IoT — यह विषय किस बारे में है
IoT — Internet of Things — sensors और internet से जुड़े devices, जैसे smart home और smart agriculture।
To develop skills on Internet of Things (IoT) using the latest software and hardware — building IoT applications and devices using controllers, sensors, actuators and other electronic components — and competency in IoT across home automation, smart city, agriculture, automotive and manufacturing, including opportunities to start a business with novel IoT applications.
Subject 5.6.2 — Open Elective-3, Option 2 (Practicum) • Qualifying (Q) • 2 Credits • L 1 – P 3 • Choose this OR AI & ML OR Industrial Automation & MES • पाँचवाँ सेमेस्टर — Electronics Engineering • सत्र 2026–27
Note: The PDF gives this subject as 7 numbered topic sections (not 5 units), with no unit-wise periods, no marks-distribution table and no reference-books list — so periods, weightages and books are not shown. The PDF’s “experiments” list (1–13) repeats the course outcomes almost verbatim rather than naming distinct experiments; it is reproduced as printed. The 5.6 scheme row is shared by all three Open Elective-3 options.
आप क्या पढ़ेंगे
Section 1 — Introduction to Industrial Safety Practices
Fire Extinguishers & its Types; Safely handling Tools & Equipment; Use of proper Tools & Equipment & its maintenance; OSH & practices to be observed as a precaution
Workshop safety: fire extinguishers, correct tool use and occupational safety and health.
Section 2 — Fundamentals of Internet of Things
Introduction of Internet of Things; Basics of electricals & electronics components used in IoT; History of IoT; Applications, Benefits and Limitations of IoT; Important components of IoT – Micro Controller, Sensors, actuators, communication protocol, cloud etc; IoT Architecture – Physical layer, Network layer, Data processing layer, Application layer.
What IoT is, its history, benefits and limitations, its key components, and its four-layer architecture.
Section 3 — IoT Microcontrollers and Single board computer
Introduction to microcontroller; Different types of microcontrollers, Arduino, Raspberry pi; Introduction to input, output and PWM, interface of camera to raspberry pi, interface of various sensors to raspberry pi, IOT protocol (HTTP, MQTT, HTTPS) for RPI, Study connection of raspberry pi to cloud; Important features of microcontroller; Specification of microcontroller; Selection of microcontroller based on IoT application; Basic programming of microcontroller; Advanced programming of micro controller; Debugging of program, Testing of program
The brains of IoT devices: Arduino and Raspberry Pi, their programming, interfacing sensors and cameras, and connecting to the cloud (HTTP, MQTT, HTTPS).
Section 4 — IoT Sensors
Introduction of Sensors; Various types of Sensors and their applications; Specifications of sensors; Working principle of important sensors; Comparison of sensors and relative advantages and limitations; Selection of sensor based on IOT application; Interfacing of sensors with microcontroller to develop IOT application; Testing of sensors for IOT application
Sensors: their types, working principles, specifications, and how to choose and interface the right one for an application.
Section 5 — Use of Actuators for IoT applications
Introduction to actuators; Various types of actuators; Working principle of actuator; Applications of actuators; Comparison of various actuators and relative advantages and limitations; Selection of actuator based on IOT application
Actuators: the devices that let an IoT system act on the physical world, and how to choose between them.
Section 6 — IoT Network Connectivity
Introduction to IoT network technologies; Various options for IoT connectivity; Comparison of various options for IoT connectivity; Selection of IoT connectivity based on application parameter like Range, Data size, Rate of data transfer, Type of data, Number of devices to be connected etc.
How IoT devices connect: the network options available, and choosing one by range, data size, speed and number of devices.
Section 7 — Cloud and Application of IoT
Various options available to store IOT Data; Comparison of storage options; Storage on premises and Cloud; IOT Database; Selection of database; Interfacing Database with IOT application; Requirements for IoT applications; Selection of sensors and actuators as per IoT application; IoT dashboard building; Authentication; IoT application building as per real world application related to Smart City, Healthcare, Automotive, Manufacturing; IoT based mobile application development; Use of API in IoT application Building; Basics of Machine Learning and AI; Use of Machine Learning and Artificial Intelligence in IoT; Industrial Use cases
The cloud side: storing IoT data, databases, dashboards and authentication, building real IoT applications for smart cities, healthcare, automotive and manufacturing, and where ML and AI fit in.
ध्यान दें: इस विषय के लिए आधिकारिक सिलेबस में marks-distribution तालिका नहीं दी गई है, इसलिए यूनिट के अनुसार weightage नहीं दिखाया गया है।
प्रैक्टिकल कार्य
- Comply with Industry health and safety guidelines.
- Identify the market needs & customer demand analysis.
- Ability to develop basic circuit design and measurement techniques and calibration according to common engineering standards symbols, unit, schematics.
- Ability to generate ideas for upgrading existing product or creation of new product as per customer requirement.
- Ability to convert Ideas into reality by developing prototype model with the help of microcontrollers and wired or wireless protocols.
- Ability to develop IOT applications based on specific needs.
और भी बहुत कुछ — 13 practicals की पूरी सूची PDF के अंदर है।
पूरा सिलेबस
आधिकारिक सिलेबस से पूरी परीक्षा योजना, practicals की पूरी सूची और संदर्भ पुस्तकें। यूनिट के अनुसार topics ऊपर "आप क्या पढ़ेंगे" वाले हिस्से में दिए गए हैं।
परीक्षा योजना
| Code | Paper | Type | L – P | Credits | Internal | External | Total |
|---|---|---|---|---|---|---|---|
| 5.6.2 | Open Elective-3: IoT | Practicum (Q) | 1 – 3 | 2 | 50 | — | N/A (Q) |
| IoT Total | 2 | 50 | — | N/A (Q) | |||
प्रैक्टिकल्स की पूरी सूची
यह आधिकारिक सिलेबस से practicals की पूरी सूची है।
- Comply with Industry health and safety guidelines.
- Identify the market needs & customer demand analysis.
- Ability to develop basic circuit design and measurement techniques and calibration according to common engineering standards symbols, unit, schematics.
- Ability to generate ideas for upgrading existing product or creation of new product as per customer requirement.
- Ability to convert Ideas into reality by developing prototype model with the help of microcontrollers and wired or wireless protocols.
- Ability to develop IOT applications based on specific needs.
- Ability to handle cloud operations for internet of things applications.
- Ability to implement ideas for entrepreneurship and better career opportunities.
- Create value by using problems solving approach and by applying innovation techniques.
- Ability to develop IoT applications related to home automation, agriculture, smart city, automotive, manufacturing etc.
- Able to create innovative products, processes, services, business models etc.
- Able Create and protect their intellectual property.
- Start Their Own Business | Start up | Entrepreneurship.
संदर्भ पुस्तकें
इस विषय के लिए आधिकारिक सिलेबस में reference books नहीं दी गई हैं।
अक्सर पूछे जाने वाले प्रश्न
पाँचवाँ सेमेस्टर में IoT कितने अंकों का है?
Open Elective-3: IoT (5.6.2) N/A (Q) अंक। यह qualifying (Q) विषय है: इसमें appear होना और pass होना ज़रूरी है, लेकिन इसके अंक percentage या division में नहीं गिने जाते। पूरी योजना ऊपर "पूरा सिलेबस" वाले हिस्से में है।
IoT में किन यूनिट्स का weightage सबसे ज़्यादा है?
इस विषय के लिए आधिकारिक सिलेबस में marks-distribution तालिका नहीं दी गई है, इसलिए यूनिट के अनुसार weightage प्रकाशित नहीं है। यूनिट के अनुसार topics और periods ऊपर "पूरा सिलेबस" वाले हिस्से में दिए गए हैं।
IoT में क्या प्रैक्टिकल कार्य है?
13 practicals/experiments, जिनमें शामिल हैं: Comply with Industry health and safety guidelines.; Identify the market needs & customer demand analysis.; Ability to develop basic circuit design and measurement techniques and calibration according to common engineering standards symbols, unit, schematics.। पूरी सूची ऊपर "पूरा सिलेबस" वाले हिस्से में है।
IoT के लिए किन किताबों को देखें?
इस विषय के लिए आधिकारिक सिलेबस में reference books नहीं दी गई हैं।
क्या IoT theory विषय है या practical विषय?
इसका मूल्यांकन Practicum (Q) के रूप में होता है — परीक्षा योजना ऊपर "पूरा सिलेबस" वाले हिस्से में देखें।
IoT सिलेबस PDF कैसे डाउनलोड करें?
PDF मुफ़्त में डाउनलोड के लिए उपलब्ध है — नीचे Download वाले हिस्से में दिए गए download link का उपयोग करें। यह KAMALDNP Academy द्वारा आधिकारिक BTEUP सिलेबस से तैयार किया गया है।
संबंधित सिलेबस पोस्ट
- BTEUP Electronics पाँचवाँ सेमेस्टर सिलेबस 2026-27
- BTEUP Electronics पूरा सिलेबस 2026-27 — तीसरा, चौथा, पाँचवाँ और छठा सेमेस्टर (सभी विषय)
- Optical Fiber Communication — BTEUP Electronics पाँचवाँ सेमेस्टर सिलेबस 2026-27
- Control System & PLC — BTEUP Electronics पाँचवाँ सेमेस्टर सिलेबस 2026-27
- Microwave and Radar — BTEUP Electronics पाँचवाँ सेमेस्टर सिलेबस 2026-27
IoT सिलेबस PDF डाउनलोड करें
नीचे पूरा IoT सिलेबस PDF डाउनलोड करें — KAMALDNP Academy द्वारा तैयार, जिसमें topics की पूरी सूची, practicals और संदर्भ पुस्तकें हैं।
स्रोत: BTEUP 3rd Year curriculum (folder2627), approved in C.D.C. meeting held on 16.07.2026। Topic सूचियाँ आधिकारिक सिलेबस के अनुसार हैं; छोटे सारांश लेखक के अपने सरल शब्दों में लिखे गए हैं, सिलेबस का मूल पाठ नहीं हैं। कृपया अपने पॉलिटेक्निक से किसी भी स्थानीय बदलाव की पुष्टि कर लें।
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