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Electronics
  • About
  • Vision & Mission
  • Syllabus
  • Resource and Facilities
  • Staff
  • Department Calender and Time table
  • Projects
  • Academic Reports
  • Toppers
  • Department Advisory Board
  • Professional Chapter - IEEE
  • Photo Gallery

Department of Electronics Engineering

 

The department of ‘Electronics Engineering’ was established in June 1994 at the inception of the college. It has sanctioned intake capacity of 60 students. This program is accredited by National Board of Accreditation for a period of three years with effect from the Academic Year 2018-19. The department has a well established, highly motivated and technically excellent staff. To-date all the members of the department are post-graduates in engineering from highly reputed institutes. Each member is actively pursuing his/her development/research in chosen area. This has helped create a strong academic fervour motivating the students towards technical excellence.


The department is proud to be associated with – ‘Innovation Centre’ the brain child of the present principal - Dr. Hari Vasudevan. A number of development activities including product development undertaken by faculty and students are carried out under this forum. The IEEE student’s chapter has been under the mentor-ship of the department faculty since its inception in 1998. This is the platform for nurturing and evaluating not only the technical skills and acumen of the students, but also developing their management & organization capabilities by way of organizing and managing industrial tours, technical seminars, intercollegiate tech-feasts etc.


The department has always motivated its members to excel technically. In this regard, most of the members frequently attend specialized workshops and training sessions. Quite a few faculty members from the department are invited by other colleges as well as professional institutions for delivering expert sessions in their chosen areas.


It is a matter of privilege and honour that the NSS (National Service Scheme) activities held in the college are largely supported by department faculty and students. Since its inception the ‘NSS-student’s chapter’, has held a number of social service camps, blood donation camps etc. The cell also motivates students to contribute towards NGOs working in the area of child relief and education and it witnesses’ active participation from students of the department.

All in all, the department has a rich blend of academic excellence, professional endeavour and social awareness.

 

Subject Categorization of couses: Sem 3 – Sem 8 of Electronics Engineering Progaram

Categorization

Subject Names

Inter disciplinary

Applied Mathematics III, Business Communication and Ethics, Object oriented programming, Computer Organization, Modern Information Technology for Management , Biomedical Electronics

Basic Engineering

Electronic Devices, Digital Circuits and Design, Circuit Theory , Electronic Instruments and Measurements, Principles of  Control Systems, Fundamentals of Communication Engineering,

Core Engineering

Microprocessor and Peripherals, Design with Linear  Integrated Circuits, Electromagnetic Engineering, Signals and Systems, Basic VLSI Design, Power Electronics I, Digital Signal Processing and Processors

Advanced Engineering

Advanced Instrumentation Systems, IC Technology, Computer

Communication Networks, CMOS VLSI Design, Power Electronics –II

Application Oriented

Microcontrollers and Applications, Embedded  System Design, Artificial Intelligence, Digital Image Processing, Robotics, Optical  Fiber Communication, MEMS Technology, Mobile Communication, Mini Project – I, Mini Project – II, Project I, Project – II

 

 

Dr. Prasad Joshi   

Head and Professor of Electronics Engineering Department

 

From HODs Desk,

We are made by our belief

As we believe, so we are

-          Bhagwad Geeta

 

Electronics is a very broad field that encompasses many subfields including those that deal with, electronic devices, Robotics, Signal processing, Embedded systems, Power electronics, etc. Due to the rapid evolution in all the above fields, engineers are required to possess proficiency in both hardware and software components. Our courses prepare graduates to access a full range of careers available in technology which has electronics as the core, and apply them for the betterment of mankind.

Department Vision

To strive for excellence in education and R & D in the domain of Electronics Engineering through a focused endeavour by committed faculty members and support staff to develop professionally competent engineers, capable of meeting global challenges.

 

Department Mission

  1. To provide the best possible educational facilities for training students for careers in Electronics Engineering and Technology.
  2. To educate & conceptualize for the design of implementable solutions and generation of intellectual property rights (IPR).
  3. To foster education, research and technological innovation to create engineers that search, teach and discover.
  4. To nurture value based education by instilling personality traits, professional ethics and social responsibilities.
  5. To promote and propagate green technology for sustainable development.

 

Program Education Objectives (PEOs)

 

1)    To  lay a strong foundation  in  mathematical, applied sciences  and  engineering  fundamentals  for  problem solving  and to enhance the capability for higher studies.

2)    To  train  students  with  good  scientific  and  engineering  expanse  so  as  to comprehend, analyze and design for systemic solutions and instill receptiveness for life-long learning.

3)    To inculcate in students a multidisciplinary approach to relate engineering issues for broader social context.

4)    To provide students with leadership & teamwork skills, professional & ethical outlook with effective communication methodology for a successful professional career.

5)    To associate with industry for achieving a blend of industry and academia for reciprocative knowledge enhancement.

 

Program Specific Outcomes (PSOs)

 

1)    To equip students to build, analyse & troubleshoot electronic circuits on hardware and in simulation environment.

2)    To ensure that students can analyze, design & implement various subsystems with competence in transform methods, statistics & probability for system realisation.

3)    To motivate & encourage students to pursue core electronics engineering projects with an inter-disciplinary approach & report quality development/research work in publishing domain.

 

Program Outcomes (POs)

 

       Engineering Graduates will be able to:

 

1)  Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.

2) Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.

3) Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.

4) Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.

5) Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.

6) The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.

7) Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.

8) Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.

9) Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.

10) Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

11) Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.

12) Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

Revision 2012  - Mumbai University Affiliation 

S.E. Electronics Engineering 

T.E. Electronics Engineering

B.E. Electronics Engineering 

 

Revision 2016 - Mumbai University Affiliation 

F.E. - Common to all branches 

S.E. Electronics Engineering  

 

Resources and facilities 

Department of Electronics Engineering is spread over third floor of D. J. Sanghvi COE. The department has three spacious, air-conditioned class-rooms along-with ten very well equipped laboratories for conduct of sessions in a learner conducive environment. All class rooms are multi-media enabled catering to conventional teaching methods as well as equipped with overhead projection screen, LCD projector and desktop computer.  The acoustically designed class rooms are spacious and have ergonomically designed benches with enough seating capacity.

The laboratories are equipped with conventional as well as special equipment and apparatus which help in grooming and developing student's mind for obtaining practical solutions to a given problem. The department focuses on student development through projects and hence motivate students to involve in project development activity right from their second year of engineering. With this as view, the department has innovatively developed and implemented PCB making technique and trains students adequately on the relevant software tools for the same.

 

Some of the laboratories are:

1.    VLSI laboratory

2.    Microprocessor and Microcontroller laboratory

3.    Communication and Signal Processing laboratory

4.    Power Electronics laboratory

5.    Analog and Digital Electronics laboratory

6.    BEE laboratory

 

Some of the equipment available in department laboratories are:

  1.      CROs - Analog / Digital Storage
  2.       Function Generators / Signal Generators
  3.           Power Supplies
  4.          Microwave Bench
  5.          Logic Analyzer & Pattern Generator
  6.          Spectrum Analyzer
  7.          Color Pattern Generator
  8.          Universal Programmer
  9.          Analog & Digital IC Tester
  10.          Dedicated hardware setup for MEMS experimentation
  11.          LCR Q Meter etc.
  12.          SMD Rework Station

 

Lab facilities developed in-house:

  1.          x51 family based microcontroller trainer and development environment.
  2.          Low Cost Module for Digital Design Experiments.
  3.          PCB drilling machine.
  4.          PCB etching machine.

 

All labs are equipped with state of the art infrastructure.

  1.          Each Lab comprises of state of the art computing facility with seamless internet and intranet connectivity provided using wired and wire-less network.
  2.          Each Lab is WiFi enabled for resource on demand and access to resources on Blackboard Software

 

The computational facilities available with department include:

  1.          No. of Desktop Computers: - 72
  2.          All computers are in LAN connections with internet facility
  3.          6  Access points (WiFi)
  4.          2 Laser Printer (network printer)
  5.          4 Scanner cum printer cum copier (network printer)
  6.          2 Laptops
  7.          3 LCD Projectors

 

Campus Agreement Softwares

  1.          Windows 8.1
  2.          MS Office
  3.          Symantec Endpoint Protection
  4.          Matlab Rb13
  5.          Blackboard
  6.          SAP
  7.          Microsoft Visual Studio 2010
  8.          Microsoft SQL Server
  9.          SAS Enterprise Miner

 

  • HOD_ElexDr. Prasad S. JoshiProfessor and Head
  • Prof . Ritesh Ramashere SinghProf. Ritesh
    Ramashere Singh
    Assistant Professor
  • Prof.( Ms. ) Darshna N. SankheProf.(Ms) Darshna
    N. Sankhe
    Assistant Professor
  • Prof.(Mr) C.K. BeralProf. C. K. BeralAssistant Professor
  • Prof.( Ms) Bahar C. SoparkarProf.(Ms) Bahar
    C. Soparkar
    Assistant Professor
  • Prof.( Ms. ) Sejal A. KadamProf. (Ms) Sejal
    A. Kadam
    Assistant Professor
  • Prof . Mayur V. ParulekarProf. Mayur V.
    Parulekar
    Assistant Professor
  • Prof.( Mrs. ) Sheeja P. KumarProf.(Ms) Sheeja
    Nair
    Assistant Professor
  • Prof (Mr) Pavan Kumar BorraProf. Pavan Kumar
    Borra
    Assistant Professor
  • Prof. (Mr.) Vivek NarProf. Vivek NarAssistant Professor
  • Prof. (Ms) Niharika MaliwarProf. (Ms) Niharika
    Maliwar
    Assistant Professor
  • HOD_ElexDr. Prasad S. JoshiProfessor and Head
  • Prof . Ritesh Ramashere SinghProf. Ritesh
    Ramashere Singh
    Assistant Professor
  • Prof.( Ms. ) Darshna N. SankheProf.(Ms) Darshna
    N. Sankhe
    Assistant Professor
  • Prof.(Mr) C.K. BeralProf. C. K. BeralAssistant Professor
  • Prof.( Ms) Bahar C. SoparkarProf.(Ms) Bahar
    C. Soparkar
    Assistant Professor
  • Prof.( Ms. ) Sejal A. KadamProf. (Ms) Sejal
    A. Kadam
    Assistant Professor
  • Prof . Mayur V. ParulekarProf. Mayur V.
    Parulekar
    Assistant Professor
  • Prof.( Mrs. ) Sheeja P. KumarProf.(Ms) Sheeja
    Nair
    Assistant Professor
  • Prof (Mr) Pavan Kumar BorraProf. Pavan Kumar
    Borra
    Assistant Professor
  • Prof. (Mr.) Vivek NarProf. Vivek NarAssistant Professor
  • Prof. (Ms) Niharika MaliwarProf. (Ms) Niharika
    Maliwar
    Assistant Professor

2017-18

B.E. ELECTRONICS ( 2017 - 2018)

Final Year Projects

 

  1. Emotion Estimation through Speech (Speech processing)
  2. Optical Character Recognition using Artificial Neural Networks
  3. Cuff-less Blood Pressure measurement mechanism for Ambulatory Blood Pressure Measurement
  4. Maximum Power Point Tracking Controller
  5. Artificially Intelligent Gesture Control Device using RADAR
  6. Field Oriented  Control of AC motor
  7. RADIUS- Perpetual mechanism based power generation for domestic applications.
  8. Night Vision Surveillance
  9. HoneyPots for Industrial Control Systems
  10. Autonomous Parking Vehicle
  11. Sixth Sense Technology
  12. Electronic Synthesizer
  13. Image Processing based Fire Detection System
  14. Two legged robot
  15. Robotic Prosthetic Arm
  16. Camera Deactivation System, using Image Processing
  17. Voice controlled wireless electronic notice board using android
  18. Embedded System based Vacuum forming Machine
  19. Wireless Virtual Keyboard with Touchpad
  20. Radio Controlled Aircraft
  21. Image processing based tracking & surveillance system
  22. Standalone Virtual Private Network & TOR Router
  23. Video Stabilization using 'Gimbal'
  24. Autonomous Vehicle Navigation
  25. Autonomus Robotic Arm
  26. SWARM Intelligence
  27. IRIS Scanner using camera

2016-17

B.E. ELECTRONICS ( 2016 - 2017)

Final Year Projects

 

  1. Cardiovascular Diagnostic Tool Using Neural Networks
  2. 3d Colour Printer/CNC Milling Machine
  3. Maze solving robot using SLAM
  4. Pupil controlled wheelchair
  5. Sign Language Recognition implemented on FPGA
  6. CAN bus system
  7. SCARA pick and place
  8. RFID based electronic voting system
  9. Multiple face detection on GPU
  10. Entry registration system using beacon technology on PSoC
  11. IOT based application
  12. IOT based patient monitoring system
  13. Health monitoring system
  14. HOLOGRAPHIC KEYBOARD
  15. Video surveillance bot with robotic arm
  16. Autonomous navigation of mobile robot in unknown environment
  17. Tongue controlled system for the handicapped
  18. 2D to 3D back projection
  19. Pattern generation using swarm robots
  20. Bluetooth low energy(BLE) based sensor application
  21. Liquid level detector
  22. Self Balancing Robot
  23. Prepaid Energy Meter With Theft Detection
  24. Digital Radiosonde System
  25. Wall Climbing Robot
  26. Touch based switch
  27. 4 Legged Bot with 3 DOF and DIP
  28. Voice controlled pick and place automobile

2015-16

B.E. ELECTRONICS ( 2015 - 2016)

Final Year Projects

  1. Speech Controlled Robot
  2. Standalone multi-purpose Security System.
  3. Pulse Oximetry Tracing for muscle movement.
  4. GPS based Autonomous Vehicle
  5. Area Mapping and Object Detection in Swarm Robotics
  6. Multifunctional Interactive Display Device
  7. Neural Signal Processing and control for prosthetics
  8. Voice Command Controlled Wheelchair
  9. Train Services & Security Management System
  10. Quadcopter based  solution for Spraying of Pesticides and Fertilizers using Neural Networks.
  11. Detection and Application of Muscle Impulses for Prosthetics
  12. Image Processing Algorithm Evaluation Using Dedicated Platform
  13. Vending Machine for  Medical  Emergency
  14. FPGA based  real time image processing System
  15. Intelligent & Interactive Robotic Gaming system( Player vs Robot)
  16. GSM based e-Board
  17. AI based All Terrain Vehicle
  18. Human Vs AI based  automated   chess playing mechanism
  19. 3 phase brushless motor controller with soft start
  20. IP based  Automated Offside Assistance System
  21. Multi-Utility Smart Card for a Smart City
  22. Ambulatory Blood  Pressure Monitoring Mechanism.
  23. PCI to CAN Bus Convertor

2014-15

B.E. ELECTRONICS ( 2014 - 2015)

Final Year Projects

  1. Quadcopter based on flight control board
  2. Expert System based Control of an Inverted Pendulum
  3. Sensorless Field-oriented control of 3 Ø Induction Motor
  4. Position Control using Ultrasonic Levitation Assembly
  5. Automatic Vehicle Accident Detection and Messaging using GPS and GSM
  6. 3 D Printer
  7. Standalone Stock Market Prediction using Neural Network
  8. Automatic Guitar Tunar
  9. Self balancing two wheeled robot
  10. ECG Signal Acquisition and Processing
  11. Self Park car
  12. Intelligant Helmet
  13. PC based Oscilloscope
  14. Braille Touch pad for blind
  15. 3-D Interactive Fluidic Interface
  16. Portable Solar Powered Health Monitioring System
  17. Object Tracking and Trajectory Prediction
  18. Wireless Pupil Controlled PC Mouse
  19. Automated Resistance Measurement and Segregation
  20. Navigation Assist for Visually Impaired
  21. Face Detection & login system
  22.        PH and Conductivity Measurement                                                                

2013-14

  1. Virtual Mirror    
  2. Automatic Car Parking & Payment System           
  3.  Potable Water Generation         
  4. Anti-Sleep Device For Driver      
  5. Robot Controlled by Intelligent Word Recognition( IWR)               
  6. Navigatin Light Control Panel     
  7. Portable Sign Language Translator Glove              
  8. Automated Sewing Machine     
  9. SCARA Pick & Place Robot           
  10. Tongue Drive System    
  11. Nextgen Power               
  12. Oil / water Pipeline Fault Detection & Monitoring System            
  13. Capacitive level Sensor 
  14. Automated 3-level Car Parking System 
  15. Portable Oscilloscope    
  16. Bipadal Robotic Articulating Transport (BRAT)    
  17. Machine Parameter Testing       
  18. Contact-less credit card Payment System            
  19. Glove based HID             
  20. Automated Toll Plaza Collection System               
  21. Robotic Arm      
  22. Luggage Carrier Robot  
  23. Voice Controlled Robotic Arm

 

2012-13

  1. Automatic Navigation in Industries using RFID
  2. Semiconductor Component Analyzer
  3. Virtual Keyboard
  4. Speech Translator
  5. Smart Power Wheelchair
  6. USB Data Acquisition System
  7. RADAR
  8. Automated Library
  9. Electric Fence Energiser
  10. Smart Card
  11. Intelligent Traffic Control
  12. USB to USB data transfer Module
  13. RTOS and Implementation of CAN Protocol
  14. Finger Print based Student Attendance System
  15. Patient Monitoring System
  16. Pulse Oximeter
  17. Ultrasonic Distance Meter for Navigation and Obstacle Avoidance
  18. Auto Rescue Device For Elevator
  19. Industrial Automation
  20. Road Security against Drunk Driving
  21. Implementation of PCI Express based FPGA
  22. Agricultural Bot
  23. Power Line Communication

2011-12

  1. Automated Library system using RFID
  2. Automation using Gesture recognition
  3. Autonomous Robot
  4. Electronic Pinball Machine
  5. Robot using Neural Networks
  6. Electronic Braille Tutor
  7. Indoor Navigation System for the blind
  8. Simulation of circular and equilateral triangle micro strip antenna with varying stub length
  9. Controller Area Network Protocol (CAN)
  10. Robotic arm
  11. Biometric Recognition System
  12. Multi storey car parking
  13. Security system based on biometrics
  14. Smart classroom using IP
  15. 3G wireless for home automation and device control
  16. Futuristic automation of vehicles
  17. Single board computer
  18. Power Line communication with MODBUS RTU
  19. Automated non - invasive blood pressure monitoring system
  20. Remote topographical survey
  21. Voice controlled Robot
  22. Sign Language to text and speech

2010-11

  1. Projection Keypad
  2. Rope climbing robot
  3. GSM/GPS based heart beat measurement
  4. Fillers using Fuzzy Logic
  5. Home security
  6. Car Data recorder
  7. Multitouch
  8. Ship monitoring and control system
  9. Wireless sensor node
  10. Optical switch scheduling
  11. Self balancing scooter
  12. Electronic eye with dial-up
  13. Interfacing using ARM
  14. Fence intrusion detection
  15. Pressure Based Plant Control System
  16. Temperature control system
  17. GPS receiver
  18. DAQ on 8130 on TIFR
  19. Accelerometer based wireless mouse
  20. Simulation of single mode Fiber Optics & Optical communication components
  21. Broadband microstrip antenna
  22. Blood pressure measurement and display
  23. Wheelchair for Handicap
  24. Multi language aid

2009-10

  1. Image Manipulation Tech. Using MATLAB
  2. Head Controlled input device of Computer
  3. Face Recognition Using Neural Network
  4. CNC Reconditioning and Retrofitting (Vertical Hole Drilling)
  5. Image Encryption & Decryption using Different algorithms
  6. Application of Fuzzy Logic for Motor Speed Control
  7. Vehicle Tracking System
  8. LED Billboard
  9. PCB Driller Based on CNC
  10. Auto Step Over Control for ESSC
  11. Wireless Local Positioning Systems
  12. Emulation of 8-bit Microcontroller on an FPGA
  13. Sensor Network Topology Simulation Using MATLAB
  14. Sensor Network Topology Control Using Atarraya
  15. Bluetooth Controlled Car
  16. Face Recognition Using I.C.A
  17. Biometric Attendance Register Using Fingerprint recognition
  18. ECG Filtering And Analysis Using Principal Components
  19. Stenography
  20. Image Compression Using Genetic Algorithm
  21. Two Wheeled Autonomous Balancing Robot

Academic Reports of Electronics Engineering Department

 

Academic Report  2017-18

Academic Report  2016-17

Academic Report  2015-16

Academic Report  2014-15

 

 

 

 

 

 

YEAR. NAME OF THE STUDENT Univ. Rank %
1998 Swastik Bihani (3rd in Univ.) 76.23%
1999 Akshay Kamath (2nd in Univ.) 75.63%
2000 Nirav Salot (4th in Univ.) 75.13%
2001 Prerana Joshi -- 70.03%
2002 Swati Agarwal -- 70.09%
2003 Tanmaya Desai (3rd in Univ.) 73.85%
2004 Saurabh Ranadive -- 72.64%
2005 Nakshatra Gajbhiye -- 78.74%
2006 Omkar Nitsure (8th in Univ.) 78.46%
2007 Snehal Punjani (1st in Univ.) 84.00%
2008 Leroy D'Mello (2nd in Univ.) 83.36%
2009 Kashyap Barot -- 78.67%
2010 Ronak Shah (2nd in Univ.) 80.77%
2011 Megha Parikh -- 77.68%
2012 Nazim Momin -- 77.74%
2013 Anusha Thatipelli -- 81.64%
2014 Snehal Gite   --      79.00%
2015 Ankit Manerikar  -- 79.35%
2016 Sonal Jain  -- 9.57 (CGPI)
2017 Saya Mogra  -- 9.16 (CGPI)

                                                                                                                                    

 

Department Advisory Board

 

Department of Electronics has constituted an advisory board which not only  comprises of members of department but also consist of noted academicians, industry experts, notable alumni and current bright students.  The board meetings are convened at-least once a semester to seek guidance and inputs on improvements in teaching learning processes and value additions in performance inputs.   The current, Department Advisory Board (DAB) structure is as under:

 

S.No.

Designation in board

Name of the member

Professional designation and address

1.

External Academician

Dr R.D Daruwala

 

Head Elex,EXTC,Elec VJTI,Matunga,Mumbai

2.

External Academician

Dr. Faruk Kazi

Professor dept of Elex VJTI

3.

External Industry representative

Shri Rahul Abhyankar

R&D Head,A1-Fence products

4.

Internal Academician

Prof Prasad Joshi

Professor and HoD Elex,DJSCE,Mumbai

5.

Internal Academician

Prof Darshana Sankhe

Associate Head – Elex,  DJSCE, Mumbai

6.

Nominated past student

Mr Aditya Chavan

Alumni

7.

Nominated past student

Mr. Kaushal Bhuva

Alumni

8.

Present student

Mr Rohan Rajeev

B.E (Sem VIII) Student

9.

Present student

Ms Mrunalini Vyas

B.E (Sem VIII) Student

 

About IEEE

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About IEEE Brainwaves

IEEE Brainwaves is the Student Branch (code: 60401) of the IEEE at Dwarkadas J. Sanghvi College of Engineering. It is duly recognized by the IEEE, USA. IEEE Brainwaves was established in 1997.

Our sole motive is to spread awareness regarding upcoming development in the field of technology and to maintain interest groups which work together and take part in various competitions.

 

Follow the links below for more on IEEE @ DJSCE 

 

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