ECE140 — Workshop On Iot For Digital Society
Study Units
My Weak QuestionsSetting Up and GPIO Handling
Advanced GPIO & Peripheral Control
Sensor Systems & Data Acquisition
Camera Interfacing & Computer Vision
Serial Communication & Industrial Interfaces
IoT Cloud & Edge Integration
Continuous Assessment
2 components
Students are required to identify the problem, propose a Raspberry Pi-based solution, explain the hardware/software architecture, justify the choice of sensors and communication protocols, and present their findings through a written report and presentation.
Week 3 / 7
Rubric
Students will analyze a real-world case study based on Raspberry Pi applications such as Smart Home Automation, Smart Agriculture, Smart Healthcare, Smart Surveillance, Smart Traffic Management etc.
Suggested projects include Smart Home Automation, Weather Monitoring System, Face Recognition System, Smart Attendance System, Smart Irrigation, IoT-based Energy Monitoring, Object Detection, Smart Parking, Home Security System, or Cloud-based Sensor Monitoring using MQTT/ThingSpeak/AWS IoT. Students shall submit the project report, source code, demonstration video, and final presentation.
Week 5 / 14
Rubric
Students will develop a Raspberry Pi-based mini project individually or in teams (maximum 3 students).
Exams & Practice
End Term Examination
Final semester comprehensive evaluation
50%Type: Practical
ECE140 - FAQs
How many units are in ECE140?
ECE140 has 6 units. Each unit includes detailed notes and MCQ practice questions.
What exam resources are available for ECE140?
Unit-wise notes and MCQ practice are available. Exam resources coming soon.
How to prepare for ECE140 exams?
Study each unit's notes thoroughly, practice MCQs to test understanding, and attempt mock tests before exams. Focus on important topics and previous year questions.