 DOEACC 'C' LEVEL COURSE (MTECH Equivalent)
Objective
The objective of the 'C' Level course is to develop Project Managers/Consultants/System Specialists/R&D Scientists/Faculty who will be equipped with the knowledge and skills desired to perform the duties of the positions referred above. In order to develop the capabilities, 'C' Level course has been designed to give the students a sound background in latest Technologies, Tools and Techniques in Computer Science and Engineering.
The career options available to a DOEACC "C" level qualifier are:
- Project Manager
- IT Consultant
- R&D Scientist
- System Specialist
- Training Faculty
DOEACC 'C' level Course consists of 4 bridge courses, 10 compulsory modules, 2 elective modules and a Dissertation.
Note : Modules C0-R4 to C0-R4 will be exempted for the students who have successfully qualified the DOEACC 'B' Level course or its equivalent course recognized by AICTE/MHRD/UGC on case to case basis. Laboratory / Practical work will be the conducted at institutions /organizations, which are running the course.
Duration
2 years
Eligibility
Level 'B'/ B.Tech./ B.E./ MCA/ M.Sc./ Master's degree in Maths/ Stat/ OR, MBA (or equivalent) with B.Sc./ BA (Maths/ Stat).
Award of Qualification
Students would be eligible for the award of 'C' Level Certificate by DOEACC Society on successfully qualifying in the theory examinations of requisite modules and the project.
Fee
Admission Fee : Rs. 10,000/-
Course Fee
Lumpsum Plan : Rs. 100,000/- x 1
Yearly Plan : Rs. 55,000/- x 2
Semester Plan : Rs. 28,500/- x 4
Quarterly Plan : Rs. 15,000/- x 8
Fee includes Tuition, Lab, Library, Study Material and Internal Examination charges. Service Tax and DOEACC fees to be paid extra as applicable.
Scholarships
The institute provides merit scholarships based on a student's performance in the Internal/DOEACC examinations.
Admissions:
Admission to the course is based on written test/academic performance/interview. A candidate willing to take admission has to apply in the prescribed application form.
Course Outline
Bridge Courses
C0-B1: Elements of Mathematical Sciences
C0-B2: Operating Systems
C0-B3:Data Structure through Java
C0-B4: Computer System Architecture
C1:dvanced Computer Graphics
Basic Background
3D Viewing
Representing Curves and Surfaces
Solid Modeling
Visible Surface Determination
Illumination models & Rendering
Color Models
Introduction to Animation
C2: Advanced Computer Networks
Broadband Wide Area Networking; SDH, Frame Relay and ATM
Cell Relay and ATM Internetworking
Distributed Computing and The NFS
The Next Generation Protocols
Transition to Next Generation Protocols
Quality of Service and Real-Time Application Issues
Multicast
Voice over IP (VoIP)
TDMA and CDMA; Features Compared and Contrasted
Mobile IP; Concepts and Issues
Wireless Application Protocol
Partial Mobility with Wireless Local Loops
C3: Mathematical Methods for Computing
Descriptive statistic
Probability and Probability distributions
Statistical Inference
Non - Parametric Methods
Time series analysis
C4: Advanced Algorithms
Introduction
Greedy Algorithms Divide & Conquer
Algorithms Dynamic Programming
Algorithms Amortized
Analysis Graph Algorithms
String Matching & Sorting
Computational Complexity & Approximate Algorithms
C5: Data Warehousing and Mining
Introduction and Background
Data Warehousing and OLAP
Data Mining Primitives
Concept Description: Characterization and Comparison
Association Analysis
Classification and Predictions
Cluster Analysis
Mining Complex Types of Data
Application of Data Warehousing and Data Mining
Lab I Graphics and Visualization
Lab II Data Network and Management
C6: Multimedia Systems
Introduction
Compression of Multimedia data
Multimedia Systems
Delivery of Multimedia data
Multimedia Information Management
Multimedia Programming Tagging (SMIL)
MIDI
Virtual Reality
C7: Digital Image Processing & Computer Vision
Introduction to Image Processing & Computer Vision
Image Formation
Image Enhancement & Restoration
Color image processing
Wavelets and multi resolution processing
Image Compression
Edge and Boundary Detection
Motion Estimation, Detection & Tracking
Shape Representation and Reconstruction
C8: Information Security
Introduction to Cryptography
Mathematics of Cryptography
Introduction to Number Theory
Conventional Encryption
Pseudo-random Number Generators (PRNGs)
Hash Functions and MAC
Key Establishment and Public-key Cryptography
Integrity and Digital Signature
C9: Soft Computing
Introduction to Soft computing
Regression and Optimization
Neuro-Fuzzy Modeling
Advanced Neuro-Fuzzy Modeling
Neuro-Fuzzy Control
Other Hybrid System
C10: Software Systems
Basic of Software Engineering and Study of Different Life cycle Models
Requirements & Specification
Design Concept and Methods
Object Oriented Methodology for Analysis and Design
Modeling with UML
Testing Object Oriented System and Quality Assurance
Software Architecture
Software Agent
Lab III Image processing & Computer Vision
+
Multimedia Systems
Lab IV Information Security
+
Soft Computing
Electives (any two)
Any two theory papers out of five electives are required to be taken in this semester. Project work part-I will be part of main project. Project report submission and presentation will be mandatory.
CE1.1: Digital Signal Processing
Discrete Time Signals & System
Z-Transform
Applications of z-transform
Frequency Analysis of Signals and Systems
Discrete Fourier Transform
Implementation of Discrete Time Systems
Design of Digital Filters
Introduction to DSP co-processors
Applications
Advance DSP concepts
CE1.2: Machine Learning
Introduction
Inductive Classification
Decision Tree Learning
Ensemble Learning
Experimental Evaluation of Learning Algorithm
Computational Learning Theory
Rule Learning: Propositional and First-Order
Artificial Neural Networks
Support Vector Machines
Bayesian Learning
Instance-Based Learning
Clustering and Unsupervised Learning
CE1.3: Cyber Forensic and Laws
Introduction
Cyber Forensics Tools and Utilities
Concealment Techniques
Hardware: Model System Platforms
Software: Operating Systems, Network Traffic and Applications
Standard Operating Procedures:
Digital Forensic Laboratory Accreditation Standards
Privacy and Cyber Forensics
Forensic Discovery and Analysis Using Back Track
Privacy and Cyber Forensics
CE1.4: Project Management
Introduction to Software Project Management System
Overview of Project Planning
Project Estimation
Project Scheduling
Organization and Team Structure
Risk Analysis and Management
Resource Allocation
Project Tracking and Configuration Management
Project Contract Management
Software Quality Assurance.
CE1.5: Mobile Computing
Mobile & Wireless Technology
Mobile Computing Basics
Access Technologies & Computing Models
Mobile Networking
Mobile IP
Mobile Transaction & Commerce
Ad-hoc Network
Programming Language Support
C11: Dissertation Part-I
C12: Dissertation Part-II
Note : Module Codes/Subjects/Topics are provisional and subject to change. Course teaching will be as per DOEACC norms existing at the time. Electives will be offered at the discretion of the institute.
| Module | | DESCRIPTION |
| B3.1 | | MANAGEMENT FUNDAMENTALS AND INFORMATION SYSTEMS |
| B3.2 | | BASIC MATHEMATICS |
| B3.3 | | SOFTWARE ENGINEERING & CASE TOOLS |
| B3.4 | | OPERATING SYSTEMS |
| B3.5 | | NETWORKING AND MOBILE COMMUNICATIONS |
| B4.1 | | COMPUTER BASED STATISTICAL & NUMERICAL TECHNIQUES |
| B4.2 | | DISCRETE STRUCTURE |
| B4.3 | | SOFTWARE TESTING AND QUALITY MANAGEMENT |
| B4.4 | | COMPUTER GRAPHICS AND MULTIMEDIA SYSTEMS |
| B4.5 | | INTERNET TECHNOLOGIES AND TOOLS |
| B5.1 | | PROFESSIONAL AND BUSINESS COMMUNICATION |
| B5.2 | | OBJECT ORIENTED DATABASE MANAGEMENT SYSTEMS |
| B5.3 | | NETWORK MANAGEMENT & INFORMATION SYSTEM |
| Elective(any two) | | E-BUSINESS,PARALLEL COMPUTING,ACCOUNTING SOFTWARE PROJECT MANAGEMENT, EMBEDDED SYSTEM, AI AND FINANCE MANAGEMENT, APPLIED OR IMAGE PROCEEING |
| PRJ-2 | | 'B' LEVEL PROJECT |
Note
- In addition to DOEACC curriculum, special classes are conducted on Communication English language & Personality Development to enhance employment prospects.
- On successful completion of the course, students will also be awarded 'Master Diploma in IT by the institute & given placement assistance.
DOEACC 'C' LEVEL COURSE (M. tech Level)
Objective
The objective of the 'C' Level course is to develop professional who will be equipped with the knowledge and skills desired to perform the duties of the positions mentioned below . In order to develop the capabilities, the course has been designed to give the student a sound background in latest technologies tool and technique
Eligibility
Level 'B', B.Tech./ BE/MCA/Msc/Master's degree in Math’s/Stat/OR,MBA with B.sc./BA(Math’s/Stat).
Career Opportunities
- Project Manager
- IT Consultant
- R & D Scientist
- System Specialist
- Training Faculty
| Module | | DESCRIPTION |
| C1 | | COMPUTER ORGANIZATION |
| C2 | | DATA STRUCTURES THROUGH 'C' |
| C3 | | OPERATING SYSTEM |
| C4 | | ALGORITHM ANALYSIS AND DESIGN |
| C5 | | OBJECT ORIENTED METHODOLOGY |
| C6 | | ADVANCE DATABASE MANAGEMENT SYSTEM |
| C7 | | ADVANCE COMPUTER NETWORK |
| C8 | | ADVANCE COMPUTER ENGINEERING |
| C9 | | ADVANCE SOFTWARE PROJECT MANAGEMENT |
| C10 | | COMPUTER GRAPHICS & ANIMATION |
| C11 | | MULTIMEDIA TECHNOLOGY AND VIRTUAL REALITY |
| C12 | | DISTRIBUTED SYSTEM |
| C13 | | DIGITAL SYSTEM DESIGN |
| C14 | | AI AND NEURAL NETWORKS |
| ELECTIVE / ADVANCED | | ADVANCECDCED COMPUTER ARCHITECTURE WIRELESS AND MOBILE NETWORKS, NETWORK SECURITY & CRYPTOGRAPHY, SOFTWARE QUALITY MANAGEMENT, DATA WAREHOUSING AND MINING, IMAGE PROCESSING & COMPUTER VISION,REAL TIME SYSTEM, LOGICAL & FUNCTIONAL PROGRAMMING |
Note
- In addition to DOEACC curriculum, special classes are conducted on Communication English language & Personality Development to enhance employment prospects.
- On successful completion of the course, students will also be awarded IT specialist Diploma by the institute & given placement assistance.
- Modules c1 to c3 are exempted for the students who have qualified DOEACC 'B' level or any equivalent course
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