Applied Electronics and Instrumentation
Department of Applied Electronics & Instrumentation Engg.(Intake40):
About of the Department:

The Department of Applied Electronics and Instrumentation Engineering was introduced in the year 1971.
The department offers 3years Diploma course in Applied Electronics and Instrumentation.
The objective of the department is to train the students in the multi visionary area of instrumentation covering various areas Electronic, Electrical, Mechanical and Optoelectronics.
The students get exposure to Industrial Instrumentation so as to take up responsibilities in various industries as Instrumentation Engineers.
The mission of the department is to fulfil the needs of industry by providing trained human resources.
VISION :

To produce efficient professional in applied electronics & instrumentation engineering and other allied area’s with update technical knowledge to meet the challenges of society in relevant sector.

M1To provide the student competent in applied electronics and instrumentation engineering with societal, environmental and human values through quality education, training.
M2Provide knowledge of basic science, applied mathematics, instrumentation technology and communicative skills to identify and solve problems related to Applied Electronics and Instrumentation engineering.
M3To enable the students to acquire various parameter measurement and automatic control technology used for industrial automation and inculcate quality of leadership, mentorship &teamwork in collaboration with parents, alumni & industry.
PROGRAM EDUCATIONAL OBJECTIVES (PEOs):

PEO1To provide students with a solid foundation in basic science, electrical, electronics, instrumentation and interdisciplinary subjects that is necessary to excel in professional career, entrepreneur and/or higher education.
PEO2To prepare students to meet the needs and face the challenges of real life as well as industry automation and digitalization in terms of technical, economic and social feasibility.
PEO3To inculcate professionalism, communication skills, attitudes, team work and to adapt to the current trends by engaging in lifelong learning.
PEO4To utilize the technology of Applied Electronics & Instrumentation in all relevant fields as per need.
PROGRAM OUTCOMES:
List of Program Outcomes:

PO1Engineering knowledge:Apply the knowledge of mathematics, science, engineering fundamentals, and basic computer application to the solution of various problems in domestic, industry and medical field.
PO2 Problem analysis: Identify, formulate, simulate, and analyze various technical problems reaching substantiated conclusions using first principles of mathematics, sciences, and core engineering.
PO3 Design/development of solutions:find solutions for technical problems and design system components or processes that meet the specified needs with taking proper care for the public health, safety, cultural, societal, and environmental considerations.
PO4 Modern tool usage:Create platform to, select, and apply appropriate techniques, resources, and advanced engineering and IT tools for prediction and modeling to various engineering activities with an understanding of the limitations.
PO5 The engineer and society:Apply rule based engineering knowledge in to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
PO6 Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
PO7 Individual and team work:Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
PROGRAMME SPECIFIC OUTCOMES:
List of PSO’s

PSO1Have an ability to select, install, operate, calibrate and maintain various instruments with utmost safety.
PSO2Get fruitful result has an ability of Automation technology to apply in the instrumentation field for Process industry.
PSO3Apply the instrumentation & process automation technology for financial, personality development & dedication towards society with honesty.
STAFF PROFILE
SL.NO.  NAME OF THE STAFF  DESIGNATION  QUALIFICATION  EXPERIENCE (IF ANY)  MOBILE NO.  MAIL ID  PHOTOGRAPH 

1 
Sri Sangram Kishore Mohanty 
Sr. lecturer 
M.TECH in Inst. & Cont. 
30 years 
9437740256 
sangrammonty490@gmail.com 

2 
Sri Shishir Kumar Sahoo 
LECTURER 
B.Tech. in Electronics & Instrumentation 
18 years 
94380140573 
sahooshishir63@gmail.com 

3 
Sri Sidharth Sekhar Mallick 
LECTURER 
B.Tech in AE&I 
3 years 
8018552294 
Sirdharthmallick13@gmail.com 

4 
Miss Rachita Mohanty 
Guest Faculty 
M.Tech.in Instrumenta tion & Control 
4 years 
8763061207 
mohanty_rachita @yahoo.com 

5 
Smt. Sagarika Mohanty 
Guest Instructor 
Diploma in ETC 
4 years 
7008152116 
sagarikamohanty1410@gmail.com 

6 
Sri Prafulla Kumar Behera 
Lab Attendant 
under matric 
30 years 
9778001688 
prafulla123@gmail.com 
LABORATORIES WITH PHOTOGRAPHS :
NAME OF THE LABORATORY:
CIRCUIT THEORY LABORATORY
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Measurement of Resistance,Voltage, Current in A.C & D. C. Circuit by using digital Multi meter & Clamp meter 

2 
Verification of Super positions Theorem, Thevenin’s Theorem, Norton’s Theorem, Milliman’s Theorem, Maximum power theorem 

3 
Determine resonant frequency of series RL, RC, RLC circuit and study the quality factor and bandwidth. 

4 
Determine the resonant frequency ,Q factor & Band width of parallel resonant circuit 

5 
Determine the time constant of RLC circuit and analysis the transient response (rise time, overshoot, and damping factor from the oscilloscope) 

6 
Study of Low Pass filter and determination of cutoff frequency. 

7 
Study of High Pass filter and determination of cutoff frequency. 

8 
Study of Band pass Filter and Band Elimination Filter and determination of its cutoff frequency. 

9 
Determination of Parameters of Two Port Network (T & Y) 

10 
Design attenuator circuit (pie or T) 

DIGITAL ELECTRONICS LAB
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Familiarization of Digital Trainer Kit & Digital ICs IE 7400, 7402, 7404, 7408, 7432 & 7486.(draw their pin diagram and features) 

2 
Verify truth tables of AND, OR, NOT, NOR, NAND, XOR, XNOR gates using ICs& simplifications of Boolean gates 

3 
Implement various gates by using universal properties of NAND & NOR gates verify and truth table tabulate data. 

4 
Construct & verify operation of Half adder and Full adder using logic gates. 

5 
Construct & verify operation of Half Subtractor and Full Subtractor using logic gates. 

6 
Design &Implement a 4bit Binary to Gray code converter. 

7 
Design & Implement a Single bit/ two bit digital comparator circuit 

8 
Design Multiplexer (4:1) and De multiplexer (1:4). 

9 
Study the operation of flipflops (i)SR flip flop (ii) JK flip flop (iii) D flip flop (iv) T flip flop 

10 
Realize a 4bit asynchronous UP/Down Counter 

ELEMENTS OF INSTRUMENTATION LABORATORY
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
(a) To study & measurement of using CRO. Voltage frequency & component testing. (b) Multimeter measurement voltage current, resistance, components of testing & calibration. 

2 
To study of electric sensing device 

3 
To study of elastic, thermal, force & vibration sensor. 

4 
To study of piezo electric, thermoelectric, photoelectric transducer. 

5 
To study of variable resistance (resistance versus voltage& variable capacitance types measurement 

6 
To study about spectrum Analyzer 

7 
To study of LVDT & measurement Displacement versus voltage 

8 
To study about simple microscopes, photographic, camera 

9 
To study about optical fiber. 

10 
To study about slide projector/ overhead projector. 

MICROPROCESSOR & MICROCONTROLLER
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Addition, Subtraction, Multiplication, Division of two 8 bit numbers resulting 8/16 bit numbers. 

2 
1’’s and 2’s Complements 

3 
Binary to Gray Code / Hexadecimal to decimal conversion. 

4 
Logic Operations (AND, OR,) & Masking of bits 

5 
Addition, subtraction, Multiplication, Division of 16 bit nos + 2's complement of a 16 bit no. 

6 
Marking of specific bit of a number using lookup table 

7 
Largest /Smallest number of a given data array. 

8 
Operation of 8255 using 8085 & 8051 microcontroller 

9 
Study of stepper Motor and its operations (Clockwise, anticlockwise, angular movement, rotate in various speeds) 

10 
Initialize data to registers and memory using immediate, register, direct and indirect addressing mode 

11 
Write a Program for 2.1 Bit Digital Output LED Interface & 8 Bit Digital Inputs (Switch Interface) 

12 
Write a Program for character based LCD Interface 

INDUSTRIAL MEASUREMENT AND INSTRUMENTATION LAB1
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Measurement of temperature using thermometers. 

2 
Measurement of temperature using RTD. 

3 
Measurement of temperature using thermocouple. 

4 
Measurement of furnace temperature using optical pyrometer. 

5 
Measurement of liquid level. 

6 
Measurement of flow using rotameter. 

7 
Experiment with LVDT. 

8 
Measurement using stain gauge. 

9 
Study of piezo electric transducer. 

10 
Measurement of force using load cell 

LINEAR INTEGRATED CIRCUIT AND ITS APPLICATION LAB
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Determine the Forward & reverse characteristics of any two types Diode. 

2 
Construct Bridge Rectifier using different filter circuit and to determine Ripple factor & Analyze wave form with filter & without filter of above circuit 

3 
Observe the input and output characteristics of CE & CB transistor configurations 

4 
Construct & test the Transistor regulator using Zener diode. 

5 
Study the two stage CE amplifier , find Gain & draw the frequency response curve. 

6 
Construct & Find the gain simple (i) Class A Amplifier. (ii) Class B Amplifier (iii) Class C Tuned Amplifier 

7 
Construct & test Class B Push Pull amplifier & observe the wave form . 

8 
Study & observe the Drain & Transfer characteristics of JFET & MOSFET 

9 
Study & Calculate the frequency & Draw the wave form of the followings (i) Hartly Oscillator (ii) Collpit’s Oscillator (iii) Wein Bridge Oscillator (iv) RC phase shift Oscillator 

10 
Study & test Astable, Monostable&BistableMultivibrator using OPAMP or IC 555. 

PROCESS CONTROL LAB
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Performance study of Differential Pressure transmitter. 

2 
Performance study of ON/OFF, P, PI, PID controller on flow process. 

3 
Performance study of ON/OFF, P, PI, PID Controller on pressure process 

4 
Performance study of ON/OFF, P, PI, PID Controller on Level process. 

5 
Performance study of ON. 

6 
Performance study of ON line Pressure process Analyzer. 

7 
Performance study of ON line Level process Analyzer. 

8 
Performance study of ON line FLOW process Analyzer 

9 
Performance study of DC position control using PID control action. 

10 
Performance study of I TO P Converter & P TO I Converter 

INDUSTRIAL MEASUREMENT AND INSTRUMENTATION LAB2
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Measurement of using strain Gauge 

2 
Measurement of using L.V.D.T and Draw the characteristics graph of Displacement versus voltage. 

3 
Measurement of using capacitive type Transducer and using circuit and the characteristics displacement Versus voltage. 

4 
To study of piezo electric Transducer. 

5 
To study about stroboscope. 

6 
To study of Hygrometer and Humidity measurement 

7 
Using measurement PH value of different solution. 

8 
Using Lab view software to design. 

9 
ON Line Temperature measurement method. 

10 
ON line pressure measurement method. 

BIOMEDICAL INSTRUMENTATION LAB
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Study of sensor and Transducer used in Bio Medical Application. 

2 
Performance study of Differential Amplifier used in BioMedical Instrumentation. 

3 
Performance study of BioMedical Amplifier System. 

4 
Performance Study of Electrocardiograph. 

5 
Performance Study of Electrocardiograph Recorder. 

6 
Performance Study of Pulse Rate counter with display. 

7 
Performance Study of Respiratory Recording 

8 
Performance Study of EEG amplifier 

9 
To study of operation and Maintenance of ECG Instrument. 

10 
Performance Study of Stethoscope. 

CONTROL SYSTEM AND SIMULATION LAB
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Using MATLAB Software : Introduction to MATLAB, Some basic problem based on Matrix mathematically such as (Addition, Subtraction, Multiplication, Division, Transpose using array and with out array. 

2 
To Generation of different types of signal (Sinewave , Cosine wave ,Triangular ,Square ,unit Impulse ,Unit Step and Unit Ramp ,Exponential using Continuous and Discrete ). 

3 
Write a program and using block diagram frequency of using the combination of RL, RC, and RLC Circuit and plot. 

4 
Write a program unit step response of 2nd order system. 

5 
To Response Pole and Zero using MATLAB & Write a program open loop Transfer function of a servo system with unity feedback and determination of damping ratio. 

6 
To write program for closed loop Transfer Function of a System. Determine Unit step Response % Of the system. 

7 
To write program unity feedback control system the forward path function. 

8 
Sketch the polar plot and Bode plot of Transfer Function. 

9 
Sketch root locus as given data . G(S)=K (S+1)/(S^2(S+3.2).Sketch the T.F of Nyquist plot of the system. 

10 
Using system equation a system input single output system .Test for controllability. 

PLC AND AUTOMATION LAB
SL.NO.  NAME OF THE EXPERIMENT  PHOTOGRAPH 

1 
Basic Logic Gates. Using Ladder logic using PLC. 

2 
Latching and unlatching using Ladder logic. 

3 
Different application pushButton. 

4 
Using different types Timer .Delay operation of Lamp by using Timer. 

5 
Using different types of Counter. 

6 
Sequential operation ON/OFF set of lights. 

7 
Traffic light indication using Ladder logic. 

8 
Automatic indication of Water Tank level 

9 
Alarm communication using SCADA. 

10 
Temperature sensing using SCADA 

SYLLABUS
QUESTION BANK(Important questions only)