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The microcontroller is designed for a specific task or to perform the assigned task repeatedly. Once the program is embedded on a microcontroller chip, it can’t be altered easily and you may need some special tools to reburn it. As per application, the process is fixed in microcontroller. Hence, the output depends on the input given by the user or sensors or predefined inputs.
The microprocessor is useful in very intensive processes. It only contains a CPU (central processing unit) but there are many other parts needed to work with the CPU to complete a process. These all other parts are connected externally.
The Mini Project is an integral part of the curriculum designed to provide students with hands-on experience in applying theoretical knowledge to practical problems. It bridges the gap between classroom learning and real-world applications, encouraging creativity, teamwork, and problem-solving skills.
- Teacher: Mr. Harsh Modi [CSE]
Evaluation of MINI project is done BY following Rubrics
|
MOOC /Internship Certificate (20) |
Literature Review/ Research Work (20) |
Presentation (20) |
Viva (10) |
Attendan ce (10) |
Report (20) |
Submit your Internship/Seminar Report
In your Report, you have to mention your Coursera Certificates in the end .
If you belong to CPI-D category, then mention your mentor name in your Report.
Submit your Report (not ppt) named as your University Roll. no. (Ex. 1802940185)nothing else.
- Teacher: MR NITIN KUMAR [ICSE]
- Teacher: Dr. Surendra Kr Keshari [IT]
- Teacher: MS SURBHI VIJH [IT]
- Teacher: DR DEEPA [MBA]
- Teacher: DR MANI TYAGI [MBA]
- Teacher: DR MEENAKSHI TYAGI [MBA]
- Teacher: DR MRINAL VERMA [MBA]
- Teacher: DR NITIN GIRDHARWAL [MBA]
- Teacher: DR PRATEEK GUPTA [MBA]
- Teacher: DR PUJA ROSHANI [MBA]
- Teacher: DR R SRINIVASAN [MBA]
- Teacher: DR RANCHAY BHATEJA [MBA]
- Teacher: DR RUCHI SINGH [MBA]
- Teacher: DR SHIVANI AGARWAL [MBA]
- Teacher: MR AMIT KUMAR ARORA [MBA]
- Teacher: MS NEHA SINGH [MBA]
- Teacher: MS RENU SHARMA [MBA]
- Teacher: MS SAPNA YADAV [MBA]
NAS LAB (KEC-353)
At the end of this course students will
demonstrate the ability to:
1. Understand basics of electrical circuits with nodal and
mesh analysis.
2. Appreciate electrical network theorems.
3. Analyse RLC circuits.
4. Determine the stability of an electrical circuit.
5. Design network filters.
Non Destructive Subject for ME VIII sem students
- Teacher: Dr. Gaurav Srivastav [CSE(AI)]