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NIELIT Daman Internship 2024 | National Institute of Electronics and Information Technology, Daman
NIELIT Daman provides internship training to Engineering and Polytechnic Diploma students. The duration and modalities of the program can be fixed on mutually agreeable terms. Tendative Training Duration and Syllabus is included below.
Program Structure
- Lecture :1.5 hrs (Theory and program demonstrations)
- Lab :2.5 hrs (Participants should complete programming assignments daily)
- Fee : Rs 1000 per candidate.
- No of Seats: 30 in one batch, 3 batches can be accommodated simultaneously.
- Duration: 2 Weeks
Syllabus for Program 1
Name: Internship in Data Analysis using Python
| Sl No | Topics |
| 1 | Introduction to Data AnalysisPython Introduction, Python Getting Started |
| 2 | Installing python, Python Variables, Python Tokens, Python Comments, Python Operators, Python Data Types, Python Numbers, Python Sets |
| 3 | Python Data Structures |
| 4 | Conditional statements and functions in pythonLooping statements in python |
| 5 | Familiarising Data from external sources.File handling in python |
| 6 | NumPy Introduction, NumPy IntroductionNumPy Creating Arrays, NumPy Array Indexing, Slicing, Data Types |
| 7 | Pandas Introduction, Pandas Series, Pandas Data FramesPandas Read CSV |
| 8 | Introduction to matplotlibMatplotlib Plotting, Plotting Without Line |
| 9 | Multiple Points, Matplotlib Markers, Marker Reference, Matplotlib Scatter |
| 10 | Matplotlib Bars, Matplotlib Pie Charts |
Syllabus for Program 2
Duration: 6 Weeks
Name: Internship in Data Analysis and Machine Learning
| Introduction to Machine Learning Various models, Supervised Machine Learning, Regression and classification, Unsupervised Machine Learning, and clustering. Machine Learning Model Development, KNN, Logistic Regression, Support Vector Machines (SVM), Decision Tree, Naïve Bayes. 2 Pandas Introduction, Pandas Series, Pandas Data Frames Pandas Read CSV 3 NumPy Introduction, NumPy Introduction NumPy Creating Arrays, NumPy Array Indexing, Slicing, Data Types 4 Matplotlib Bars, Matplotlib Pie Charts 5 AI project Cycle, Projects. 6 Orange3 Software, projects. |
Syllabus for Program3
Name: Internship in Networking Basics
This internship program is designed to build candidate’s knowledge and skills related to network fundamentals, network access, IP connectivity, IP services, security fundamentals. This program helps candidates to get hands on experience in network and makes them ready for a future in networking domain. The following topics are the content likely to be included.
| Sl No | Topics |
| 1 | Network FundamentalsExplain the role and function of network componentsRoutersLayer 2 and Layer 3 switchesNext-generation firewalls and IPSAccess pointsEndpointsServersPoEDescribe characteristics of network topology architecturesTwo-tierThree-tierSpine-leafWANSmall office/home office (SOHO)On-premise and cloud |
| 2 | Compare physical interface and cabling typesStraight through, Cross Over cable for UTP and rolled overSingle-mode fiber, multimode fiber, copperConnections (Ethernet shared media and point-to-point) |
| 3 | Identify interface and cable issues (collisions, errors, mismatch duplex, and/orspeed)Compare TCP to UDPConfigure and verify IPv4 addressing and subnettingDescribe the need for private IPv4 addressingConfigure and verify IPv6 addressing and prefixDescribe IPv6 address typesUnicast (global, unique local, and link local)AnycastMulticastModified EUI 64Network Access:Configure and verify VLANs (normal range) spanning multiple switchesAccess ports (data and voice)Default VLANConnectivityConfigure and verify Interswitch connectivityTrunk ports802.1QNative VLANIP ConnectivityInterpret the components of routing tableRouting protocol codePrefixNetwork maskNext hopAdministrative distanceMetricGateway of last resort |
| 4 | Describe switching conceptsMAC learning and agingFrame switchingFrame floodingMAC address table |
| 5 | Determine how a router makes a forwarding decision by defaultLongest prefix matchAdministrative distanceRouting protocol metric |
| 6 | Configure and verify IPv4 and IPv6 static routingDefault routeNetwork routeFloating staticConfigure and verify single area OSPFv2Neighbor adjacenciesPoint-to-pointBroadcast (DR/BDR selection) & Router ID |
| 7 | IP ServicesConfigure and verify inside source NAT using static and poolsConfigure and verify NTP operating in a client and server modeExplain the role of DHCP and DNS within the networkConfigure and verify access control lists |
Syllabus for Program4 (For Electrical Engineering Students)
Course Outcome
After completing the internship, the candidates will be
- Able to handle the basic electrical components like resistor, inductor, capacitor, LED.
- Able to work with multimeter and power source.
- Able to use the basic electrical components in carrying out the experiments related to it.
- Able to identify the functionality of any circuit comprising of the basic electrical components by looking at its circuit diagram.
- Will have a knowledge of transistors and its applications
- Will learn about basic electrical circuits
1. Circuit Theory
- Difference between a circuit and a network
- The scenarios present in network theory
- The Resistor
- Ohm’s Law and its limitation
- Temperature Effect on Resistance
- Electrical Power
- Electrical Energy
- v-i Characteristics
- Light Emitting Diode
- Demonstration of Project-1: A Variable Intensity Light Bulb Experiment
- Demonstration of Project-2: Salt Water Detector Circuit
- The Inductor
- Faraday’s Law
- Electrical Power
- Electrical Energy stored in a Capacitor
- Ψ-i Characteristics
- Demonstration of Project-3: Charging and Discharging of an Inductor
- The Capacitor
- The definition
- Electrical Power
- Electrical Energy stored in an inductor
- q-v Characteristics
- Relation between voltage and current in inductor and capacitor
- Lab work
- Demonstration of Project-4: Charging and Discharging of a Capacitor (Cell Phone Battery)
2. Network Theory
- Types of circuits
- Star Delta Transformations
- Kirchhoff’s Laws
- Mesh and Nodal Analysis
- Thevenin’s Theorem, Norton’s Theorem, Superposition Theorem, Reciprocity Theorem
- Series and Parallel Circuits with applications
- Demonstration of Project-5: A Variable Voltage Regulator Circuit
3. A Journey from Vacuum Tubes to Integrated Circuits
- Vacuum Tube Era and the problems faced
- Transistor Development
- Integrated Circuits
- Basic Electrical Components
- Basic Electrical Circuits
4. Basic of Computer and Information Technology
