Electronics & Comm. Engineering

Innovations by the Faculty in Teaching and Learning    

The faculty of ECE department attends various MOOCS and training programs on advanced topics, updates their knowledge and skills, and gives additional inputs in the classes.
Further, the faculty conducts various innovative teaching and learning activities inside and outside the classrooms to engage the students effectively and efficiently.
The teaching and learning activities conducted by the faculty for the improvement of student learning includes (but not limited to):

• Conduction of classroom quizzes, role play, assignments, group discussions, pick and speak, seminars, social awareness event and programmes etc.
• Assignments which include mini-projects, and case studies.
• Usage of Google forms and Google Classroom for online interaction, assessment, and evaluation. Google classrooms for posting assignments and lecture materials.
• Teaching with working models, simulations, emulations and animated videos, skill developments, kit design and development, multimedia tools
• Teaching with concept maps, model demo, charts etc.
• Usage of ICT, blended learning and Smart ICT Enabled Classroom, Power point presentation, Demonstration of recorded Videos and Lectures
• Development of Recorded Topic/ Subject based video, YouTube videos
• NPTEL/ SWAYAM Video and Content Repository, use of E Library and E-books, DELNET etc.
   

Few Others:

Innovations by the Faculty in Class-room and labs

• Faculty members provide quality study materials to enrich students.
  • Lecture wise Class notes (course files) are made available to the students either in PDF format or printouts,
  • Faculty shares the study materials among the students through hand-outs etc.
  • Topic wise / unit wise question bank
  • Question bank according to competitive exams like GATE
  • Learning through well-equipped labss.
  • Several charts are developed by the faculty members for better understanding.

Innovation: Text Books for student reference authored by faculty members:
 

S.NO.	Title	Faculty Involved	ISBN No.
1.	Microprocessor 8085 and interfaces	Dr. Rahul Srivastava	978-81-8444-330-1
2.	MEMS & Nanotechnology	Er. Ritika Jain	978-93-83733-98-9
3.	Digital Signal Processing	Er. Heena Gupta	978-93-80343-47-1
4.	Microwave Engineering-I	Er. Sachin Chauhan	978-81-88870-70-7
5.	Microwave Engineering-II	Er. Sachin Chauhan	978-81-88870-82-0
6.	Digital electronics and Circuits	Dr. Rahul Srivastava	978-81-8142-446-4
7.	Microcontroller and Embedded systems	Dr. Rahul Srivastava	978-81-8444-348-6
8.	Electronic Equipment and Maintenance	Dr. Chanchal Sharma	978-81-961834-0-0

Innovations by the Faculty in Laboratory

• Special materials and lab manuals are provided to the students for the relevant labs.
• All labs are equipped with detailed Methodical Chart And Monograms or relevant topics prepared by faculties; they have proven to be very helpful to the students.

COE and Research Laboratories beyond Syllabus:  

• The department is equipped with many beyond curriculum labs, Special emphasis is given to the project work by the faculties for the students, 21 patents have been filed and published by the faculties and students.
• Existing experimental set-up are modified wherever necessary for benefitting the students to perform advance experiments.
• Use of Research Laboratories and COE Beyond Curriculum for student learning support in teaching and learning:
  • RTU Approved Centre of Excellence: IOT based Robotics and Artificial Intelligence (IRAI)
  • Centre of Excellence in Optical Fiber Communication
  • Center of Excellence VLSI and Embedded System
  • Texas Instruments Analog Systems Lab
  • 3D Printing: Associated under COE: IOT based Robotics and Artificial Intelligence (IRAI)
  • Electronics Incubation Center
  • IoT Research and Project development
  • Electronics Skill Development Lab

Innovation in the recent technology with hand on experience: -

• Advance VLSI training and Embedded system training cum workshop module has been created for the students to learn semicustom design using FPGA-SPARTAN III, Altera Cyclone and ALTRA MAX II CPLD Kits for their better understanding of the logic development.
• For Embedded system design Lab different microcontrollers, for example 8051 and Arduino has been included.
• Addons and Certification program related to:
  • Python
  • Data Science
  • IOT and Application
  • Robotics and Development
  • Skill Development

Pedagogical Activity and Evaluation:

Apart from Assignments and quiz, in each semester faculty members adopt any two of recommended Innovative Pedagogical Approaches & Evaluation Activity for crucial topics/ contents as per the feedback received from the stakeholders/ assessments (Ref. UGC- Guidelines for Innovative Pedagogical Approaches & Evaluation Reforms). The following Activities have been completed for each course:

• Two Quizzes
• Two Assignment
• Two Pedagogical Innovative Pedagogical Approach delivered for the crucial topic/ Content Activity

After completion of the activity the concern faculty submit the final report of their activity which covers:

1. Statement of clear goals
2. Approval of Adequate preparation
3. Type of Appropriate method used
4. Significance of results
5. Reflective Critics
6. Presentation of effectiveness comments.

The feedback and peer critics are also completed in parallel with the execution of the Innovative Pedagogical Approaches. The work is reproducible and developed with the collaboration of scholars.

A. Teaching and Learning materials available on Institute website

The instructional materials and pedagogy activity reports are uploaded under the tab “TEACHING AND LEARNING” on the institutional website (Link: https://www.aryacollege.in/electronics-and-communication-engineering).

The material is made available on college website for (but not limited to):

• The students, scholars, faculty and for peer review access.
• The learners/ scholars may use this material for their further development and come forward for collaborative learning and development.
• The scholars may submit their feedback/ critics for the teaching learning process from the link available on the website.
• The work is reproducible and developed with the collaboration of scholars.

Highlights of Teaching and Learning

Pedagogical Activities

Link: https://www.aryacollege.in/wp-content/uploads/pdf/Pedagogical_Activities.pdf

YouTube Uploads Information

Department YouTube Channel Playlist (Available for Peer Review | Critique | Further Development):

Link: https://www.youtube.com/watch?v=F_3mIpWca5E&list=PL9ERBAYCl1ZvCd5vN7aYPGhm6-4lEaTzS

Details of YouTube Video (Customized Recorded Subject Based | Content Specific Videos):

Link: https://www.aryacollege.in/wp-content/uploads/pdf/Video_Lecture_You_tube_link.pdf

Instructional materials

Link: https://www.aryacollege.in/wp-content/uploads/pdf/Instruction_Material.pdf

Lab Manuals

Link: https://www.aryacollege.in/electronics-and-communication-engineering

Peer review, critique, and further development

• The peer review form associated with the pedagogical activities are made available under the tab “TEACHING AND LEARNING” on the institutional website for public access, peer review, critique and for further development.
• (Link: https://www.aryacollege.in/electronics-and-communication-engineering)

Pedagogy Review form 

• Google Form Link: https://forms.gle/safB7j3zNSx4JGgeA
• Information also Available on Link: https://www.aryacollege.in/electronics-and-communication-engineering

Review Responses Pedagogy Activities

Link: https://www.aryacollege.in/electronics-and-communication-engineering
Table 5.5-a : Sample Summary Sheets of Pedagogical activities

Academic Year: 2024-25 (Odd Semester)

Sample Report Summary of Pedagogical Activities
 

S. No.	Name of Faculty	Course Name	Semester/ Section	Activity
Theory
1.	ER.ANKIT GUPTA	CONTROL SYSTEM	V SEM (A+B)	1. Demonstration of Compensators 2. Group Activity: Presentation on controllers
2.	DR. ADITYA KR. S.PUNDIR	ELECTRONIC DEVICE	III SEM (A+B)	1. Demonstration of Simulation Tools: Multisim 2. Group Activity: Team Project
3.	DR. ADITYA KR. S.PUNDIR	CA	V SEM B	1.Demonstration of Simulation Tools 2.Demonstration: Virtual Lab
4.	DR. BHUPENDRA SONI	MTT	V SEM (A+B)	1. Awareness Session on Microwave. 2. Quiz
5.	DR. RAGHAVENDRA PATIDAR	EMW	V SEM (A+B)	1.QUIZ 2.Graph: Smith chart
6.	DR. RAGHAVENDRA PATIDAR	SS	III SEM B	1.QUIZ
7.	DR. HEMANT GUPTA	DSP	V SEM (A+B)	1.Noise Filtrations
8.	DR. HEMANT GUPTA	SS	III SEM A	1.QUIZ
9.	ER. AMIT SHARMA	Computer Architecture Crt	V SEM (A)	1. Awareness session on Addressing Modes 2. Awareness session on ALOHA
10.	DR. ASHOK KUMAR SIROHI	Networking Theory	III SEM (A+B)	1.Case Study: Verification of Kirchhoff's circuit laws 2.Group Activity: Validation of Superposition and Maximum Power Transfer Theorem
11.	ER. SACHIN CHAUHAN	Satellite Communication	V SEM	1. PPT & Video Lecture.
12.	ER. SACHIN CHAUHAN	VLSI	VII SEM	1.Brainstorming questions for VLSI design
13.	ER. VINITA MATHUR	DSD	III SEM (A+B)	1. Digital Electronics Quiz.
14.	ER. UMESH KUMAR SHARMA	Cyber Security	VII SEM	1. Knowing About Classification of Cyber Crime.
15.	ER. UMESH KUMAR SHARMA	OC LAB	V SEM	1.Demonstration of Simulation Tools in Optical Communication.
Practical
1.	DR. ASHOK KUMAR SIROHI Er. NARENDRA SWAMI	Electronic Device Lab	III SEM (A+B)	1. Demonstration of Simulation Tools 2. Group Activity: Team Project
2.	DR. BHUPENDRA SONI	MICROWAVE LAB	V SEM (A+B)	1. Demonstration Of Microwave Devices With diagram
3.	DR. HEMANT GUPTA	DSP LAB	V SEM (A+B)	1.Noise Filtrations
4.	Dr.RAGHAVENDRA PATIDAR	RF SIMULATION LAB	V SEM (A+B)	1.QUIZ
5.	DR. PUSHPA KORANGA	PYTHON LAB	V SEM (A+B)	1.Quiz
6.	DR. PUSHPA KORANGA	5G COMMUNICATION	VII SEM	1.Quiz 2. Simulation based experiment
7.	ER. SACHIN CHAUHAN	VLSI	VII SEM	1.Brainstorming questions for VLSI desin
8.	ER. VINITA MATHUR	DSD LAB	III SEM (A+B)	1. Demonstration of Digital Electronics Kits.
9.	ER. UMESH KUMAR SHARMA	Optical Communication Lab	VII SEM	1.Model presentation 2. Role Play
10.	ER. UMESH KUMAR SHARMA	Seminar	VII SEM	1.Students seminar Presentation on Seminar Topic 2.Students seminar Presentation with tools
11.	ER. UMESH KUMAR SHARMA	Industrial Training	VII SEM	1. Students Presentation on Industrial Training Topic 2. Students Industrial Training Presentation with case study.

Academic Year: 2023-24 (Even Semester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1.	DR. ADITYA KR. S.PUNDIR	Microcontroller	IV SEM	1. Demonstration of simulation Tools 2. Demonstration : Virtual lab
2.	DR HEMANT GUPTA	Machine Learning	VI SEM	1.Encryption during image transmission.
3.	DR. ASHOK SIROHI	Electronics Measurement & Instrumentation	IV SEM (A+B) SEM	1. Demonstration soler cell & LVDT
4.	ER. AMIT SHARMA	Computer Network	VI SEM	1. Industrial visit (CSIR CEERI- JAIPUR Centre). 2. Power Point Presentation.
5.	ER. SACHIN CHAUHAN	Fiber Optics Communications	VI SEM	1.MCQ in Optical Communication
6.	ER.ANKIT GUPTA	Power Electronics	VI	1.Group Activity: Power electronics devices. 2.Group Activity: Discussion on all power electronics devices.
7.	ER. RAKESH KR. SHARMA	Introduction To MEMS	VI SEM	1. Power Point Presentation on Lithography. 2. Lecture on Vapour Deposition Techniques
8.	ER. ROHITASH CHOUHAN	Digital Image and Video Processing	VIII SEM	1.Group Activity 2.Group Project
9.	DR. RAGHVENDRA PATIDAR	Antenna And Wave Propagation	VI SEM	1.QUIZ
10.	ER. PRERNA GUPTA	Antenna And Wave Propagation Lab	VI SEM	1.QUIZ
11.	ER. UMESH KUMAR SHARMA	IPR Copy Right and Cyber Low of India Placement Incharge	VIII SEM	1. Demonstration
Practical
1.	DR. ADITYA KR. S.PUNDIR	Microcontroller Lab	IV SEM	1.Demonstration of simulation Tools 2.Demonstration : Virtul lab
2.	DR HEMANT GUPTA	Machine Learning Lab	VI SEM	1.Encryption during image transmission.
3.	DR. ASHOK SIROHI	Electronics Measurement & Instrumentation Lab	IV SEM (A+B) SEM	1. Demonstration soler cell & LVDT
4.	ER. AMIT SHARMA	Computer Network Lab CRT	VI SEM	1. Industrial visit (CSIR CEERI- JAIPUR Centre). 2. Power Point Presentation.
5.	ER. NARENDRA SWAMI	Analog & Digital Communication Lab Electronics Measurement & Instrumentation Lab	IV SEM IV SEM	1. Demonstration of Solar Panel by Industry Expert. 2. Team Project
6.	ER. SACHIN CHAUHAN	Electronics Design Lab SOFT SKILL	VI SEM VI SEM	1.MCQ in Optical Communication
7.	ER ARCHANA SINGH	Analog Circuits Lab DBMS LAB	IV SEM (A+B) IV SEM (A+B)	1. Demonstration of Hartley and Colpitts oscillator.
8.	ER ARCHANA SINGH	Microcontrollers Lab	IV SEM (A+B)	1. Demonstration of 8085 and 8086 kit.
9.	ER.ANKIT GUPTA	Power Electronics Lab	VI	1.Demonstration of working of SCR on Kit 2.Group Activity: Discussion on all power electronics devices.
10.	ER. RAKESH KR. SHARMA	Mechatronics	VI SEM	1. Power Point Presentation on Lithography. 2. Lecture on Vapor Deposition Techniques
11.	ER. ROHITASH CHOUHAN	PROJECT	VIII SEM	1.Group Activity
12.	ER. ROHITASH CHOUHAN	Software based Skill development lab	VIII SEM	1.Group Project
13.	DR. RAGHVENDRA PATIDAR	Antenna And Wave Propagation Lab	VI SEM	1.QUIZ

Academic Year: 2023-24 (Odd Semester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	ER.ANKIT GUPTA	CONTROL SYSTEM	V SEM (A)	1. Demonstration of Compensators 2. Group Activity: Presentation on controllers
2	DR. ADITYA KR. S.PUNDIR	ELECTRONIC DEVICE	III SEM (A+B)	1. Demonstration: Virtual Lab 2. Group Activity: Team Project
3	DR. RAJESH PUROHIT	ELECTRONIC DEVICE	III SEM (B)	1. Group Activity; Case study 2. Group Activity: Brainstorming Session
4	ER. AMIT SHARMA	COMPUTER ARCHITECTURE CRT	V SEM (A) V SEM (A)	1. Awareness session on Addressing Modes 2. Awareness session on ALOHA
5	DR. ASHOK KUMAR SIROHI	NETWORKING THEORY	III SEM (A+B)	1. Case Study: Verification of Kirchhoffs circuit laws 2. Group Activity: Validation of Superposition and Maximum Power Transfer Theorem
6	ER. SACHIN CHAUHAN	SATELLITE COMMUNICATION	V SEM	1. Role Play Group activity 2. Video Lecture
7	ER. UMESH KUMAR SHARMA	CYBER SECURITY	VII SEM	1. Demonstration:- Student Presentation on basic details of the team and problem statement for smart India Hackathon 2023. 2. Demonstration:- Providing information about cyber security and cyber tools for cyber crimes.
8	ER. PUSHPA KORANGA	ELECTRIC MAGNETIC WAVES	V SEM	1. Graph illustration: smith chart 2. Brainstorming questions for EMW
Practical
1	DR. ADITYA KR. S.PUNDIR Er. NARENDRA SWAMI	ELECTRONIC DEVICE LAB	III SEM (A)	1. Demonstration of Simulation Tools 2. Group Activity: Team Project
2	DR. RAJESH PUROHIT Er. NARENDRA SWAMI	ELECTRONIC DEVICE LAB	III SEM (B)	1. LabVIEW Demonstration and Simulation (Virtual Instrumentation) 2. Simulation of Digital Electronic Tools and Data Acquisition
3	ER. SACHIN CHAUHAN	OPTICAL COMMUNICATION LAB	VII SEM	Model presentation Role Play
4	ER. UMESH KUMAR SHARMA	SEMINAR	VII SEM	1. Students seminar Presentation on Seminar Topic 2. Students seminar Presentation with tools
5	ER. UMESH KUMAR SHARMA	INDUSTRIAL TRAINING	VII SEM	1. Students Presentation on Industrial Training Topic 2. Students Industrial Training Presentation with case study.

 

Academic Year: 2022-23 (Odd Semester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	AMIT SHARMA	CA	V SEM	1. Robotics lab Demonstration 2. Demonstration of Computer hardware’s
2	ANKIT GUPTA	CS	V SEM	1. Group Activity: Presentation on stability analysis 2. Brainstorming Session Controllers and compensators
3	SACHIN CHAUHAN	SC	V SEM	1. ROLE play Activity 2.Awareness session
4	UMESH KUMAR SHARMA	CYBER SECURITY	VII SEM(A+B)	1. Demonstration:- Knowing about cyber crime. 2. Demonstration:- Providing information about cyber security and cyber tools
5	ADITYA KUMAR SINGH PUNDIR	ED	III SEM	1. Group Activity: Team Project 2. Brainstorming Session on Electronic Devices Applications
6	DR. KIRTI VYAS	MTT	V SEM	1.Awareness session on microwave emissions and its hazards 2.Awareness session about use of research tools in microwave applications
7	HEMANT KUMAR GUPTA	ADC	IV Sem	1. Brief Introduction of Modulation schemes 2.Design and Implementation of Modulation schemes
Practical
1	AMIT SHARMA Er. NARENDRA SWAMI	CRT INCHARGE	V SEM	1. Awareness session on Reasoning. 2. Awareness session on Aptitude.
2	UMESH KUMAR SHARMA	SEMINAR	VII SEM(A+B)	1. Students seminar Presentation on approved Topic 2. Students seminar Presentation with tools and model.
10	ADITYA KUMAR SINGH PUNDIR	ED LAB	III SEM	1. Group Activity: Team Project 2. Demonstration of Virtual Lab

 

AcademicYear:2022-23(EvenSemester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	AMIT SHARMA	Computer Network	VI SEM	1. Industrial visit (Jaipur Metro railways Corporation) 2. Power point presentation
2	ANKIT GUPTA	Fiber Optics Communication	VI SEM	1. Awareness Session on Optical amplifiers 2. Group Activity: Discussion on optical switches
3	SACHIN CHAUHAN	Information Theory and Coding	VI SEM	Mini Project PPT
4	UMESH KUMAR SHARMA	IPR	VIII SEM(A+B)	1. Demonstration:- One day session of Innovation:- IPR,Copyright and Cyber Law of India. 2. Demonstration:- How to Patent a Project.
5	ADITYA KUMAR SINGH PUNDIR	Analog Circuits	IV SEM	1. Case Study on OP-AMP 2. Brainstorming Session on OP-AMP Applications
6	DR. KIRTI VYAS	Antennas and Propagation	VI SEM	1.Awareness session on Research paper writing in Antenna and Propagation 2. Demonstration of final fabricated prototype of microstrip patch antenna to students and showing its various design aspects domain
7	Dr. SHRUTI PANCHOLI	Power Electronics	VI SEM	1. Awareness Session of Working of Boost, Buck and Buck-Boost Chopper with diagrams. 2. Group Activity: Discussion on all kind of power electronics devices.
Practical
1	AMIT SHARMA Er. NARENDRA SWAMI	CN Lab	VI SEM	1. Awareness session on Socket Programming 2. Awareness session on different Commands use in Computer network.
2	ANKIT GUPTA	ED Lab	VI SEM	1. Industrial visit (Jaipur Metro railways Corporation) 2. Circuit Mania event
3	UMESH KUMAR SHARMA	IoT Lab	VIII SEM(A)	1. Awareness Session on Internet of Things 2. Awareness Session on Different tools use in Computer Network.
4	NARENDRA KUMAR SWAMI	AC Lab	VI SEM	1. Industrial visit (Jaipur Metro railways Corporation) 2. Circuit Mania event
5	ADITYA KUMAR SINGH PUNDIR & NARENDRA KUMAR SWAMI	AC Lab	IV SEM	1. Demonstration: Virtual Lab 2. Brainstorming Session on Oscillators
6	Dr. SHRUTI PANCHOLI	PE Lab	VI SEM	1. Awareness session on all power electronics devices involved in labs with diagrams. 2. Demonstration of Working of Boost, Buck and Buck-Boost Chopper with diagrams.

 

AcademicYear:2021-22(OddSemester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	ADITYA KUMAR SINGH PUNDIR	CA	V(A)	1. Awareness Session on Processors and Microcontrollers 2. Demonstration of HDL use in Computer Architecture design: Case Study: ALU
2	AMIT SHARMA	CA	V(A+B)	1. Awareness session on Number System 2. Awareness session on Computer Architectures.
3	ANKIT GUPTA	CS	V(A+B)	1. Awareness session on Nichols Chart 2.Role Play Activity
4	Dr. KIRTI VYAS	MTT	V(A+B)	1. Awareness session Use of research tools in microwave applications 2. Awareness session on Microwave emissions and its hazards
5	SACHIN CHAUHAN	SC	V(A+B)	1. Role Play Group activity 2. Model presentation Video Lecture
6	UMESH KUMAR SHARMA	CYBER SECURITY	VII(A+B)	1. Demonstration:- Knowing about Cyber Crime and Cyber Space. 2. Demonstration:- Providing information about cyber Offenses.
Practical
1	ADITYA KUMAR SINGH PUNDIR	RESEARCH & INNOVATION /ICT/ COMPUTING SKILLS	VII(A+B)	1.Case Study on IPR 2. Brainstorming Session on Business Plan
2	AMIT SHARMA	CORPORATE TRAINING CRT	V(A+B)	1. Awareness session on Aptitude. 2. Awareness session on Reasoning.
3	UMESH KUMAR SHARMA	SEMINAR	VII(A)	1. Students seminar Presentation on approved Topic 2. Students seminar Presentation with tools and model.

 

AcademicYear:2021-22(EvenSemester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	ADITYA KUMAR SINGH PUNDIR	MC	IV SEM.	1. Awareness Session on Processors and Microcontrollers 2. Demonstration of HDL use in Computer Architecture design: Case Study: ALU
2	AMIT SHARMA	CN	VI SEM (B)	1. Awareness session on TCP/IP 2. Awareness session on different protocols.
3	ANKIT GUPTA	EMI	IV SEM.	1. Awareness session on CRO 2. Video Lecture
4	Dr. KIRTI VYAS	Antenna & Propagation	VI SEM. (A+B)	1. Awareness session on Research paper writing in Antenna and Propagation domain 2. Demonstration of final fabricated prototype of microstrip patch antenna to students and showing its various design aspects
5	UMESH KUMAR SHARMA	IPR	VIII SEM. (A+B)	1.Demonstration:- Introduction of IPR, Copyright and cyber law of India. 2. Demonstration:- How can we do Copyright.
6	SACHIN CHAUHAN	ITC	VI SEM. (A+B)	Mini Project Model presentation
Practical
1	ADITYA KUMAR SINGH PUNDIR	MC LAB PROJECT	IV SEM VIII(B)	1. Project: Design of ALU using HDL 2. Demonstration of Simulator
2	AMIT SHARMA	CN LAB CRT	VI SEM (B) VI SEM (A+B)	1. Awareness session on TCP/IP 2. Awareness session on graphs.
3	UMESH KUMAR SHARMA	IOT LAB	VIII SEM. (A)	1. Awareness Session on Internet of Things 2. Awareness Session on Computer Network with its tools

 

Academic Year:2020-21(OddSemester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	ADITYA KUMAR SINGH PUNDIR	ED	(ECE III-A)	1. Demonstration: Virtual Lab 2. Group Activity: Team Project
2	AMIT SHARMA	CA	(ECE V-A)	1. Awareness session on Multiplier 2. Awareness session on leaky bucket.
3	ANKIT GUPTA	CS	(ECE V-A+B).	1. Video Lecture 2. Awareness Session
4	Dr. KIRTI VYAS	ED	(ECE III-B)	1. Mock interview : Questions asked in placements 2. Brainstorming session on Application of diodes
5	SACHIN CHAUHAN	SC	(ECE V-A+B)	1. Video lecture 2. Awareness session
6	UMESH KUMAR SHARMA	Cyber Security	(ECE VII-A+B)	1. Demonstration:- Providing information about Internet, Electronics Devices and Network system. 2. Demonstration:- Providing information about Tools and Method used in cyber crime.
Practical
1	ADITYA KUMAR SINGH PUNDIR	ED Lab	(ECE III-A+B)	1. Demonstration: Virtual Lab 2. Group Activity: Team Project
2	AMIT SHARMA	DSP Lab Industrial Training	(ECE V-A+B) (ECE V-A+B)	1. Awareness session on MATLAB. 2. Awareness session on Convolution.
3	SACHIN CHAUHAN	MW Lab	(ECE V-A+B)	Model Presentation Awareness session
4	UMESH KUMAR SHARMA	Seminar	(ECE VII-A+B)	1. Students seminar Presentation on approved Topic 2. Students seminar Presentation with tools and model.

 

Academic Year:2020-21(Even Semester)

Sample Report Summary of Pedagogical Activities
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Activity
Theory
1	ADITYA KUMAR SINGH PUNDIR	MC	IV (B)	1. Awareness Session on Processors and Microcontrollers 2. Demonstration of HDL use in Computer Architecture design: Case Study: ALU
2	AMIT SHARMA	CN	VI (B)	1. Awareness session on Queuing model. 2. Awareness session on Congestion Avoidance Mechanisms.
3	ANKIT GUPTA	EMI	IV (B)	1. Awareness Session 2. PPT
4	Dr. KIRTI VYAS	AC	IV (A+B)	1.Brainstorming session on Applications and circuits designs by transistors 2. Demonstration of Procedure and design Concepts of analog circuits
5	SACHIN CHAUHAN	ITC	VI (A+B)	Model Presentation Mini Project
6	UMESH KUMAR SHARMA	IPR Copy Right	VIII (A+B)	1. Demonstration:- How can we do Trademark. 2. Demonstration:- Providing Information about Intellectual Property Rights.
Practical
1	ADITYA KUMAR SINGH PUNDIR	MC Lab	IV (A+B)	1. Project: ALU design using HDL 2. Demonstration of Simulators
2	AMIT SHARMA	CN Lab CAMPUS RECRUITMENT TRAINING	VI (A+B) VI (A+B)	1. Awareness session on Simulation of pure ALOHA. 2. Awareness session on slotted ALOHA
3	SACHIN CHAUHAN	AWP Lab	VI (A+B)	Model Presentation Group Activity
4	UMESH KUMAR SHARMA	IOT Lab Project	VIII (A+B) VIII (B)	1. Awareness Session on Internet of Things 2. Awareness Session on Computer Network with its tools

 

D. Statement of clear goals, use of appropriate methods, significance of results, effective presentation, and reflective critique

The pedagogy report and responses include details such as statement of clear goals, use of appropriate methods, significance of results, effective presentation, and reflective critique.

A sample pedagogy report is shown below:

Sample Pedagogy Report
 

 

 

 

Instructional materials

Faculties have provided their lecture notes and study material to the students as Instruction material, apart from this following content has also be provided to the students:

Theory:

• Course Handouts,
• Notes/ PPT Handouts,
• Question Bank,
• Assignments
• Data Sheets

Practical:

• Lab Manuals,
• Do and Don’ts
• Viva Question banks.
• Kit Standard Manuals

Sample Instruction Material:

Academic Year: 2023-24 (Odd Semester)

Website Link: https://www.aryacollege.in/electronics-and-communication-engineering
 

S.NO.	Name of Faculty	Course Name	Semester/Section	Material Type
Theory
1	ER.ANKIT GUPTA	CONTROL SYSTEM	V SEM (A)	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
2	DR. ADITYA KR. S.PUNDIR	ELECTRONIC DEVICE	III SEM (A+B)	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
3	DR. KIRTI VYAS	MICROWAVE THEORY AND TECHNIQUES	V SEM A	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
4	DR SHRUTI PANCHOLI	DIGITAL SIGNAL PROCESSING SIGNAL SYSTEM	V SEM III SEM B	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
5	ER. AMIT SHARMA	COMPUTER ARCHITECTURE CRT NETWORKING THEORY	V SEM (A) V SEM (A) III SEM (A+B)	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
6	ER. RAKESH KR. SHARMA	DIGITAL SYSTEM DESIGN	III SEM (A+B) ECE	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
7	ER. ROHITASH CHOUHAN	SIGNAL SYSTEM VLSI	III SEM (A) VII SEM (A)	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
8	ER. SACHIN CHAUHAN	INDUSTRIAL TRAINING SATELLITE COMMUNICATION SOFT SKILLS	V SEM V SEM V SEM	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
9	ER. UMESH KUMAR SHARMA	CYBER SECURITY	VII SEM	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
10	ER. PUSHPA KORANGA	ELECTRIC MAGNETIC WAVES GATE	V SEM VII SEM	Course Handouts, Notes/ PPT Handouts, Question Bank, Assignments
Practical
1	ER.ANKIT GUPTA	DIGITAL SIGNAL PROCESSING LAB	V SEM (A)	Lab Manuals, Viva Question banks
2	DR. ADITYA KR. S.PUNDIR	ELECTRONIC DEVICE LAB	III SEM (A+B)	Lab Manuals, Viva Question banks
3	DR HEMANT GUPTA	COMPUTER PROGRAMMING PYTHON TRAINING	III SEM (A+B) III SEM (A+B)	Lab Manuals, Viva Question banks
4	DR. KIRTI VYAS	R.F SIMULATION LAB MICROWAVE LAB	V SEM A V SEM A	Lab Manuals, Viva Question banks
5	DR SHRUTI PANCHOLI	DIGITAL SIGNAL PROCESSING LAB SIGNAL PROCESSING LAB	V SEM III SEM B	Lab Manuals, Viva Question banks
6	ER. NARENDRA SWAMI	DIGITAL SYSTEM DESIGN LAB ELECTRONIC DEVICE LAB	III SEM (A+B) III SEM (A+B)	Lab Manuals, Viva Question banks
7	ER. RAKESH KR. SHARMA	DIGITAL SYSTEM DESIGN LAB	III SEM (A+B) ECE	Lab Manuals, Viva Question banks
8	ER. ROHITASH CHOUHAN	SIGNAL PROCESSING LAB VLSI LAB	III SEM (A) VII SEM (A)	Lab Manuals, Viva Question banks
9	ER. SACHIN CHAUHAN	OPTICAL COMMUNICATION LAB	VII SEM	Lab Manuals, Viva Question banks
10	ER. UMESH KUMAR SHARMA	SEMINAR INDUSTRIAL TRAINING	VII SEM VII SEM	Lab Manuals, Viva Question banks
11	ER. PUSHPA KORANGA	PYTHON TRAINING ADVANCE COMMUNICATION LAB	V SEM VII SEM	Lab Manuals, Viva Question banks

 

Working models/charts/monograms etc.

Charts and Monograms are displayed in all Laboratories. The department has many models created by students and has been displayed in the Centre of Excellence, Research Laboratories and Curriculum specific Laboratories. These prototype models help the students to understand the working of basics and recent technologies in a better manner.

Link: https://www.aryacollege.in/wp-content/uploads/pdf/Working_Models_Charts_Monograms_etc__Developed.pdf

Charts/ Models/ Monograms
 

S.NO.	Name of Faculty	Working Model/charts/monograms	Title	Subject/ Lab
1	Er. Prashant mathur	Chart	Implementation of precision agriculture through IoT	IoT Lab
2	Er. Narendra kumar swami	Chart	Analog circuit lab ( Inverting and Non- inverting operational amplifier Configurati on)	Analog circuit lab
3	Er. Narendra kumar swami	Chart	Analog circuit lab (Hartlay and colpitts oscillator)	Analog circuit lab
4	Dr. Rahul shrivastava	Chart	Microcontroller lab (Operation of DMA controller in a microprocessor system)	Microcontroller lab
5	Er. Vinita mathur	Chart	Microcontroller lab (Architecture of 8051 microcontroller)	Microcontroller lab
6	Er. Narendra kumar swam	Chart	Analog circuit lab (Inverting Operational Amplifier configuration / Non Inverting operational amplifier configuration)	Analog circuit lab
7	Dr. Aditya kumar singh pundir	Chart	Analog circuit lab (Hartlay and colpitts oscillator)	Analog circuit lab
8	Dr. kirti vyas	Chart	Mobile phone diagram	Electronics skill development Lab
9	Er. Heena gupta	Chart	Mobile repairing components	Electronics skill development Lab
10	Dr. Aditya kumar singh pundir	Chart	Junction filed effect transistor	ED Lab
11	Er. Heena gupta	Chart	Cathode ray oscilloscope	EMI Lab
12	Dr. Aditya kumar singh pundir	Chart	MOSFET	ED Lab
13	Er. Narendra kumar swami	Chart	Emitter follower	ED Lab
14	Dr. Aditya kumar singh pundir	Chart	Electronics incubation and design center	INCUBATION & DESIGN CENTER
15	Dr. Aditya kumar singh pundir	Chart	Digital ICs	VLSI Embedded Design Lab
16	Dr. Rahul shrivastava	Chart	Internet of thing, Prototype developed,machine learning application development	IoT Lab
17	Dr. Aditya kumar singh pundir	Chart	Main application of machine learning, future application of connitive intelligence	IoT Lab
18	Er. Amit sharma	Chart	Artificial intelligence	AI & Robotics Lab
19	Dr. Rahul shrivastava	Chart	Project conponents ,sensor,modules	AI & Robotics Lab
20	Dr. Hemant kumar gupta	Chart	Ai technologies for intelligent process automation, ai and ml tools and technologies	AI & Robotics Lab
21	Dr. Rahul Srivastava	Chart	Embedded system	AI & Robotics Lab
22	Dr. Aditya kumar singh pundir	Chart	Cr-10 3D printer	AI & Robotics Lab
23	Dr. Ankit gupta	Chart	Cr-105 Creality V2.0 Wiring/ 3D image scanner	AI & Robotics Lab
24	Dr. Rahul shrivastava	Chart	Patents field on robotics project	AI & Robotics Lab
25	Er. Vinita mathur	Chart	Technologies used in artificial robots (artificial intelligence, inertial measurement unit, ardiono uno)	AI & Robotics Lab
26	Er. Amit sharma	Chart	Technologies used in artificial robots ( bluetooth module, raspberry pi, zigbee module, l298 dc motor driver)	AI & Robotics Lab
27	Er.Ankit gupta, Er. Umesh Sharma	Chart	Projects designed in robotics lab (android controlled robotics arm, hexapd robot)	AI & Robotics Lab
28	Er. Rohitash chouhan	Chart	Projects designed in robotics lab ( Turtlebot robot, war field robot with night vision camera, unmanned aircraft vehicle)	AI & Robotics Lab
29	Er. Rohitash chouhan	Chart	Robotics architecture	AI & Robotics Lab
30	Er Sachin Chauhan	Chart	A,I application, AI Robotics	AI & Robotics Lab
31	Dr. Rahul shrivastava	Chart	Machine Learning Road Map	AI & Robotics Lab
32	Er.prashant mathur	Chart	Fuctional block diagram of 8254 timer	Microcontroller Lab
33	Er. Heena gupta	Chart	Block diagram of interrupt controller	Microcontroller Lab
34	Er.prashant mathur, Er. Navedeep dhaliwal	Chart	Internal architecture of 8085	Microcontroller Lab
35	Er. Ankita gupta	Chart	Pin diagram of 8051,Block diagram ARM7	Microcontroller Lab
36	Dr. Rahul shrivastava, Er. Vinita mathur	Chart	Operation of DMA controller in a microprocessor system, architecture of 8255 PPI	Microcontroller Lab
37	Dr. rajesh purohit	Chart	Asynchronous counter, 4-bit ripple carry adder	Digital system design Lab
38	Er. Rakesh sharma	Chart	Basic logic gates with truth table, universal gates	Digital system design Lab
39	Er. Anita mudgal	Chart	Half address, full adder circuit	Digital system design Lab
40	Er. Rakesh sharma	Chart	Synchronous counter, types of flip and their working 1-1	Digital system design Lab
41	Dr. shruti pancholi	Chart	Relation of power with other disciplines, what is power electronics	Power electronics Lab
42	Er. Sachin chauhan	Chart	Block diagram of power electronics based system, classification of power semiconductor device	Power electronics Lab
43	Er. Arjun vijoriya	Chart	Chart of electromagnetic spectrum	Microwave Lab
44	Dr. kirti vyas	Chart	Waveguide components gallery	Microwave Lab
45	Dr. kirti vyas	Chart	Twt and power supply	Microwave Lab
46	Dr. kirti vyas	Chart	klystron	Microwave Lab
47	Dr. kirti vyas	Chart	Microwave test bench (klystron based setup, gunn based setup)	Microwave Lab
48	Dr. kirti vyas	Chart	Setup for antenna measurement	Microwave Lab
49	Dr. Aditya kumar singh pundir	Chart	Diode,zener diode, LED,LDR	ED LAB
50	Er. Devendra soni, Er. Heena Gupta	Chart	Know your oscilloscope	Microwave Lab, EMI Lab
51	Er. Ankita gupta, Dr. Aditya kumar singh pundir	Chart	Linear variable differential transformer	EMI Lab
52	Er. Heena gupta	Chart	Pressure sensing device	EMI Lab
53	Dr. Aditya kumar singh pundir	Chart	Unijuction transistor (UJT), field effect transistor(FET), varactor diode, tunnel diode	ED Lab
54	Er. Ankita gupta	Chart	Automatics gain control	PE Lab
55	Dr. Aditya kumar singh pundir, Dr. rajesh purohit	Chart	Block diagram of super heterodyne	Microwave Lab
56	Dr. Aditya Kumar Singh Pundir	Chart	Amplitude shift key block diagram	Communication Lab
57	Dr. Rahul shrivastava	Chart	Cyclone epic6q240(up-3) kit	VLSI Embedded Design Lab
58	Dr. Aditya kumar singh pundir	Chart	Diode clipper and clamper	ED Lab
59	Er. somya	Chart	De2-115 development board	VLSI Embedded Design Lab
60	Dr. Aditya kumar singh pundir	Chart	Aria 10 development board	VLSI Embedded Design Lab
61	Er. Rohitash chouhan	Chart	Structure and region mosfet	ED Lab
62	Er. Narendra kumar swami	Chart	High pass filter/ active filter	ED Lab
63	Er. Manish kumar gupta	Chart	Spartan III EPGA trainer kit xc3s400,pq208-5	VLSI Embedded Design Lab
64	Dr. Rahul shrivastava	Chart	Vlsi design	VLSI Embedded Design Lab
65	Dr. Aditya kumar singh pundir	Chart	Clipper and clamper	ED Lab
66	Er. Amit sharma	Chart	Types of switches	Electronics Skill Development Lab
67	Er. Heena gupta	Chart	Transistors	Electronics Skill Development Lab
68	Er. Heena gupta	Chart	Block diadram of cro	EMI Lab
69	Er. Heena gupta	Chart	Internal functioning of multimeter	Electronics Skill Development Lab
70	Er. Vinita mathur	Chart	Type of diodes	Electronics Skill Development Lab
71	Er. Heena gupta	Chart	Digital logic gate symbals	Electronics Skill Development Lab
72	Er. Sachin chauhan	Chart	Color coding of resistor	Electronics Skill Development Lab
73	Er. Devendra soni	Chart	Frequency shift keying block diagram	Analog and Digital Communication Lab
74	Dr. yogesh bhomia / Er. Arjun vijoriya	Chart	Phase shift keying block diagram	Analog and Digital Communication Lab
75	Dr. Rahul shrivastava	Chart	Internal structure of led	Optical fiber communication Lab
76	Er. Sachin chauhan	Chart	Optical fiber communication ( different cable specification fusion splicing machine)	Optical fiber communication Lab
77	Dr. Hemant gupta, Er. Vinita mathur	Chart	Different components of OFC lab	Optical fiber communication Lab
78	Dr. Hemant gupta	Chart	Principle of led	Skill Development Lab
79	Dr. Rahul shrivastava, Dr. hemant gupta	Chart	Application of led	Skill Development Lab
80	Er. Vinita mathur	Chart	Led manufacturing machine	Skill Development Lab
81	Er. Neha goyal, Er. Sandeep	Chart	Overview of analogy system design kit	Analog System Design Lab
82	Er. Sandeep	Chart	Ez-430-chronos feature overview and menu structure	Analog System Design Lab
83	Er. Neha goyal	Chart	Name of experiments conducted using kits and ez-430 chronos developents	Analog System Design Lab
84	Dr. kirti vyas	Chart	Ez-430 chronos software flow chart	Analog System Design Lab
85	Dr. kirti vyas, Er. Amit sharma	Chart	Flow chart of wireless update software of access point on ez-430 chronos wrist modules	Analog System Design Lab