Lab Details
| Lab No | Lab Name | Lab Details |
|---|---|---|
| C101 | Database Management and System Lab | INTEL I5 2.5GHZ, RAM 16GB DDR4, 3200MHZ, SSD 500GB, 23.8″ LENOVO MONITOR, WD BLUE, CARD PC1 ASUS 2GB DDR5 GT730, KEYBOARD & MOUSE LOGITECH, 6 U RACK |
| C102 | Software Testing Lab | PROCESSOR INTEL CORE I7 – 11700F 11TH GENERATION ASUS MB PRIME B460M-A-R2 RAM CRUCIAL 16GB CT16G4DERA 3200MHZ SSD WDS 240GB NVME, 2GB DDR5 ASUS GRAPHICS, CIRCLE CABINET WITH SMPS, LOGITECH KEYBOARD & MOUSE MK120, LENOVO MONITOR D22E-20 |
| C103 | Hardware Lab | INTEL I5 12TH GEN, ASUS PRIME H610M-CS-D4, RAM 16GB DDR4, SSD 500GB, CARD PC1 ASUS 2GB DDR5, LOGITECH MOUSE + KB, LENOVO MONITOR 23.8” |
| C105 | Digital / Microprocessor Lab | INTEL CORE I7 – 11700F, ASUS MB PRIME-B460M-A-R2, RAM CRUCIAL 16GB, SSD WD 240GB, 2GB DDR5 GRAPHICS, CIRCLE CABINET, LOGITECH KEYBOARD & MOUSE MK120, LENOVO MONITOR D22E-20 |
| C106 | Programming Lab | INTEL I5 12TH GEN, ASUS PRIME H610M-CS-D4, RAM 16GB DDR4, SSD 500GB, CARD PC1 ASUS 2GB DDR5, LOGITECH KB & MOUSE, LENOVO MONITOR 23.8” |
| C106 | Object Oriented Programming/Modeling Lab | INTEL CORE I5 12TH GEN, ASUS PRIME H610M-CS-D4, RAM 16GB DDR4, GRAPHICS GT 730 2GB, SSD 500GB, LOGITECH KB & MOUSE, LENOVO MONITOR 23.8” |
| C108 | Server Room | IBM SERVER DUAL SOCKET, IBM RACK SERVER, NETWORK SWITCHES, UPS, WI-FI ACCESS POINTS, PRINTER & SCANNER, ACs |
| C109 | Computer Centre Lab | INTEL CORE I5, ASUS MB, RAM 16GB DDR4 3200MHZ, SSD 500GB M.2 NVME, ASUS GT 710 2GB PCI GRAPHICS, CIRCLE CABINET WITH SMPS, LOGITECH KBD & MOUSE, 24” LENOVO MONITOR |
| C110 | Data Structure Lab | INTEL CORE I5 12TH GEN, ASUS PRIME H610M-CS-D4, RAM CRUCIAL 16GB DDR4, ASUS GT-710 2GB SL PCIE, SSD WD 500GB, CIRCLE CABINET, LOGITECH MOUSE & KEYBOARD, 24” LENOVO MONITOR |
| C111 | Signal Processing Lab | INTEL CORE I5, ASUS MB, RAM 16GB DDR4 3200MHZ, SSD 500GB M.2 NVME, ASUS GT 710 2GB PCI GRAPHICS, CIRCLE CABINET WITH SMPS, LOGITECH KBD & MOUSE, 24” LENOVO MONITOR |
Second Year Laboratories
SEM-I 2024 PATTERN
Data Structures Laboratory (DSL)
Course Objectives:
To provide hands-on experience in the implementation and application of fundamental data structures required for efficient problem solving.
Laboratory Work Includes:
Implementation of arrays, stacks, and queues
Linked list operations
Tree and graph traversal techniques
Searching and sorting algorithms
Analysis of time and space complexity
Learning Outcomes:
Students will be able to:
Implement appropriate data structures for given problems
Analyze algorithm efficiency
Apply data structures to real-world computing problems
Object Oriented Programming & Computer Graphics Laboratory (OOPCGL)
Course Objectives:
To develop programming skills using object-oriented concepts and introduce fundamentals of computer graphics for application development.
Laboratory Work Includes:
Object-oriented programming concepts (classes, inheritance, polymorphism)
Exception handling and file operations
Implementation of basic computer graphics algorithms
Graphical application development
Learning Outcomes:
Students will be able to:
Apply object-oriented principles in software development
Design modular and reusable programs
Implement basic computer graphics techniques
Community Engagement Project (CEP)
Course Objectives:
To sensitize students towards societal needs and enable them to apply engineering knowledge for community development through real-world engagement.
Laboratory / Project Work Includes:
Identification of community-based problems
Planning and execution of socially relevant projects
Interaction with community stakeholders
Documentation and presentation of project outcomes
Learning Outcomes:
Students will be able to:
Identify and analyze societal problems
Apply engineering solutions for community benefit
Develop teamwork, leadership, and ethical responsibility
Entrepreneurship Development (ED)
Course Objectives:
To develop entrepreneurial mindset and business-oriented thinking among students through innovation and startup-focused activities.
Laboratory / Activity Work Includes:
Introduction to entrepreneurship and startup ecosystems
Idea generation and opportunity identification
Business model development
Case studies and pitch presentations
Learning Outcomes:
Students will be able to:
Demonstrate entrepreneurial thinking
Develop innovative business ideas
Understand basics of startup creation and management
SEM-II 2024 PATTERN
Database Management System Laboratory (DML)
Course Objectives:
The Database Management System Laboratory aims to provide practical knowledge of database concepts, relational data models, SQL, and transaction management through hands-on experiments aligned with the prescribed syllabus.
Laboratory Work Includes:
Design of ER diagrams and relational schemas
Implementation of SQL queries (DDL, DML, DCL)
Normalization and indexing techniques
Implementation of database constraints and views
Learning Outcomes:
Students will be able to:
Design and implement relational databases for real-world applications
Write optimized SQL queries
Apply normalization techniques to reduce redundancy
Understand transaction processing and data integrity
Microprocessor Laboratory (ML)
Course Objectives:
The Microprocessor Laboratory focuses on understanding the architecture, instruction set, and programming of microprocessors through practical experiments.
Laboratory Work Includes:
Study of microprocessor architecture and pin configuration
Assembly language programming
Interfacing of memory and I/O devices
Timing and interrupt concepts
Learning Outcomes:
Students will be able to:
Understand the internal working of microprocessors
Develop assembly language programs
Interface external devices with microprocessors
Analyze system-level hardware operations
Web Development Laboratory (WD)
Course Objectives:
The Web Development Laboratory aims to develop practical skills in designing and implementing dynamic web applications using modern web technologies.
Laboratory Work Includes:
HTML and CSS for webpage design
Client-side scripting using JavaScript
Server-side scripting and database connectivity
Development of responsive web applications
Learning Outcomes:
Students will be able to:
Design responsive and user-friendly web pages
Develop dynamic web applications
Implement client–server architecture
Integrate databases with web applications
Engineering Product Design Laboratory (EPD)
Course Objectives:
The Engineering Product Design Laboratory emphasizes design thinking, innovation, and systematic product development based on real-world problems.
Laboratory Work Includes:
Problem identification and requirement analysis
Concept generation and evaluation
Design documentation and prototyping
Team-based project implementation
Learning Outcomes:
Students will be able to:
Apply design thinking methodologies
Develop innovative engineering solutions
Work effectively in multidisciplinary teams
Create and evaluate product prototypes
Modern Indian Language Laboratory (MIL – Marathi)
Course Objectives:
The Modern Indian Language Laboratory focuses on enhancing communication skills and cultural understanding through structured language activities.
Laboratory Work Includes:
Reading and comprehension exercises
Technical and professional communication
Language-based presentations and discussions
Learning Outcomes:
Students will be able to:
Communicate effectively in professional environments
Demonstrate linguistic and cultural awareness
Improve written and verbal communication skills