Objective: To make students discuss a given topic.
Implementation: Facultyexplains the concept (E.g., different types of Hand-off mechanisms). Students are divided into groups. Each group is assigned a topic (Hard hand-off, Soft Hand-off, etc.). Students are asked to give their views on the concept.
Outcome: Students will be able to understand the concepts and actively participate.
Objective:To make students give a seminar/presentation on a given topic.
Implementation: Some students are given topics like Gillligans Theory, IPR, and Global warming. They are asked to prepare and give seminar/short presentation on the given topics.
Outcome: Students will be able to improve their presentation skills.
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Objective:Think-pair-share is a collaborative learning approach where students work together to solve a problem or answer a question.
Implementation: The faculty has to give one question to the student and each student has to solve the question individually. After completion of solving the question, the student has to pair with one of his/her classmates and discuss the answer. Then one of the students in the class shares his/her thoughts with the total class. This strategy requires students to think individually about a topic or answer a question and share ideas with classmates.
Outcome: Students will be able to improve their thinking and presentation skills.
Objective: To enhance the collaborative, critical and creative skills of the student.
Implementation: To involve students in learning through developing projects (Ex. Programming with FPGA).
Outcome: Students will be able to learn core subjects practically.
Objective: To make students learn concepts in more practically.
Implementation: The faculty explains concepts likeEM wave propagation, Frequency response of Active filters, Rectangular and Circular waveguides.
Outcome: Students will be able to understand the concepts in a more practical way.
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Implementation: ICT devices are the most recent tools, concepts, and approaches used in student-to-teacher and student-to-student interactions. ICT tools such as computers and projectors are used for presenting PPTs, Videos, Animations, etc.
Outcome: Students will be able to understand the concepts in a simple way.
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Objective: To analyse a particular case or situation, either real or constructed, that is used as a basis for the application of knowledge and/or concluding in similar situations.
Implementation: Students are given with some case studies likeSmart agriculture, Smart Parking, Smart Lighting, etc.
Outcome: Students will be able to analyze the real-time situations and give the solutions.
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Table 1. Innovations done by faculty in teaching and learning.
| S. No. | Faculty | Topic | Subject | Innovative Methods Used |
| 1 | Dr. Bhuma Chandramohan | EM waves and Polarization | EMFT | ICT Tools, Demonstration Model |
| PyTorchcolab Live Coding | ANN | Demonstration Model, Case study | ||
| 2 | Dr. N. Venkateswara Rao | Application of EM fields, EM wave propagation | EMFT Â | ICT Tools (Videos), Demonstration Model |
| 3 | KopanatySambasiva Rao | Radar displays, FMCW Radars | Radar Engineering | ICT Tools |
| 4 | Dr. Panguluri Vinod Babu | Logic Families Memories & PLDs | Digital Logic Design | ICT Tools |
| Nano materials | Introduction to Nanoscience &Technology | ICT Tools | ||
| 5 | Dr. Painam Surendra Kumar | Microstrip antenna design | Antenna and wave propagation | ICT Tools |
| CW RADAR | RADAR Engineering | ICT Tools | ||
| 6 | Dr. Jetti Chandrasekhar Rao | Launching of Satellites, orbital mechanisms, GPS | Satellite Communications | ICT Tools (Videos), Think Pair Share |
| Working of Cellular Phone, Hans-off mechanism, Doppler Effect, Comparison of 1G to 4G | Wireless & Mobile Communication | ICT Tools (Videos), Group Discussion, Think Pair Share | ||
| Application of EM fields, EM wave propagation | EMFT | ICT Tools (Videos), Demonstration Model | ||
| Wave propagation in different mediums, Rectangular and Circular waveguides | EMWTL | ICT Tools (Videos), Think Pair Share, Demonstration Model | ||
| 7 | Dr. Uppala Srinivasa Rao | Rectangular and Circular waveguides | EMWTL | ICT Tools (Videos), Demonstration Model |
| 8 | Dr. V M S N Pavan Kumar Ch | Linear Data structures, Non-linear data structures | DS using Python  | Demonstration Model, ICT Tools  |
| Image enhancement and restoration | DIP | Demonstration Model, ICT Tools | ||
| 9 | Shaik Mahaboob Subhani | Basics in python programming | DS using Python | Demonstration Model, ICT Tools |
| Low power methods in VLSI | Low Power VLSI | ICT Tools, Seminar | ||
| 10 | Dasari Swetha | Launching of Satellites, orbital mechanisms, GPS | Satellite Communications | ICT Tools (Videos), Think Pair Share |
| Working of Cellular Phone, Hans-off mechanism, Doppler Effect, Comparison of 1G to 4G | Wireless & Mobile Communication | ICT Tools (Videos), Group Discussion, Think Pair Share | ||
| 11 | T. Krishna Chaitanya | Different digital modulation techniques | Digital Communication | ICT Tools |
| 12 | Dr. Suneel Miriyala | Smart Agriculture, Smart Parking, Smart Lightening | IOT | Case study, ICT Tools  |
| Yoga Practice | EITK | Demonstration Model | ||
| Traditional Knowledge | EITK | ICT Tools, Seminar | ||
| Image processing fundamentals | DIP | ICT Tools, Demonstration Model | ||
| Sensors interfacing with various IoT controllers | IoT | ICT Tools, Demonstration Model | ||
| 13 | P.P.M. Prasad | Gillligans Theory, IPR, Global warming | PEHV | Seminars, ICT Tools |
| RTOS concepts | Embedded Systems | Seminars, ICT Tools | ||
| 14 | Idrish Shaik | Transistor working & characteristics SCR & UJT working | EDC | ICT tools, Group Discussion |
| Satellite Link design, GPS working | Satellite Communication | ICT Tools, Think Pair Share | ||
| 15 | Nidamanuru Naga Swathi | Sub system design | VLSI | ICT Tools |
Splicers, connectors and couplers, WDM, OTDM, OTDR LASERs, LED structures and Photo Diodes | Optical Communication | Seminar, ICT Tools | ||
| 16 | Yarlagadda Sruthi | Data flow modelling, Behaviour modelling | Verilog HDL | ICT Tools, Quiz, Project Based Learning |
| Programming with FPGA | FPGA Design | ICT Tools,Think pair share, Project Based Learning | ||
| 17 | Koppolu Kalpana | Op-amp Introduction | LICA | ICT Tools |
Gillligans Theory, IPR, Global warming | PEHV | Seminars, ICT Tools | ||
| Comparison of various Modulation Schemes | AC | Group Discussion, | ||
| AC and DC Characteristics of Op-amp | LICA | Think Pair Share | ||
| Frequency response of Active filters | LICA | Demonstration Model | ||
| 18 | Gatram Mahesh | Smart lightining, Smart parking | IOT | Case Study ICT Tools, seminar |
| Java Programs | Programming with Java | Demonstration Model | ||
| Mesh & Nodal Analysis | Circuit Theory | Think-Pair-Share | ||
| 19 | Dr. Kommalapati Rajesh | Find-S, Candidate Elimination | Machine learning | ICT Tools |
| Transistor configurations | EDC | Demonstration model (Virtual Labs-IITK) | ||
| Smart agriculture, Smart Parking, Smart Lightening | IoT | Case study, ICT Tools | ||
| 20 | Dr. Naga Raju Challa | Back propagation Algorithm, CNN, RNN, Auto Encoder | Deep Learning | Think Pair share, Case Study (AlexNet, Resnet, Densnet), ICT Tools |
| IIR, FIR filter design | DSP | Think Pair share, ICT Tools | ||
| 21 | Talluri Praveen Kumar | C programs on branch, loop, memory allocation. | Problem solving using c | Demonstration Model, ICT Tools |
| C++ constructor, destructors, inheritance | Programming using C++ | Demonstration Model, ICT Tools | ||
| C++ access codes, virtual base class, abstract class | Programming using C++ | Seminars | ||
| 22 | Dr. SumanthkumarPanguluri | Datatypes in C Preprocessor directives | Problem solving using c | Demonstration Model, ICT Tools |
| Interfacing of stepper motor with 8051 | Microprocessors and Micro-controllers | Demonstrative Model, ICT Tools | ||
| 23 | Madhukumar Patnala | Java code for Run length encoding | Information and Coding Theory | Demonstration Model |
| Up/down/Mod counter | Digital Logic Design | Demonstration Model | ||
| 24 | M. Lenin Babu | Basics in c programming, Decision making statements | Problem solving using programming language | Demonstration Model, ICT Tools, Quizz |
| 25 | Udatha Srinivas | ARM architecture of embedded systems | Embedded system design | ICT Tools, |
| Network Theorems | Circuit Theory | Demonstration Model | ||
| 26 | Ahmed Ali | Sampling, quantization, Digital Modulation Schemes | Digital Communication | ICT Tools |
| 27 | Kakumanu Naga Raju | Java Basic Programming | Java | ICT tools (PPT) |
| OFDM in Wireless technology | OFDM | Group Discussion, Seminar | ||
| 28 | Dr. Mogadala Vinod Kumar | Smith Chart | Electromagnetic Waves and Transmission Lines | ICT Tools |
Table 2.E-content developed by ECE department faculty
Table 1.E-content developed by ECE department faculty
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Table 1.E-content developed by ECE department faculty
***Maths Department-Announcement of International Workshop*** Department of Mathematics, BEC & Institution’s Innovation Council (IIC-BEC) are organizing ‘A One Week International Workshop on Mathematics: Bridging Ideas and Innovations (MBII-2024)’ through Virtual mode