Department of Computer Engineering
Advanced Programming Laboratory
Equipped with high-performance desktop terminals, modern compiler suites, and IDEs for Python, Java, and C++ training.
Collaborative Learning Space
Students working together on project formulations, web application design, and real-time database integrations.
AI & Network Engineering Centre
Dedicated server environments and Cisco routers configured by students to master routing protocols and cyber security.
Vision
To develop globally competent computer engineers capable of delivering innovative software solutions, research-driven prototypes, and ethical technology leadership in a digitized society.
Mission
- To provide a state-of-the-art coding and research environment for practical excellence.
- To foster strong industry-institute interaction for alignment with changing technology trends.
- To inculcate professional ethics, teamwork abilities, and lifelong learning attitudes.
Department Highlights
Key Laboratories
Software Development Lab
Designed for learning primary programming paradigms, object-oriented concepts, and advanced scripting tools.
Database Systems Lab
Focused on relational algebra, complex SQL queries, database tuning, schema optimizations, and NoSQL structures.
Computer Networks Lab
Configured with network panels to teach network topologies, Cisco terminal scripting, subnets, and cybersecurity firewalls.
Syllabus Journey (Year-by-Year)
Foundation Semester
- Basic Computer Programming (C)
- Engineering Physics & Chemistry
- Web Design Fundamentals (HTML5/CSS3)
- Applied Mathematics
Core Engineering
- Data Structures using C++
- Database Management Systems
- Computer Network Architectures
- Computer Graphics & Animation
Applied Technology
- Mobile App Development (Android)
- Cloud Computing & Big Data
- Artificial Intelligence Foundations
- Industry Capstone Project
Smart Campus AR Navigation System
An Augmented Reality application built by final year computer students to assist visitors, students, and staff in navigating college laboratories, departments, and offices seamlessly using GPS and AR overlays.
Academic Integration Partners
HOD Desk
Prof. Mrs. Priya M. Deshmukh
Our Eminent Faculty
MSBTE Board Question Papers
First Year (FY)
Second Year (SY)
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Department of Mechanical Engineering
Advanced Thermal Engineering Center
Equipped with multi-cylinder IC engines, computerized performance test rigs, and combustion analyzers.
CAD/CAM Simulation & Modeling Lab
High-end workstations loaded with SolidWorks, AutoCAD, and ANSYS for simulation and stress analysis training.
Workshop & Heavy Machine Shop
Equipped with high-precision lathe machines, shaper machines, and drilling setups for core metal fabrication.
Vision
To excel in mechanical engineering education, producing industry-ready professionals with sustainable technical development, manufacturing excellence, and green engineering morals.
Mission
- To offer state-of-the-art laboratory training in design, thermal, and manufacturing domains.
- To bridge the gap between classroom teaching and automotive/manufacturing industry practices.
- To promote innovations in sustainable energy, green mobility, and cost-effective automation.
Department Highlights
Key Laboratories
Workshop & Machine Shop
Practical shop floor for drilling, turning, welding, sheet metal, and carpentry tasks under expert technicians.
Thermal Engineering Lab
Examines heat transfer, boiler operation, steam generators, and IC engine characteristics (petrol & diesel).
CAD/CAM Simulation Lab
Focuses on high-accuracy rendering, 3D modeling, stress testing, and CNC programming models.
Syllabus Journey (Year-by-Year)
Fundamental Phase
- Engineering Graphics (Manual)
- Basic Mechanical Workshop
- Engineering Physics & Mechanics
- Communication Skills
Core Engineering
- Strength of Materials (SOM)
- Thermal Engineering & Thermodynamics
- Theory of Machines (TOM)
- 2D & 3D Computer-Aided Drafting
Specialization Phase
- Design of Machine Elements
- Industrial Hydraulics & Pneumatics
- CNC Programming & Automation
- Automobile Engineering Systems
Eco-Hybrid Electric Go-Kart
An eco-friendly hybrid vehicle prototype developed by mechanical students featuring a regenerative braking system, custom tubular chassis design, and smart power management combining electric drive and small engine.
Industrial Liaison Programs
HOD Desk
Prof. Mr. Ramesh K. More
Our Eminent Faculty
MSBTE Board Question Papers
First Year (FY)
Second Year (SY)
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Department of Civil Engineering
Modern Concrete Testing Laboratory
Assessing stress-strain parameters, compressive strength of brick materials, and cement quality parameters.
GIS & Computer-Aided Drafting Center
Equipped with licensed planning suites to design structural outlines, residential blocks, and highway curves.
Topographical Surveying Field Practice
Fieldwork training using high-accuracy total stations, auto-levels, and digital transit theodolites.
Vision
To nurture skilled civil engineering professionals who build sustainable, environment-compliant, and resilient infrastructure for society with ethical construction management principles.
Mission
- To deliver excellent education in surveying, materials testing, and structural design.
- To expose students to modern site management tools, digital theodolites, and GIS mapping.
- To instill sensitivity towards environment conservation, green buildings, and safety norms.
Department Highlights
Key Laboratories
Surveying Laboratory
Exposes students to real-world map charting, leveling, profile tracking, and contour layouts using modern equipment.
Concrete Technology Lab
Assesses materials strength, concrete durability parameters, aggregate textures, and structural load distributions.
Geotechnical Engineering Lab
Determines bearing capacity of soils, moisture contents, liquid/plastic limit profiles, and structural foundation stability.
Syllabus Journey (Year-by-Year)
Preliminary Stage
- Basic Surveying Principles
- Construction Materials
- Applied Mechanics & Math
- Environmental Studies
Core Structural
- Mechanics of Structures
- Concrete Design & Tech
- Advanced Surveying (Theodolite)
- Transportation & Road Design
Execution Phase
- Design of Steel & RCC structures
- Estimating, Costing & Valuation
- Construction Management & Ethics
- GIS & Remote Sensing basics
Smart Pervious Concrete Pavement
An innovative porous concrete road model designed by final year civil students. It filters runoff rainwater and directs it into subterranean recharge pits, helping recharge groundwater levels and eliminate urban water logging.
Core Industrial Partners
HOD Desk
Prof. Mr. Vinod S. Shinde
Our Eminent Faculty
MSBTE Board Question Papers
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Department of Electrical Engineering
High Voltage Machines Laboratory
Hands-on testing on three-phase induction motors, synchronous alternators, and load testing transformer setups.
Power System & Switchgear Protection Centre
Simulating grid faults, Earth leakage relays, and circuit breaker operation for electrical safety.
Industrial Automation & PLC Laboratory
Programming industrial PLC controllers and SCADA systems for process automation and remote power grids.
Vision
To shape creative, ethical, and industry-oriented electrical engineers capable of addressing global challenges in energy systems, smart grids, solar power, and industrial automation.
Mission
- To provide advanced training in power generation, distribution, and automation technologies.
- To establish collaborations with energy utilities and automation hubs for site exposure.
- To drive focus towards solar energy, electric vehicles, and microcontroller-based power grids.
Department Highlights
Key Laboratories
Electrical Machines Lab
Equipped with complete motor-generator sets, loading rheostats, and tachometers for machine testing.
Power Systems & Protection
Dedicated relays, CT/PT setups, transmission line simulators, and grounding parameters analyzers.
Industrial Automation & PLC
Configured for ladder programming, pneumatic valve control, and SCADA telemetry configurations.
Syllabus Journey (Year-by-Year)
Electrical Basics
- Basic Electrical Engineering
- Electrical Wiring & Workshops
- Applied Sciences (Phy/Chem)
- Engineering Math
Core Circuits & Machines
- AC & DC Electrical Machines
- Electrical Measurements & Meters
- Electronic Device & Digital Logic
- Generation & Transmission of Power
Grid Protection & Automation
- Switchgear & Grid Protection
- Industrial Automation (PLC & SCADA)
- Electric Vehicle Technology
- Solar Power & Renewable Systems
Microgrid Solar Charging Station
A working solar-powered charging hub implemented on campus by electrical students. Features automatic load-balancing between solar arrays and main grid, and supports fast charging for electric two-wheelers.
Industrial Associations
HOD Desk
Prof. Mr. Sanjay A. Kulkarni
Our Eminent Faculty
MSBTE Board Question Papers
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Department of Electronics & Telecommunication
Embedded Systems & IoT Centre
Equipped with Arduino, Raspberry Pi, ESP32 nodes, and Wi-Fi sensor kits for smart node designs.
Analog & Digital Circuit Testing Lab
Features digital storage oscilloscopes (DSOs), function generators, and IC tester panels.
Wireless Communication Systems Lab
Covers frequency modulation modems, fiber optic trainers, and microstrip antenna setups.
Vision
To produce globally competent electronics and telecommunication engineers who excel in smart hardware design, high-speed wireless networks, and IoT innovations for society.
Mission
- To offer hands-on lab environments for embedded systems, VLSI design, and antenna studies.
- To align training with telecom standards (5G/6G) and IoT sensor network design.
- To foster creative thinking, entrepreneurial spirit, and ethical research outputs.
Department Highlights
Key Laboratories
Embedded Systems & IoT Lab
Hands-on sandbox for constructing micro-controllers boards, sensor nodes, and Wi-Fi data upload links.
VLSI & PCB Design Lab
Designing electronic schematic boards, chemical layout etching, soldering terminals, and digital programming arrays.
Communication Lab
Focused on digital signal processing, optical fiber kits, antenna parameters, and frequency shift keying.
Syllabus Journey (Year-by-Year)
Preliminary Stage
- Basic Electronics Concepts
- C Programming Foundations
- Applied Sciences (Phy/Chem)
- Engineering Mechanics
Core Hardware
- Electronic Devices & Circuits
- Digital Techniques & Logics
- Microcontrollers (8051 / PIC)
- Signals & Linear Networks
Advanced Telecom
- Embedded Systems Design
- Mobile & Wireless Communication
- VLSI Circuit Design (VHDL)
- IoT & Smart Sensor Applications
IoT Smart Agricultural Monitoring Node
An autonomous agricultural sensor node designed by final year E&TC students. Using LoRaWAN technology, it measures soil moisture, ambient humidity, and temperature, uploading data to a cloud dashboard to automate water pump controls.
Academic Tie-ups
HOD Desk
Prof. Mrs. Sunita V. Joshi
Our Eminent Faculty
MSBTE Board Question Papers
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