Address of Affiliating University: JNTU-H Kukatpally
  Hyderabad

4. Name & Address of DTE or any other related state government office:  The Commissioner
       Department of Technical Education
       6th
 floor, BRKR Bhavan, Tank Bund
          Hyderabad
5. Date of Constitution of Anti Ragging Committee: 04-07-2011
6. Contact details of in-charge : Sri Sharad Kulkarni
#104, Gayathri Apartments, Gadwal,
Mahaboobnagar District,
Andhra Pradesh-509 125.
Ph:94901 97730
E-mail: sharad_kulkarni@in.com
7. Date of constitution of Anti ragging squad : 17-8-2009
8. Number of surprise raids conducted by squads : 05
9. Number of ragging incidents reported : Nil
10. Action taken on reported ragging cases : Nil
11. Number of Monitoring cell constituted : 1
12. Incorporation of directions as provisioned under clause 11(a) of the regulation in the
prospectus/advertisement issued for admission : Yes
13. Receipts of affidavit from the student and parents as envisaged under the regulation: Yes

KOTTAM INSTITUTE OF ADVANCED STUDIES

PREVENTIVE MEASURES FOR ANTI-RAGGING 2011-12

14. Name of the Institution: Kottam Institute Of Advanced Studies
15. Address:  Kondair(Village)
Mahaboob Nagar (District)
Pin code- 509125
16. Name & Address of Affiliating University: JNTU-H
  Kukatpally
  Hyderabad
17. Name & Address of DTE or any other related state government office:  The Commissioner
       Department of Technical Education
       6th
 floor, BRKR Bhavan, Tank Bund
          Hyderabad
18. Date of Constitution of Anti Ragging Committee: 04-07-2011
19. Contact details of in-charge : Dr.B.Gurubheemachar
         Kottam Institute of Advanced Studies
         Kondair (V), Mahaboob Nagar (Dist)
        Phone: 9490197747
        E-mail: kias2k3@rediffmail.com
20. Date of constitution of Anti ragging squad : 17-8-2009
21. Number of surprise raids conducted by squads : 10
22. Number of ragging incidents reported : Nil
23. Action taken on reported ragging cases : Nil
24. Number of Monitoring cell constituted : 1
25. Incorporation of directions as provisioned under clause 11(a) of the regulation in the
prospectus/advertisement issued for admission : Yes
26. Receipts of affidavit from the student and parents as envisaged under the regulation: Yes

Get Admission To KOTTAM

CATEGORY - 'B' APPLICATION FORM for the Academic year 2011-12 (Click here to download)