COVENANT UNIVERSITY
2014|2015 ACADEMIC SESSION COURSE COMPACT
SCHOOL OF APPLIED ENGINEERING, COLLEGE OF
ENGINEERING
DEPARTMENT OF ELECTRICAL AND INFORMATION
ENGINEERING
Course Code: EIE524
Course Title: Cryptography Principle and Application, Units: 2 (Two)
Semester: Omega
Course Lecturer: Dr. Samuel Daramola
A. Brief Overview of Course
The aim of this course to provide understanding of network security and
how message can be encrypted and sent across unsecure network and
methods of decrypt message at receiver end without being intercepted by
intruders.
B. Course Objectives
At the end of this course, students will have a good understanding of the
following:

History of cryptography.

Various type of cryptosystem: stream, block cipher etc.

Classical cryptosystem.

Cryptanalysis attacks.

Asymmetric cryptographic algorithm.

Symmetric cryptographic algorithm.

Harsh function.

digital signature algorithms

Video encryption.
C. Teaching Aids and Lecture Delivery

Multimedia projection of PowerPoint slides of lecture materials

Interactive classroom sessions.

Question-and-answer sessions.
D. Course Outline
Module 1: An overview of application of cryptography
Week 1: History of Cryptography and definition of cryptography components.
Module 2: Types of Ciphers and Cryptanalysis.
Weeks 2&3: Transposition Ciphers, Substitution Ciphers, Product Ciphers,
Exponentiation Ciphers, Knapsack Ciphers.
Module 3: Symmetric versus Asymmetric Algorithms
Weeks 4: Block and Stream Ciphers.
Week5&6: Type of symmetric cryptosystems: Data Encryption Standard.
Advanced Encryption Standard (AES).
Module 4: Asymmetric Encryption Algorithms
Week 7: Public Key Cryptography.
Week8& 9: RSA, Elliptic Curve Cryptosystems (ECCs).
Module 5: Hash Functions and Data Integrity.
Week 10&11: Public Key Infrastructure (PKI) and Digital Signatures.
Week 12: Video scrabbling method.
Week 13: Revision.
E. Method of Grading:
 Continuous Assessment (30marks)

Class test 1 (10marks)

Mid-Semester tests (15marks)

Other assignments/quiz (5marks)
 End of Semester Examination (70marks)
F. Ground Rules & Regulations:
• Lateness to classes is not allowed.
• Browsing of internet when lecture is in progress is not allowed
• Eating, drinking, distraction is not allowed in the classroom.
G. Topics for Term Papers:
Term paper and assignment are given at end of each month.
H. Alignment with Covenant University Vision/Goals
The core values of the university will put into consideration in implementing
the course. The course will help to develop students’ potential to become an
expert thinker in network security management.
I. Contemporary Issues /Industry Relevance: Cryptography application is
very relevance in the development of data protection system and network
security industry. Applications of cryptography include ATM cards, computer
passwords, and electronic commerce.
J. Recommended Textbooks:

V.K. Pachghare: Cryptography and Information Security, PHI learning
Private Limited, New Delhi, 2010.

Katz, Jonathan and Yehuda Lindell: Introduction to Modern
Cryptography, CRC Press, 2007.

Douglas Robert Stinson, Cryptography: theory and practice, Chapman &
Hall/CRC, 2006.

Richard A. Mollin: An Introduction to Cryptography, Chapman &
Hall/CRC, 2000.
COVENANT UNIVERSITY
2013|14 ACADEMIC SESSION COURSE COMPACT
SCHOOL OF ENGINEERING AND TECHNOLOGY COLLEGE OF
SCIENCE AND TECHNOLOGY
DEPARTMENT OF ELECTRICAL AND INFORMATION
ENGINEERING
Course Code: EIE526
Course Title: Digital Image Processing (DIP), Units: 2 (Two)
Semester: Omega
Course Lecturer: Dr S. Adebayo Daramola
A. Brief Overview of Course
It is the aim of this course to provide understanding of processing digital
image and how different type of images can be enhanced and transformed
using digital processing techniques. The knowledge of signal and system is a
foundation requirement for transformation of image from one form into
another. Also application of engineering mathematics will be used to analysis
images.
B. Course Objectives
At the end of this course, serious students will have a good understanding of
the following:

Image sensing and formation

Digital image file format

Image representation

Sampling and quantization

Image enhancement

Segmentation and edge detection

Morphological operation.
C. Teaching Aids and Lecture Delivery

Multimedia projection of PowerPoint slides of lecture materials

Interactive classroom sessions.

Question-and-answer sessions.
D. Course Outline:
Module 1: an overview of imaging System
Week 1: Visible Light Imaging
Week2: Imaging beside visible range in Electromagnetic Spectrum
Module 2: Image acquisition
Week 3: Image formation model.
Week 4: Image sampling and quantization
Week 5: Image representation.
Module 3: Image analysis
Week 6: Image enhancement-Contrast stretching and histogram equalization.
Week 7:
features.
Spatial filtering, thresholding via histogram and binary image
Module 4: Morphological Filtering and Edge detection
Week 8: Basic morphological algorithms: Erosion, dilation, thinning etc
Week 9: Edge and line detection- sobel, prewitt, canny etc
Module 5: Discrete Transform and wavelet Transform
Week 10: Fourier transform, cosine transform etc.
Week 11: Wavelet transforms- Haar
Week 12: Revision
E. Method of Grading:
Continuous Assessment (30marks)

Class test 1 (10marks)

Mid-Semester tests (15marks)

Other assignments/quiz (5marks)

End of Semester Examination (70marks)
F. Ground Rules & Regulations:
• Lateness to classes is not allowed.
• Browsing of internet when lecture is in progress is not allowed
• Eating, drinking, distraction is not allowed in the classroom.
G. Topics for Term Papers:
Term paper and assignment are given at end of each month.
H. Alignment with Covenant University Vision / Goals
The core values of the University are put into consideration in implementation
of the course. The course will serve to build the capacity of students in order to
become an expert thinker in science of signal and system.
I. Contemporary Issues / Industry Relevance: Digital image processing is
very relevance in law enforcement and security sector to obtain biometric
image features for object identification.
Also application of digital image
processing is very relevant in medicine, entertainment industry where
quality image are paramount for successful operation.
J. Recommended Text:

Scott E Umbaugh, Computer Imaging: Digital Image Analysis and
Processing, A CRC press book.

Rafael C. Gonzalez and Richard E. Woods, Digital Image Processing,
Pearson International Edition, Third edition 2008.

Dag Stranneby and William Walker, Digital Signal Processing and
applications, newness press, 2nd edition 2004.
COVENANT UNIVERSITY
2013|2014 ACADEMIC SESSION COURSE COMPACT
SCHOOL OF ENGINEERING AND TECHNOLOGY COLLEGE OF
SCIENCE AND TECHNOLOGY
DEPARTMENT OF ELECTRICAL AND INFORMATION
ENGINEERING
Course Code: EIE517
Course Title: Applied Electronics, Units: 3 (Three)
Semester: Alpha
Course Lecturer: Dr S. Adebayo Daramola
A. Brief Overview of Course
This course is basically to explain the principle operation and designing
of electronic circuits and communication systems from the transmitting
point to the receiver end, adding the knowledge of the transmission lines
from the previous study.
B. Course Objectives
At the end of this course, students are expected to:

Explain the operation of tuned circuits.

Learn how to design a series and parallel tuned circuits.

Explain the operation rf amplifiers.

Learn how to design a small signal rf amplifier.

Explain the parameters used to characteristic a power
amplifier.

Learn how to design two port oscillators.

Know application of PLL.

Explain video signal and bandwidth.
C. Teaching Aids and Lecture Delivery

Multimedia projection of PowerPoint slides of lecture materials

Interactive classroom sessions.

Question and answer sessions.
D. Course Outline:
Module 1
Radio frequency tuned circuits
Week 1
Resonance, circuit Q and bandwidth
Week 2
Coupling tuned circuits
Module 2
Week 3
Week 4
Module 3
Radio frequency amplifiers
Small signal rf amplifier
Neutralization and impedance matching network
Power rf amplifier
Week 5
Broadband amplifier circuit and Class test
Week 6
IF amplifier circuit and feedback techniques
Week 7
Mid-Term Test
Week 8
Scattering parameter and amplifier stability
Week 9
Power amplifier and power gain circles
Module 4
Microwave oscillator
Week 10
One and two port oscillators circuit design
Week 11
Voltage controlled oscillator and Phase-locked loop
Module 5
Week 12
Week 13
Video and Audio System
Video signal - bandwidth and resolution.
Revision.
E. Method of Grading:
 Continuous Assessment (30marks)



Class test 1 (10marks)
Mid-Semester tests (15marks)
Other assignments/quiz (5marks)
 End of Semester Examination (70marks)
F. Ground Rules & Regulations:
• Lateness to classes is not allowed.
• Browsing of internet when lecture is in progress is not allowed
• Eating, drinking, distraction is not allowed in the classroom.
G. Topics for Term Papers:
Term paper and assignment are given at end of each month.
H. Alignment with Covenant University Vision/Goals
The core values of the University are put into consideration in implementation
of the course. The course will serve to enrich the students to become an expert
thinker in designing power- electronic communication systems.
I. Contemporary Issues/Industry Relevance:
Applied electronic in very
relevance in power, communication and computer related industries.
Application of this course is needed in electronic component and circuit
designing companies and also in entertainment industry where high quality
electronic systems are paramount for successful operation.
J. Recommended Text:

R S Sedha, Text Book of Applied Electronics S. Chand, 2008.

R S Sedha and B L Theraja, Principles Of Electronic Devices & Circuits
Analog & Digital, S Chand & Company Ltd, 2005.

Louis E. Frenze, Principles of Electronic Communication systems,
Glencoe/McGraw-Hill.

Schucler
Charles,
Electronics,
principles
and
application,
Glencoe/McGraw-Hill.
COVENANT UNIVERSITY
2013|2014 ACADEMIC SESSION COURSE COMPACT
SCHOOL OF ENGINEERING AND TECHNOLOGY COLLEGE OF
SCIENCE AND TECHNOLOGY
DEPARTMENT OF ELECTRICAL AND INFORMATION
ENGINEERING
PROGRAMME: ELECTRICAL AND ELECTRONICS ENGINEERING
Course Code: EEE51O
Course Title: Control Engineering, Units: 3 (Three)
Semester: Alpha
Course Lecturer: Dr S. Adebayo Daramola
A. Brief Overview of Course
This course is basically to explain the structure of a control system.
Mathematical model of the system is obtained by evaluate the system
response. The knowledge of the mathematical model and the input signal
are used to the output of the system.
B. Course Objectives
At the end of this course, students are expected to know:

Mathematical model of physical system.

Transfer function of control system.

State space representation.

State space equation.

State model of SISO, MIMO systems.

Concept of state controllability and observability.

Sampled data control system.

Non-linear control system.
C. Teaching Aids and Lecture Delivery

Multimedia projection of PowerPoint slides of lecture materials

Interactive classroom sessions.

Question and answer sessions.
D. Course Outline:
Module 1
Mathematical model of control system
Week 1
Differential equation of physical systems.
Week 2
Transfer function and Laplace transform.
Module 2
Week 3
Week 4
Modern Control system
State variable representation of systems.
Solution of state space equations.
Week 5
Transfer function from state variable model.
Week 6
Controllability & observability of state variable model.
Week 7
Mid-term test
Module 3
Sampled data control systems
Week 8
Discrete –time system using differences equation and Z-transform.
Week 9
Stability of discrete – time control systems.
Week 10
systems.
Pulse transfer function, state variable formulation of discrete time
Module 4
Non-linear control systems
Week 11
Introductory aspects of non-linearity.
Week 12
Taylor series, Liapunov’s 2nd method.
Week 13
Revision.
E. Method of Grading:
 Continuous Assessment (30marks)

Class test 1 (10marks)


Mid-Semester tests (15marks)
Other assignments/quiz (5marks)
 End of Semester Examination (70marks)
F. Ground Rules & Regulations:
• Lateness to classes is not allowed.
• Browsing of internet when lecture is in progress is not allowed
• Eating, drinking, distraction is not allowed in the classroom.
G. Topics for Term Papers:
Term paper and assignment are given at end of each month.
H. Alignment with Covenant University Vision/Goals
The core values of the University are put into consideration in implementation
of the course. The course will serve to enrich the students to become an expert
thinker in determine structure of control systems.
I. Contemporary Issues/Industry Relevance:
Control engineering in very
relevance in Mechatronic and Computer related industries. Application of
this course is needed in determine stability, controllability and other
designing parameters of control systems in industries where efficiency of
plants is paramount for success operation.
J. Recommended Textbooks:

C.O Oroge, Introduction to Advance Control Systems – a simplified
approach, Clemol publishers, 2003.

M.Gopal, Modern Control Theory, Wiley International.

J.E.Slotine & W.P.Li, Applied non-linear control , Prentice Hall, USA,
CURRICULUM VITAE
Personal Data
Name: Daramola Samuel Adebayo
Sex: Male
Date of Birth: 20th September, 1971
Place of Birth: Owo
State: Ondo
Marital Status: Married
Number of Children: Four
Contact Address: EIE, Covenant University Ota
Residential Address: God’s Mercy lane, Eledi Rd Ota
E mail: dabaslectcu@gmail.com, sam.daramola@covenantuniversity. edu.ng
Educational History
S/N
Degree level
Type
Year
Grade
Institution
a
1st Degree
B.Eng
1997
21
Ondo State University AdoEkiti (Now Ekiti State
University Ado-Ekiti)
b
2nd Degree
M.Eng
2002
c
3rd Degree
PhD
2008
4.25
University of Port Harcourt
Covenant University CanaanLand Ota
d
PGD
Theology 2010
Distin
ction
Redeemed Christian Bible
College.
Teaching Quality
S/N
Name
From To Begin
End Status
Status
a
University
Covenant
2003
-
A/L
-
University
Canaan-Land Ota
b
c
Favourite
Applied
teaching
Electronics
course
(EIE517)
Skill and
Computer
facilities
programming in
Image processing
Scholarship
Journals
(1) Daramola Samuel and Ibiyemi Samuel (2010) “Novel feature extraction
technique for off-line signature verification system”, International
Journal of Engineering Science and Technology Vol. 2(7), pp 3137-3143,
ISSN: 0975-5462.
(2) S.A Daramola and T.S Ibiyemi (2010) “Efficient on-line signature
verification system” International Journal of Engineering & Technology
IJET-IJENS Vol: 10 No: 04 pp48-53, 1110701-8282.
(3) S.A Daramola and
T.S Ibiyemi (2010) “Person Identification System
using Static-dynamic Signatures Fusion”, International Journal of
Computer Science and Information Security, Vol. 8, No. 6, pp88-92,
ISSN 1947-5500.
(4) S.A Daramola and T.S Ibiyemi (2010) “Dynamic Signature Verification
System Using Statistics Analysis”, International Journal on Computer
Science and Engineering Vol. 02, No. 07, pp 2466-2470, ISSN: 09753397.
(5) S. Adebayo Daramola and T. Samuel Ibiyemi (2010) ”Offline Signature
Recognition using Hidden Markov Model(HMM)”, International Journal
of Computer Applications Volume 10– No.2, , pp17-22, (0975 – 8887).
(6) E. Adetiba, J. C. Ekeh, V. O. Matthews, S.A. Daramola and
M.E.U.
Eleanya (2011) “Estimating An Optimal Backpropagation Algorithm for
Training An ANN with the EGFR Exon 19 Nucleotide Sequence: An
Electronic Diagnostic Basis for Non–Small Cell Lung Cancer(NSCLC)”,
Journal of Emerging Trends in Engineering and Applied Sciences
(JETEAS) 2 (1): 74-78 © Scholarlink Research Institute Journals, ISSN:
2141-7016.
(7) E. Adetiba, V.O. Matthews, S.A. Daramola, I. A. Samuel, A. A. Awelewa,
M. E.U. Eleanya (2011) “Nomadic Base Station (NBS): a Software
Defined Radio (SDR) based Architecture for Capacity Enhancement in
Mobile
Communications
Networks”,
International
Journal
of
Engineering & Technology IJET-IJENS Vol: 11 No: 01 (1110701-8282).
(8) Samuel Adebayo Daramola and Oladejo Daniel Oluwaninyo (2011)
“Automatic Ear Recognition System using Back Propagation Neural
Network”, International Journal of Video & Image Processing and
Network Security IJVIPNS-IJENS Vol: 11 No: 01 pp 28-32, (1180013232).
(9) S. Adebayo Daramola, E. Adetiba, A. U. Adoghe, J. A. Badejo, I. A
Samuel and T. Fagorusi (2011) “ Automatic vehicle Identification system
using license plate”, International Journal of Engineering Science and
Technology , IJEST Vol. 3 No. 2, pp 1712-1719, ISSN : 0975-5462.
(10) S. A Daramola and C. N Nwankwo (2011) “Algorithm for Fingerprint
Verification System”, Journal of Emerging Trends in Engineering and
Applied Sciences (JETEAS) 2 (2): 355-359 © Scholarlink Research
Institute Journals, ISSN: 2141-7016.
(11) A.U Adoghe, C.O.A Awosope and S.A. Daramola (2012) “Modeling
Distribution Component Deterioration: An application to Transformer
Insulation” Advanced Materials research Vol. 367(2012) pp117-123.
(12) S. Adebayo Daramola and O. Sandra Odeghe (2012). “Efficient face
recognition system using Artificial Neural Network”, International Journal
of Computer Applications, Volume 41, No21, pp12-15, (0975 – 8887).
(13) A.U Adoghe, C.O.A Awosope and S.A Daramola (2012) “Critical review of
the reliability centred maintenance (RCM) for Asset management in
Electric power”, International Journal of Electrical, Engineering and
Computer System (IJET-UK), Vol.2, No.6, pp1020-1026.
(14) Ibiyemi T.S, Ogunsakin J and Daramola S.A (2012) “Bi-Modal Biometric
Authentication
by
Face
Recognition
and
Signature
Verification”,
International Journal of Computer Applications (0975 – 8887). Volume 42,
No20, pp17-21.
(15) S.A Daramola, Tola Sokunbi and A.U Adoghe (2013) “Fingerprint
Verification System Using Support Vector Machine”, International Journal
on Computer Science and Engineering Vol. 05, No. 07, pp 678-683, ISSN:
0975-3397.
(16) Emmanuel Adetiba, F. A. Ibikunle, S. A. Daramola, A. T. Olajide (2014)
“Implementation of Efficient Multilayer Perceptron ANN Neurons on Field
Programmable Gate Array Chip”, International Journal of Engineering &
Technology IJET-IJENS Vol: 14 No: 01, pp151-159. ISSN: 2077-1185.
(17) Isaac Samuel, James Katende, S. Adebayo Daramola and Ayokunle
Awelewa (2014) “Review of System Collapse Incidences on the 330KV
Nigerian National Grid”, International Journal of Engineering Science
Invention, Volume 3 Issue4,
pp.55-59.
(18) S. Adebayo Daramola, Olujimi Ajayi, Tiwalade Odu
(2014) “Robust
Palm-print Feature for Human Identification” International Journal of
Engineering and Advanced Technology (IJEAT), Volume-3, Issue-4 pp.153
– 155, ISSN: 2249 – 8958.
(19) S. Adebayo Daramola, Tiwalade Odu and Olujimi Ajayi (2014) “Effective
Face Feature for Human Identification”, IJRET: International Journal of
Research in Engineering and Technology Volume: 03 Issue: 04, pp.117 –
120, eISSN: 2319-1163, pISSN: 2321-7308.
(20) S. Adebayo Daramola, Ademola Abdulkareem, K. Joshua Adinfona
(2014), “Efficient Item Image retrieval System”, International Journal of
Soft Computing and Engineering (IJSCE), Volume-4, Issue-2, p109 – 113,
ISSN: 2231-2307.
Peer Recognition

Conferences attended with papers presented( since the last promotion)
(21) S. Adebayo Daramola, Joke Badejo, Isaac Samuel and Tola Sokunbi,
“Vertical Off-line signature Feature Block for Verification”, Recent
Advances in Circuits, Systems, Signal Processing and Communication,
8th
World
Scientist
International
Engineering
Conference
on
Academy
Circuits,
and
Society
Systems,
(WSEAS)
Signal
and
Telecommunications (CSST'14), Tenerife, Spain, January 10-12, 2014.
ISSN: 1790-5117.
Academic Linkages
Member Nigeria Society of Engineers.
Alignment with Core Value

Name of my current Church: The Redeemed Church of God, Love All
Parish, Afobaje, Ota.

Date I started attending the church: Dec. 1999.

New birth: Yes.

Baptized in water: Yes, April 22nd 2002.

Baptism of Holy Ghost: Yes, April 22nd 2002.

Church Leadership training: Yes, (a) RCCG, Bible College,
(b) RCCG, School of Disciple.

Service Group: Yes, (a) Pastor in charge of parish
(b) Let-go-a-fishing, church planting committee

Name and Address of my Senior Pastor: Pastor M. A Omosanya, RCCG
miracle zone, Ota.
Current Research/Training Opportunity

Development of Yoruba Character Recognition System using Hidden
Markov Model.

Development of Automatic Attendance Register using Fingerprint.

Development of Tree Recognition System using Artificial Neural Network.
Career Plan and Progression

I plan to attend International Conference/workshop before the end of
this year.

I will work harder to produce textbook on Applied Electronics and
Digital Image Processing (DIP) before next promotion.

I plan to convert my research findings to product.
Department of Electrical and
Information Engineering,
Covenant
University,
Ota.
Nigeria.
2/5/2014.
The Registrar,
THRU: H.O.D, Electrical and Information Engineering,
THRU: Deputy Dean, School of Engineering and Technology,
THRU: Dean College of Science and Technology,
Covenant University Canaan-land, Ota.
Dear Sir,
Application for promotion to the position of Associate Professor.
With humility and respect I write to apply for the position of Associate
Professor in the department of Electrical and Information Engineering,
College of Science and Technology.
By God’s grace, I am a forty-three-year old man from Owo, Ondo State,
Nigeria. I have eleven years of teaching and research experience in this
university and six years of post PhD experience.
God has helped me to
move forward in my teaching, community service and research work.
Presently, I have to-date twenty journal publications and I have presented
papers at international conferences. By God’s favour, I am the coordinator
of Computer Engineering Programme and the departmental Post Graduate
Programme coordinator. I am currently supervising a number of PG
students.
Thanks for you assistance and cooperation.
Yours faithfully,
Dr. Daramola S. Adebayo.