1course file (ec-2)

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Course File

GGCT

Gyan Ganga College of

Technology

COURSE FILE

Year: 2012

Sem: 8th

Name of the faculty : Abhishek Sharma

Designation : Lecturer

Department : EC

Name of the Subject : Nanoelectronics

Semester : 8th (EC)

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GGCT


Technology

STATUS PAPER

Year:

Sem: Even/odd

Page No. 1

NAME OF THE FACULTY : Abhishek Sharma

SUBJECT : Nanoelectronics

SUBJECT CODE : EC-803

BRANCH : EC

1. TARGET PREVIOUS YEAR

a)% Pass 100% % Pass 95%

b) % I class 78% % I class 64%

2. COURSE PLAN

(Please write how you intend to cover the contents: i.e., coverage of Units by Lectures,

design exercises, solving numerical problems, demonstration of models, model

preparation, or by assignments, etc.)

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GGCT


Technology

STATUS PAPER

Year: 2012

Sem: Even

Page No. 2

3. METHOD OF EVALUATION:

3.1 MID SEMESTER EXAMINATION

3.2 ASSIGNMENTS

3.3 QUESTION IN THE CLASS ROOM

3.4 QUIZ

3.5 OTHERS

4. List out any new topics or any innovation you would like to introduce in teaching the

subject in this semester.

Signature of HOD Signature of Faculty

Date Date

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Technology

GUIDELINES TO

STUDY THE SUBJECT

Year:

Sem: Even

Page No. 3

1. NAME OF THE FACULTY : Abhishek Sharma

2. NAME OF THE SUBJECT : Nanoelectronics

3. SUBJECT CODE : EC-803

4. BRANCH : EC

5. GUIDELINES TO STUDY THE SUBJECT

Nanotecnology refers to any technology that uses nanoscopic objects or devices, i.e., devices

on the order of nanometer.

This subject is divided into five parts.

The first part, fundamental of nanoscopic physics, introduces some of the basic ideas underling

nanoscopic phenomenon including wave and particle concepts, quantum principles, charge

confinement, solid state materials etc.

Second part is based on the basic ideas of q-dots, q-wires and q-wells. These are needed to

study fairly broad classes of nanoelectronics. And how electron transport migrate from classical to

quantum, means concept of tunneling.

Third part include SED (single electron device) and coulomb blockage. Single electron devices

include single electron transistor, this relies on the movement of single electron (few electrons)

movement.

Forth part include many transport phenomenon at nanoscale including ballistic transport and

application of this in semiconductor quantum dot, well and wires.

Last past will give the brief explanation of various fabrication technology for nanoscale

devices.

Signature of Faculty

Date

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Technology

COURSE OBJECTIVES

&LEARNING OUTCOMES

Year: 2012

Sem: Even

Page No. 4


2. NAME OF THE SUBJECT/ COURSE : Nanoelectronics


4. BRANCH : EC

5. COURSE OBJECTIVES :

1. A complete discussion of fundamentals of nanoelectronics will discuss in this subject.

2. “Nanoelectronics,” introduces the fundamentals of q-dots, q-wells, q-wires.

3. Basic terminology and numerical representations that are used throughout Nano systems

design are presented as well.

4. Basic terminology and numerical representations that are used throughout digital systems

design are presented as well.

5. This subject will cover the realization of Transport at nanoscale.

6. To design and Mathematical solution of Single electron transistor (SET).

7. To learn and analysis and design of Nano circuits.

8. This will give us brief knowledge about how a counter is essentially a register that goes

through a predetennined sequence of states.9. Trade-offs of various memory technologies.


Date

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Technology

PEO’s

Year:

Sem: Even

Page No. 5


2. NAME OF THE SUBJECT/ COURSE : Nanoelectronics


4. BRANCH : EC

6. PEO’s :

Objective A B C D E F G H I J K

1. X X X X

2. X X X

3. X X X X X

4. X X X X

5. X X X X

6. X X

7. X X X X X X8.

9. X X X


Date

6



GGCT

Gyan Ganga College of Technology

SCHEDULE OF

INSTRUCTIONS

Year:

Sem: Even/odd

Page No. 11

NAME OF THE FACULTY : ABHISHEK SHARMA

NAME OF THE SUBJECT: NANOELECTRONICS

SUBJECT CODE:EC-803

BRANCH: EC

Actual Date of Completion & Remarks, if any

Unit 1

Unit 2

Unit 3

Unit 4

Unit 5


Date Date

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Technology

Assignment

Year:

Sem: Even/odd

Page No. 12

Assignment / Questions

Q.1

Q.2

Q.3

Q.4

Q.5

Q.6


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Technology

Assignment

Mapping

Year:

Sem: Even

Page No. 13

Assignment / Questions

Assignment A B C D E F G H I J

1. X X X

2. X

3. X X X X X

4. X X X X5. X X X X X X


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Technology

Tutorial Sheet

Subject: Nanoelectronics

Year: 2012

Sem: Even

Page No. 14

This tutorial corresponds to Unit No.____1___

Q.1

Q.2

Q.3

Q.4

Q.5

Tutorial

Unit-1

A B C D E F G H I J

1. X X

2. X X X X X

3. X X X X X

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4. X X

5. X X X X X X


Date DateGGCT


Technology

Assignment Sheet

Subject: Nanoelectronics

Year: 2012

Sem: Even/odd

Page No. 15

This Assignment corresponds to Unit No.___2___ Date:

Q.1

Q.2

Q.3

Q.4

11




Date Date

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Technology

Assignment Sheet

Subject:_______________

Year:Sem: Even/odd

Page No. 16

This Assignment corresponds to Unit No.____3___ Date:

Q.1

Q.2

Q.3

Q.4

Q.5

Tutorial

Unit-3

A B C D E F G H I J

1. X X X

2. X X X X X

3. X X X X

4.

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5.


Date Date

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Technology

Assignment Sheet

Subject:_______________

Year:

Sem: Even/odd

Page No. 17

This Assignment corresponds to Unit No.___4____ Date:

Q.1

Q.2

Q.3

Q.4

Q.5

13



Tutorial

Unit-4

A B C D E F G H I J

1. X X

2. X X X X X

3. X X

4. X X X5. X X X X X


Date Date

GGCT


Technology

Assignment Sheet

Subject:_______________

Year:

Sem: Even/odd

Page No. 18

This Assignment corresponds to Unit No.___5____ Date:

Q.1

Q.2

Q.3

Q.4

14



Q.5

TutorialUnit-1

A B C D E F G H I J

1. X X

2. X X X X

3. X X X X

4. X

5. X X X X X X

Signature of HOD Signature of FacultyDate Date

15

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