Department of Computer Science & Engineering

The computer labs in the CSE department are equipped with high-quality computers and software with good configurations. Students, faculty, and staff all have access to these labs, which offer various tools and technologies for a wide range of tasks such as creating websites, editing documents, completing class assignments, sending emails, conducting data analyses, and accessing library resources. Microsoft Windows software is available for word processing, statistics, spreadsheet work, and database management. Furthermore, a wide selection of other software programs are also available for use. The department consists of multiple labs, and the specifics of each lab are outlined below:

1. CN/OOPS LAB

CN/ OOPS Lab has computers of configuration:
DELL Desktop Intel Core™ 10700 CPU @2.90 GHz, i7 10th Generation, 8GB DDR4 RAM, 1TB HDD & have 01 Server- DELL Poweredge T430 Intex Xenon CPUES-2604 [email protected] GHz Processor, 16 GB RAM, 3 TB HDD SATA.

Computer Networking lab:
During the odd semester, the department conducts practical sessions on computer networks, which refer to the interconnection of computing devices capable of sharing resources and exchanging data. To transmit information over physical or wireless technologies, these networked devices employ a set of rules known as communication protocols. For the implementation of various programs based on computer networking, students are required to use Network Simulator NS 3.24.1 in conjunction with the Ubuntu 18.4 operating system

Object Oriented Programming
During the odd semester, practical sessions on OOPS (Object-Oriented Programming) are conducted in the lab. The purpose of this lab is to solidify students' comprehension of fundamental object-oriented programming concepts, such as objects, classes, subclasses, and methods, and their implementation in C/C++. Additionally, it offers an opportunity to practice non-object aspects of C++ (such as loops and conditionals) using Turbo C++.

CN/OOPS Lab View

2. OPERATING SYSTEMS LAB

Operating system Lab has computers of configuration:
DELL Desktop Intel Core™ 10700 CPU @2.90 GHz, i7 10th Generation, 8GB DDR4 RAM, 1TB HDD The systems are dual boot running both Windows-7 as well as CentOS.

Information Security:
In odd semester this lab is used for conducting practicals of Information Security in C language. Information security is of critical importance in this generation of digital communication using telephone lines and computer networks. The objective of this laboratory is to provide students research opportunity on data transmission security and data recovery. Simultaneously, complexities associated with threat to security on data transmission are also studied.

Operating systems:
The goal of this course is to have students understand and appreciate the principles in the design and implementation of operating systems software.

3. PROJECT/DMBI LAB

Project /DMBI LAB has computers of configuration:
Dell Intel Core i5 processor CPU , 7th Generation, 3.0GHz, 4GB RAM 1TB SATA.

Project Lab
The Department of Computer Science and Engineering houses a dedicated lab that is exclusively reserved for project work. This lab is specifically intended for use by final year students. It comprises computer systems with high-end configurations and licensed software that are relevant to the students' project requirements. All computers in the lab are equipped with internet connectivity, and UPS power backups and antivirus and other softwares are also installed based on the final year project group's demands. In addition, any necessary networking hardware and software are provided as needed.

DMBI LAB
During the odd semester, practical sessions on DMBI (Data Mining and Business Intelligence) are conducted in the lab. The primary objective of this lab is to educate students on the implementation of classical models and algorithms in data warehousing and data mining. It also aims to illustrate the types of patterns that can be identified through association rule mining, classification, and clustering. Towards the end of the lab, students are expected to compare and contrast different conceptions of data mining.

Project/DBMI View

4. STQA/ PPL LAB

STQA/ PPL LAB has computers of configuration:
During the odd semester, practical sessions on STQA (Software Testing and Quality Assurance) are conducted in the lab. The primary aim of this lab is to educate students about software testing, which plays a vital role in ensuring that software applications or products meet business and user requirements. Good test coverage is essential to thoroughly test the software application and ensure that it performs well and meets specifications. In the lab, students are taught how to conduct practical tests on SmartBear software, which is used to ensure software quality and optimize the software development process.

PPL LAB
During the even semester, PPL (Programming Principles and Languages) lab is conducted. The lab's primary aim is to familiarize students with the concepts of syntax, translation, abstraction, and implementation. Additionally, it aims to teach students about data, data types, and basic statements. Practical sessions for PPL lab are conducted using various programming environments such as Turbo C++, VC Code, etc., which allow students to practice coding and apply the concepts learned in the lectures.

STQA/ PPL Lab View

5. ADA/DBMS Lab

ADA /DBMS Lab has computers of configuration :
Acer i5 Processor 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD Space, Wipro Intel Core 2 Duo 2.8 GHz, 2GB RAM, 320 HDD Space. Lab is being used for running multiple subjects.

Analysis and Design of Algorithms lab:
During odd semesters, the lab on Analysis and Design of Algorithms is conducted. This lab serves as an introduction to the fundamentals of computational complexity analysis and various algorithm design techniques. The lab aims to impart knowledge on both the underlying mathematical theory and practical considerations of efficiency. To implement the algorithms, the lab requires the use of Turbo C7, which is a widely used programming environment that enables students to practice coding and apply the concepts learned in the lectures.

DBMS Lab
During the even semester, the lab on Database Management Systems (DBMS) is conducted. The primary objective of this lab is to provide students with an opportunity to apply the concepts learned in the DBMS subject. In this lab, students develop a database using Oracle11g, which is a widely used database management system, to implement various SQL-based queries. By practicing database design and implementation, students gain hands-on experience and develop practical skills in database management.

ADA/DBMS Lab View

6. JAVA LAB

Java Lab has computers of configuration:
Acer i5 Processor 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD Space. This lab provides an overview of the Java programming language, covering its basics such as inheritance, virtual function calls, and the underlying mechanisms that support them. All the experiments in this lab are conducted using JDK (Java Development Kit) software, which provides an integrated development environment for writing, debugging, and executing Java programs. Through this lab, students gain a solid understanding of Java's fundamentals and develop practical skills in programming with Java.

JAVA Lab View

7. DATA STRUCTURES / WEB ENGG. LAB

DS / Web Engg. Lab have computers of configuration:
HP processors with 4GB RAM and 500 GB Hard Disk Space & Wipro processors with 2GB RAM and 320 GB Hard Disk Space.

DATA STRUCTURES LAB:
The laboratory is currently being utilized for conducting different subjects in a way that maximizes the use of resources. During the odd semester, the Data Structure (DS) lab is carried out in this space. The DS lab necessitates the use of Turbo C7 for the implementation of various data structure algorithms.

WEB ENGG. LAB
During the even semester, the Web Engineering lab is conducted in this laboratory. In this lab, students learn to analyze the elements and attributes of a web page, create web pages using XHTML and Cascading Style Sheets, build dynamic web pages using JavaScript for client-side programming, and generate XML documents and Schemas.

DATA STRUCTURES / WEB ENGG. Lab View

8. SOFTWARE ENGINEERING / MACHINE LEARNING LAB

SE / ML Lab has computers of configuration:
Wipro processors with 2GB RAM and 320 GB Hard Disk Space and one Wipro Xeon PC (Core 2 Duo 2.8 GHz, 4 GB RAM, 250 GB HDD Space) This lab is being used for running various subjects in combination to make the optimal resource utilization.

Software Engineering Lab
During the odd semester, the SE lab is conducted with the objective of providing students with practical experience in various areas of software engineering and UML. These areas include identifying requirements, creating DFDs, designing behavior and structure using UML diagrams, implementation, testing, and more. Throughout the semester, students will work on an assigned project to gain a better understanding of the software development process in real-life scenarios. Practical sessions are conducted using Star UML

Machine Learning Lab
During the even semester, the ML lab is conducted, serving as a central hub for data science teams to develop, deploy, and operate machine learning solutions at scale. The lab utilizes the Weka tool for the execution of machine learning programs.

SOFTWARE ENGINEERING / MACHINE LEARNING Lab View

9. INFORMATION SECURITY/ MOBILE COMPUTING LAB

IS/ MC LAB has computers of configuration:
Acer i5 Processor 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD Space, HP processors with 4GB RAM and 500 GB Hard Disk Space & Wipro processors with 2GB RAM and 320 GB Hard Disk Space.

INFORMATION SECURITY
The purpose of this laboratory is to offer students research opportunities focused on data transmission security and data recovery. Additionally, the lab investigates the complexities associated with threats to data transmission security.

MOBILE COMPUTING LAB
The Mobile Computing Lab (M-Lab) explores the potential of using mobile and wireless computers and sensors to tackle various pressing issues in fields such as healthcare, conservation, transportation, education, and beyond.

Department of Information Technology

Information Technology department labs are well equipped with computers of latest configuration with LAN connectivity and Internet connection. Department comprises of various labs and details of labs are as follows:

1. COA/WE Lab No.107

The COA/WE lab have requirements of the course curriculum prescribed by GGSIP University. It is well equipped with 20 systems of Acer i5 Processor 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD configuration with lab The students in this lab develop Networking programs, Java programs as well as programs for various Web based Applications.

To learn JAVA programs the systems are installed with JDK1.7 and Net beans IDE which is an Open Source project environment and provides support for several languages (PHP), C/C++, JavaScript, etc. The programs for Web Based Applications are developed using Net beans IDE and Apache Tomcat server. This lab provides the student with an opportunity to know about the various latest web technologies and a platform for research in computer networks.

COA (Computer Architecture & Organization) we use this lab in Odd Semester .The software requirements are JDK7, JUBINS SIMULATOR-8085, Window 7, 10

COA/WE Lab Lab View

2. Networking Lab (#108)

The Network Programming Lab under IT Department fulfils the requirement of Data Communication & Networks lab, Cryptography & Network Security and Ad hoc & Sensor Networks lab as per curriculum prescribed by GGSIP University. It is well equipped with 31 systems of Acer i5 Processor 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD configurations.

This lab also has Sonicwall TZ-500 Firewall and CISCO-L3 Switch. The students in this lab develop Networking programs and Cryptography programs. In networking, students get hands on training of design/simulation of computer networks using Network Simulator 3 (NS-3) and security protocols on Firewall. They also learn about various network topologies and network protocols like sliding window, UDP, TCP and many others and perform socket programming.

Network Lab View

3. Programming Lab (#110 - 1stFloor)

The Programming Lab have a capacity of 30 computers of Acer i5 Processor, 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD configurations and Dell OptiPlex Desktop i7 12th generation with 8GB RAM , 500 GB HDD , 19.5” LED Screen with dell Mouse and Keyboard. This Lab is prepared to allow students to practice and perform practical of Programming. Students are also encouraged to learn basic of programming on Turbo C++ software.

The Lab is well equipped with all advanced software's (Turbo C Version 4 Software) for practical applications. This lab serves as a platform for learning and implementing the Data Structure, lab in 'C' programming language. Lab Work is designed to help students to implement methods like Bubble Sort, Merge Sort, and Quick Sort etc. The goal of this lab is to provide a practical introduction of the internal operation of modern operating systems. The course will cover algorithms for processes and threads, mutual exclusion, CPU scheduling, deadlock, memory management and file systems.

4. DBMS/SE Lab

This lab is under the IT Department which includes the lab of Data Base Management System and Software Engineering which complete requirements of Course curriculum prescribed by GGSIPU. The Lab have a capacity of 20 computers: - Dell Desktop Intel ® Core ™ 10700 CPU @2.90 GHz, i7 10th Generation, 8 GB DDR4 RAM, 1TB HDD, TFT Screen Keyboard, Optical USB mouse, APC with power back up and WI-FI internet connectivity.

In DBMS lab, the students use ORACLE 9/11g. SQL stands for “Structured Query language” and can be pronounced as SQL or sequel (Structure English Query language). SQL is used for accessing and modifying information in the database.

In SE lab, the students use Rational Rose Unified modeling language (UML) tool / STAR UML 5 (freeware) software. The goal of this lab is to provide a practical introduction to understand the software engineering methodologies for project development and also to draw different UML diagrams for specified systems.

5. Networking & Computing Lab / Selected Topics of Recent Trends in IT Lab

This Lab is under IT Department, which includes the lab of Networking, Ad-hoc Sensor Networks, Soft Computing and the Selected Topics of Recent technologies (like Machine Learning, Data Science etc.) which complete the requirements of the course curriculum prescribed by GGSIP University. It is well equipped with 14 systems of Acer i5 Processor, 2nd generation, 3.0 GHz, 4 GB RAM, 500 GB HDD configuration, 7 systems of Intel Core 2, 2.93 GHz, 4 GB RAM, 500 GB HDD DVD R/W, 1 systems of Wipro Core 2, 2.93 GHz, 2 GB RAM, 320 GB HDD DVD R/W; configuration with lab area of 72.8 Sq. mts.

The students in this lab develop Networking programs and various networking-based Applications. In networking, students get hands on training regarding the design and simulation of computer networks using Network Simulator 3 (NS3). They also learn about various Ad-hoc sensors network concepts and network protocols. To learn Soft Computing, the students used open source Sci Lab. This lab also provides the student with an opportunity to know about the various latest networking platform and latest technologies for research.

Note: Previously the name of this lab was Language lab and due the change in Syllabus this lab is renamed

6. Data Structure Lab / Probability, Statistics and Linear Programming Lab

Data Structure Lab / Probability, Statistics and Linear Programming Lab: has computers of configuration of which are , Acer i5 Processor 2nd generation 3.0 GHz 4 GB RAM, 500 GB HDD Space, The students practices programming problems in various courses as prescribed by GGSIPU like Data Structures, Probability, Statistics and Linear Programming, Computational Methods by practicing various programs in Turbo C/C++ Software, SciLab. The Lab is well equipped with advanced software (Turbo C++ and SciLab Software) for practicing programming in multiple areas. In the odd semester duration Data Structure (DS) lab is executed.

The DS lab requires Turbo C7 for the implementation of various algorithms of Data Structure, Computational Mathematics Lab which uses Turbo C7 for the implementation of numerical method programs. In the even semester duration Probability, Statistics and Linear Programming (PSLP) lab is executed. In PSLP lab various probability distributions, linear programming based experiments are performed using SciLab.

Note: Previously the name of this lab was DS/ Maths Lab, but due to updates in the syllabus it was renamed

7. Project Lab

Introduction

Project laboratory has been set up in the Department of Information Technology to promote innovation/research and development activities in the core and interdisciplinary domains. The lab is utilized by the students for their project work, and preparing for competitions such as E-yantra robotic project competition, Hackathon, Ideathon, Confluence etc.

Objective of the Laboratory:

• To provide state-of-the-art facilities such as GPU system and latest CPU systems.
• To provide easy access to licensed and open-source tools to the students.
• To foster a strong work ethic among students.
• To unleash the creative potential of the students by motivating them to take part in state level competitions.
• To enhance their understanding of classroom teaching.
• To prepare our students according to the current requirements of the Industry.

S.No	Lab		Subject	Semester	Software
1	COA/WE Lab No.(#107)		Programming in Java (CIC-258) Web Engineering (ETCS 356)	4th Sem 6th Sem	Jdk,Java Script
2	Networking Lab (#108)		Data Communication and Networks Lab (ETEC-358) Advanced Computer Networks Lab (ETIT-453) Cryptography and Network Security Lab (ETIT-455) Ad hoc and Sensor Networks Lab(ETEC-458)	6th Sem 7th Sem 7th Sem 8th Sem	Windows 7/10 (licensed) Ubantu/Centos (Freeware) Tuboo C++ (Freeware) NS-3 (Freeware) Packet Tracer 7.2 (Freeware)
3	Programming Lab		Data Structure(CIC255) ADA(: ETCS 351) Operating System (ETCS-352) Mobile Computing(ETIT-452) Big Data(ETIT-456)	4th/3rd Sem 5th Sem 6th Sem 8th Sem	TurboC, onlinecompiler, DevC++ TurboC,online compiler, DevC++ NokiaMobile Toolkit R Studio
4	DBMS/SE Lab (#111)		DBMS (CIC 256) SE (CIC 357)	4th Sem 5th Sem	Oracle 9g/11 g starUML 5, NS3,Weka 3.9
5	Networking & Computing Lab/ Selected Topics of Recent Trends in IT Lab (#01)		STRTIT (ETIT-458) ASN(ETEC-458) DCN(ETEC-358) E Commerce(ETIT-458)	8th Sem 8th Sem 6th Sem	Weka ns3 SciLab
6	Data Structure Lab / Probability, Statistics and Linear Programming Lab(#02)		Data Structures(CIC255) Probability, Statistics and Linear Programming Lab(BS-252)	3th Sem 4th Sem	Turbo C SciLab
7	Project Lab		Minor Project(ETIT-463) Major Project (ETIT-460)	7th Sem 8th Sem	Python, Java, sci Lab etc.

Engineering is concerned with applying knowledge in electronics to facilitate communication and solve engineering problems. The lab curriculum is organized such that it enables students to get a strong foundation on various aspects of Electronics and Communication Engineering such as Electronic Devices lab, Digital systems Design lab, Digital signal processing, Microprocessors and Microcontrollers, Signals & System Lab, VLSI design, Digital communication Lab, Control Systems lab, Microwave engineering Lab and Project lab etc. The students are also provided opportunities to choose specialized elective labs to focus on their identified areas of interest such as Embedded Systems lab, Mobile Computing lab, Advanced VLSI and Power Electronics lab etc.

LAB VIEW

Microprocessor & Microcontroller Lab	Electronic Devices Lab
Consumer Electronics Lab	Project Lab
Analog Electronics Lab	Microwave Engineering Lab
VLSI Lab	Communication Systems  Lab
DSP Lab	Control Engineering Lab

List of labs in ECE Department

S.no.	Name of Lab	Code	Semester
1	Electronics Devices Lab	ETEC-156	2nd
2	Analog Electronics– I	ETEC-251	3rd
3	Switching Theory & logic Design Lab	ETEC-253	3rd
4	Electronic Instruments & Measurements  Lab	ETEC-257	3rd
5	Signals & systems Lab	ETEC-259	3rd
6	Communication system Lab	ETEC-256	4th
7	Analog Electronics –II Lab	ETEC-254	4th
8	Digital System Design Lab	ETEC-351	5th
9	Control system Lab	ETEL-355	5th
10	Microprocessors & Microcontrollers lab	ETEC-355	5th
11	Digital Communication Lab	ETEC-357	5th
12	Microwave Engineering Lab	ETEC-352	6th
13	VLSI Design Lab	ETEC-354	6th
14	Digital signal processing Lab	ETEC-356	6th
15	Optical and Wireless Communication Lab	ETEC-451	7th
16	Embedded System Lab	ETEC-453	7th
17	Satellite and Antenna Lab	ETEC-452	8th
18	Digital Image Processing Lab	ETEC-454	8th
19	Project Lab	-	7th/8th

Department of Electrical and Electronics Engineering

The Electrical & Electronics Engineering Department at MSIT is fully equipped with state-of-the-art equipment in its various laboratories to provide research experiences and training which supports the concepts learnt in theory subjects of course curriculum. The department currently offers two laboratory courses to undergraduate students of all the branches at the college and 10 additional laboratories to undergraduate students of EEE branch exclusively.

The department is quite boastful about a few hardware laboratories like: Machine Lab, Power System Lab, Measurement & Instrumentation Lab, Electric Drives Lab and Power Electronics Lab.

Besides the above mentioned hardware laboratories of the department, there is a computer lab with latest Intel i5 processors. This lab acts host to all software based requirements of the department. It is equipped with Matlab software package with tool packages including Neural and Fuzzy System, Image Processing, Digital Signal Processing, Control Systems and Optimization Tool Box. It has additional software namely, DigSilent Power Factory with 25 nodes for study and analysis of power system.

Power Systems Lab.	Soft Computing Lab/Scientific Computing Lab./ Advanced Control Lab.
Power Electronics Lab	Circuits & Systems Lab
Electrical And Electronics Measuring Instruments Lab.	Electrical Machines Lab.
Electrical Drives Lab.	Utilization Of Electrical Energy Lab

Name of Laboratory	Major Equipment/Facilities/Usage
Power Systems Lab.	Experimental set ups to study the symmetrical and unsymmetrical faults on Power Systems like Single L- G Fault , L-L Fault, and 3-Phase Fault Experimental set ups to Study the different types of Protective Relays like Percentage Differential Relay, Buchholz Relay, Thermal, IDMT, instantaneous and Earth Fault relay Experimental set up to measure/study the performance of transmission lines, power using CT/PT, Dielectric Strength of Transformer oil, ABCD Parameters, Earth Resistance, power factor improvement, and Ferranti Effect. Power system simulation software (Dig-silent Power Factory-25 users) for Load Flow Analysis, Symmetrical/Unsymmetrical Fault Analysis, Harmonic /Power Quality Analysis, EMT analysis, Stability analysis, Reliability analysis and State Estimation in power system.
Soft Computing Lab/Scientific Computing Lab./ Advanced Control Lab.	14 Numbers of Wipro Make Computers with Intel Dual Core processor  2.8 Ghz, 1 GB DDR2 RAM, 150 GB HDD, DVD RW, 17” TFT LCD Monitor with Windows XP OS. MATLAB 2016a 10 user Licensed Software All the PCs are networked in the LAN.
Power Electronics Lab	Experimental set up to study the THD in operation of 1phase square wave and Quasi square wave inverter.  Experimental set up to Study MOSFET based Inverter. Experimental set up to Study SCR Based three Phase full wave rectifier. Experimental set up to study and analyze V-I characteristics of SCR, UJT & TRIAC.
Circuits & Systems Lab	Electronics Trainer kit R-L-C  series-parallel kit Function generator up to 1 MHz frequency Key sight Technologies make Digital Storage Oscilloscope Acer Computers Intel Core i5-2320 CPU, 3 GHz, 2.85 GB of RAM
Electrical Machine-I Lab.	To perform the load test on dc shunt motor. To conduct a load on a given DC Compound Generator and to plot the internal and external characteristics of the generator. To plot the magnetization characteristics of a DC shunt generator running at rated speed. To study the speed control of the dc motor below the normal range by armature resistance control and to plot speed Vs armature voltage, characteristic. To connect the two Transformers in parallel. To study the load sharing by each Transformer. To determine the iron losses, copper losses and efficiency of a transformer at any load. To obtain a balanced two phase supply from a 3 phase balanced system.
Utilization Of Electrical Energy Lab	Experimental set up to measure light intensity of different lamps & to draw polar curve. Experimental set up to calibrate L.P.F Wattmeter by phantom loading, dynamometer type power factor meter & energy meter. Experimental set up to test current transformer by Silsbee’s method. Experimental set up to study the working of mercury vapor discharge lamp Experimental set up to study the B-H Curve.
Electrical Machine-II Lab.	Experimental set up to   Perform Load Test on 3-Phase Induction Motors (slip ring and squirrel cage type) and compute following terms for every load setting.                a)  Torque  b)  Output power  c)  Input power   d)  Efficiency  e)  Input power factor Experimental set up to study the effect of variation of field current upon the stator current and power factor with synchronous motor running at no load, hence to draw V curve of the motor. Experimental set up to   perform synchronization of a 3-phase alternator with the bus-bar. Experimental set up to perform no load and block rotor test on 3 phase induction motor. Experimental set up to find Regulation of an Alternator by Synchronous Impedance Method, by ZPFC Method.
Electrical And Electronics Measuring Instruments Lab.	Trainer kits for Wheatstone Bridge/ Kelvin Bridge/ Hay’s Bridge/ Maxwell’s Inductance Bridge/ De Sauty’s Capacitance Bridge/ Schering Bridge  Calibration Kit using Potentiometer  Frequency Counter  Digital Multimeter  CRO
Sensors & Transducers Lab.	Experimental set up for  Temperature Transducer/ LVDT Trainer / Strain Gauge Trainer   Experimental set up to Photo Electric Pick up   Experimental set up to measure Speed Using Tachogenerator/ Stroboscope  Experimental set up to Temperature using RTD kit  Experimental set up to measure Water Level  Experimental set up to measure pressure using load cell / Pressure Transducer Kit
Electrical Technology Lab.	Experimental kits to verify various dc theorems. Experimental set up to control the speed of dc shunt motor. Experimental set up to evaluate power and power factor of a single and three phase electric circuit. Experimental kit to verify the resonance phenomenon in R-L-C series circuit. Experimental set up to evaluate efficiency of single phase transformer using OCT/SCT.
Electric Drives Lab.	Experimental setup to study the speed control of DC motor using Phase controlled converter.  Experimental setup to study the speed control of Universal motor using Chopper. Experimental setup to study speed control of DC motor using closed loop control. Experimental setup to study speed control of single phase Induction motor. Experimental setup to study speed control of Three phase Induction motor.

Department of Applied Sciences

Applied Sciences is the backbone of Engineering. The Department of Applied Sciences in Maharaja Surajmal Institute of Technology comprises of Physics, Chemistry, Mathematics, Communication Skills, Organizational Behavior and Mechanical Engineering. All the laboratories have up to date experimental set ups to expose the students to new trends in the field of Applied Sciences. The workshop is also equipped with the state of the art machines. A Language Laboratory has been set up exclusively for the 3rd year students to cater to the additional load. The laboratory is equipped with systems of latest configuration.

1. Applied Pyshics Lab
2. Applied Chemistry Lab
3. Applied Mechanics Lab
4. Workshop
5. Engineering Graphics Lab
6. Language Lab

Applied Physics Lab

Physics is an experimental science. The concepts and relationships introduced in the lecture part of the course describe the general nature and behavior of real phenomena. Physics laboratories provide an experimental foundation for the concepts introduced in the lectures. It is important that student have an opportunity to verify some of the ideas for themselves.

The experiments in Applied Physics Lab are designed to illustrate phenomena in different areas of Physics and to expose students to measuring instruments, conduct the experiments with interest and an attitude of learning. This course on Physics lab is designed with 12 experiments in each semester. It is common to all branches of Engineering in B. Tech. Ist year. The objective of the course is to offer the students essential exposure to various experimental skills. The experiments conducted in the Physics Lab relate to the areas of Physical Optics, Lasers, Fiber Optics, Sound, Mechanics, Electricity & Magnetism and Basic Electronics. The students also learn to use tools such as Screw gauge, Vernier Calipers, Physical Balance, Spectrometer and Microscope.

Applied Chemistry Lab

This Lab is prepared for B. Tech. students to perform experiments of Applied Chemistry and Environmental Studies subjects. The lab is well equipped with all necessary apparatus and glassware. The chemistry lab is equipped with Water Distillation Unit, BOD Measurement Unit, pH Meter, Conduct meter, Heating Oven, Hot Plate Magnetic Stirrer and Physical Balance. The experiments in the Chemistry Lab include Volumetric analysis, surface tension , viscosity, Proximate analysis of coal, pH conductivity, moisture content, TDS of water/ soil/sludge samples, strength of residual chlorine, among others.

Applied Mechanics Lab

The objective of the lab is to perform experiments which are related to engineering mechanics subject (Statics and Dynamics) in order to understand the behavior of different mechanical equipments and verify the theory of Engineering Mechanics. The Engineering Mechanics Lab consists all essential instruments such as Screw Jack, Truss, Simply Supported Beam, Jib Crane, Wheel And Axle Weight Lifting Machine, Weight Lifting Machine by Worm and Worm Wheel, Bell Crank Lever, Inclined Plane For Statics Friction etc.

Work Shop

The Applied Sciences Workshop is prepared for the Ist year students of all streams to practice and develops skills to use machine, equipments, tools and measuring instruments. The workshop practice lab includes practical work in Carpentry, Welding, Fitting, Foundry And Sheet Metal Shop. The dedicated and experienced teachers in workshop assist the students with their practices. The workshop contains all necessary equipments such as Spot Welding Machine, Arc Welding Machine, Power Hacksaw Machine, Grinding Machine, Oxy Acetylene Welding, and Drilling Machine.

Engineering Graphics Lab

The fully air conditioned Engineering Graphics Lab is used for the students of B Tech. Ist Year in all streams of Engineering. The students learn basic concept of lettering, scales, and orthographic projections of points, lines, planes solids and isometric projection of various objects. Engineering Graphics Laboratory is complete with all the equipments such as Drawing Boards and module of different types of solids with working capacity of 75 students. We have dedicated and experienced teachers in the Lab to assist the students with their experiments.

Language Lab

This Lab is prepared for the Vth semester B. Tech students to perform Listening, Speaking and reading activities as a part of the Communication Skills for Professional subject. The Language lab is equipped with 30 computers with the following configuration:

ACER, CPU P-V Core i5 processor, 2nd generation,3.0 GHz, 4GB DDR3 RAM,500 GB HDD, DVD R/W, Keyboard, Optical Mouse, TFT 18.5 Color Monitor, 600 V APC UPS 23, HP MSIT 308 CPU 351, Intel Core 2 Due, 2.93 GHz, 4 GB RAM,500 GB HDD, DVD R/W, Keyboard, Optical Mouse, TFT 19.5 Color Monitor, 650 V APC CPU 7. UPS APC 600V 30.

All the systems in the Language Lab have Orell Digital Language Lab Software installed. The software is used for various communicative activities such as, Listening and Comprehension Reading, Writing, Conversation, Oral Presentation etcetera.