Department of Chemistry

 

ABOUT THE DEPARTMENT

The Department of Chemistry came into existence in the 1975/76 session as the Jos Campus of the University of Ibadan.  Dr. B. N. Blackett was the first Head of Department up to 1979/80 session when Dr. R. O. Arah took over.   Professor M. R. Zarki took over the headship of the Department during the 1981/82 session and handed over to Dr. A. Russer who piloted the affairs of the Department from 1982/83 to 1983/84 session.  Associate Professor C. M. Ashraf took over the headship of the Department in  1984/85 session and handed over to Dr. K. I. Ekpenyong who headed the Department up to the 1985/86 session.  Upon proceeding on sabbatical leave, Dr. K. I. Ekpenyong handed over to Associate Professor T. Shambe who headed the Department from 1886/87 to 1988/89 and part of the 1989/90 sessions.  On his return, Dr. K.. I. Ekpenyong headed the Department for the remaining part of 1989/90 and 1990/1991 sessions.  Associate Professor M. M. Ekwenchi took charge of the affairs of the Department between 1991/92 and 1992/93 sessions, and handed over to Dr. K. I. Ekpenyong who took charge between 1993/94 and 1994/95 sessions.  Professor M. M. Ekwenchi again took over the headship of the Department from the 1995/96 to 1997/1998 while Prof. J. N. Egila headed the Department during the 1998/1999 session.

Associate Prof. Y. N. Lohdip was the Head of Department from 1999/2000 to 2003/2004 sesions.  Prof. (Mrs) E. A. Adelakun took over the headship of the Department from October, 2004 to September, 2006 when she handed over the headship to Dr. S. J. Salami who headed the Department till November, 2011 and handed over the mantle of leadership to Professor D. A. Dashak who piloted the affairs of the department until October 2015 when he handed the affairs of the Department to the current Head, Dr M.B.Dalen.

The Department produced her first batch of 4 graduates in 1978/79 session. The Department was awarding B.Sc (Hons) degrees in Pure Chemistry and Applied Chemistry up to 2004/2005 session after which the Applied Chemistry programme was changed to Industrial Chemistry to bring the name of the degree in line with global and industrial demands.

The Department of Chemistry services a large number of students from the Faculties of Natural Sciences, Medical Sciences, Pharmaceutical Sciences, Education, Agricultural Sciences, Engineering, Vet. Medicine and Environmental Sciences. 

The staff of the Department occasionally has opportunities to attend conferences and workshops locally and internationally.  In 2004 some members of this Department were in the University of Jos team that won the 1st place position for the individual project at the Nigerian Universities Research and Development Fair in Abuja.

The Department of Chemistry has been playing very active roles in the affairs of the Chemical Society of Nigeria (CSN) and hosted the International Conference of the Society in 1981 and 1999.  The temporary Secretariat of the State Chapter of the CSN is located in the Department and the current Chairperson of the State Chapter is Dr(Mrs) Amina Lohdip, a member of Staff of the Department.

Members of the Department in the persons of Prof. (Mrs) E. A. Adelakun, Prof. Y. N. Lohdip, Prof. S. J. Salami and Prof. D. A. Dashak are Fellows of the Chemical Society of Nigeria while Prof. Y. N. Lohdip had been the National Secretary of the CSN, Prof. S. J. Salami and Professor D. A. Dashak both members of staff of the Department had been the Chairman, Plateau State Chapter of the CSN at different times.

The Department of Chemistry has come of age as some of the products have held managerial positions while others are still holding exalted positions within and outside the university.

The general philosophy and objectives of the programme are:

  1. to create the awareness of the dynamic nature of knowledge in relation to evolving problems of national development and growth, within the context of globalization;
  2. To develop Intellectual and professional skills to function independently or in a team environment with a problem-solving orientation.

Specific Objectives of the programme are:

Students obtaining a B.Sc degree in Pure or Industrial Chemistry should have upon graduation:

 

  1. The basic analytical and technical skills to work effectively in the various fields of chemistry.
  2. The ability to perform accurate quantitative measurements with an understanding of the theory and use of contemporary chemical instrumentation, interpret experimental results, perform calculations on these results and draw reasonable, accurate conclusions.
  3. The ability to synthesize, separate and characterize compounds using published reactions, protocols, standard laboratory equipment, and modern instrumentation.
  4. The ability to use information technology tools such as the Internet and computer-based literature searches as well as printed literature resources to locate and retrieve scientific information needed for laboratory or theoretical work.
  5. The ability to present scientific and technical information resulting from laboratory experiments in both written and oral formats.
  6. Knowledge and understanding of the issues of safety regulations, ethics and societal issues in the use of chemicals in their laboratory work.
  7. The ability and skill to compete with their contemporaries from other higher institutions  

                   for job placements.

S/N

Name

Designation

Area of Specialization

1

Moorey Binbut  Dalen (PhD)

Senior Lecturer(HOD)

Polymer and Industrial Chemistry

2

Bertrand T. Nwufo (PhD)

Professor

Polymer/Physical Chemistry

3

Yulkur Nandul Lohdip (PhD)

Professor

Inorganic Chemistry

4

Esther A. Adelakun (PhD)

Professor

Organic Chemistry

5

Dayil Albert Dashak (PhD)

Professor

Organic Chemistry

6

Sunday John Salami (PhD)

Professor

Analytical Chemistry

9

Amina Lohdip (PhD)

Senior Lecturer

Organic Chemistry

10

 Solomon Mamumru (PhD)

Senior Lecturer

Physical/Electrochemistry/Nano-Nanotechnology

11

G. O. Abel-Anyebe (PhD)

Senior Lecturer

Physical Chemistry

12

Anthonia E. Eseyin (PhD)

Senior Lecturer

Physical Chemistry

13

F. Emmanuel Aweh (PhD)

Senior Lecturer 

Physical Chemistry

14

Bassey  S. Enoh

Senior Lecturer

Industrial/Physical Chemistry

15

J. B. Nickaf (PhD)

Senior Lecturer (Visiting Lecturer

Polymer/Industrial Chemistry

16

Japhet Joel Gongden (PhD)

Senior Lecturer

Inorganic Chemistry

17

Chris E. Ogah (PhD)

Lecturer I

Analytical Chemistry

18

Nathaniel Girgi Shamle

Lecturer I

Inorganic Chemistry

19

Adeyanju Olushola (PhD)

Lecturer I

Organic Chemistry

20

Mary Luka Kagoro (PhD)

Lecturer 1

Organic Chemistry

21

Alexander Oba Edah (PhD)

Lecturer I

Analytical Chemistry

22

John Rople Gungshik

Lecturer I

Analytical Chemistry

23

Julius D. Chuwang

Lecturer I

Organic Chemistry

24

Lambert Ezekiel Gambo

Lecturer I

Organic Chemistry

25

Rabiat A Lawal

Lecturer I

Inorganic Chemistry

26

Ezekiel Gube Ibrahim

Lecturer II

Analytical Chemistry

27

Dodo Juliet (PhD)

Lecturer II

Analytical Chemistry

28

Samuel Emmanuel Egga

Lecturer II

Physical Chemistry

29

Anthony Udukhomo Awode

Lecturer II

Analytical Chemistry

30

Patrick Olatunde Olademehin

Asst. Lecturer

Physical Chemistry

31

Saraya A. Yakubu

Asst. Lecturer

Physical Chemistry

32

Godwin Effiong Ankwai

Asst. Lecturer

Physical Chemistry

             Mador Samuel

Graduate Assistant

 

             Chukuka Achenu

Graduate Assistant

 

             Lokta D. Solomon

Graduate Assistant

 

32

1642

D. Ayewah

Snr. Chief Technologist

33

3252

C. E. Ngurukwem

Snr. Chief Technologist

34

4133

Y. G. Chakyin

Snr. Chief Technologist

35

3165

S. Musa

Assit. Chief Tech Officer

36

4510

G. M. Mafuyai

Chief Technologist

37

4698

S. N. Atsen

Assit. Chief Technologist

38

4699

A. I. Izang

Assit. Chief Technologist

39

4283

S. J. Dasam

Prin. Lab. Supervisor

40

4464

R. S. Gya

Snr. Lab. Supervisor

41

5916

Sunday Nanswa

Assit. Technologist

42

6500

Abdulmumini R. O.

Snr. Lab. Assistant

43

7331

Powar Benshak

Lab. Assistant

44

7377

Rienmen Siyona

Lab. Assistant

45

6743

Dominic Ujah

Lab. Assistant

46

6744

Andrew Ma;ria (Miss)

Lab. Assistant

47

6538

R. Choji (Mrs).

Snr. Attendant

48

6732

Annah Luka

Snr. Lab Attendant

 

ADMINISTRATIVE STAFF

49

3796

Mustapha Audu

Snr.Chief Assistant Sec.

49

5635

Talatu H. Dashal

Snr. Computer. Officer

50

6215

Tanshak T. Benwuk

ACCO

51

7315

Kangpe B. Simon

Computer Operator

52

 

Rosemary Eli Dakwar

Office Assistant

 

 

1. The department has made a modest achievement over the years. For example, in 2010, a PhD work : Product Distribution in the Catalysed and Uncatalyzed Thermal Decomposition of Lignocellulose from Maize Stalks, Cobs and Leaves by Dr. Anthonia Eyitayo Eseyin won an Award: NUDTAS Best Thesis in Physical Science [2010] as announced by NUC. 2. One of our staff undertaking his PhD work at Baylor University USA P. O. Olademehin won an Outstanding Teaching Award at the same university. 3. A member of staff Prof. M.M. Ekwenchi (Rtd) successfully developed and compounded drugs for the treatment of various ailments. These includes: (a) Drugs for management of asthma, sickle cell, blood pressure of the eye (Glycauma), knee arthritis, rheumatism, obesity etc. (b) drugs for the treatment of chronic cough and newly developed breast and colon cancer.

Candidates for entry to the degree programmes of the Department must satisfy the University minimum entrance requirements. Such requirements are met by the possession of the West African School Certificate/the Senior Secondary School Certificate or the General Certificate of Education with passes at the credit level (or above) which must include Chemistry, Physics and Mathematics including English language.

On arrival on campus, your first pre-occupation would be to register as a student of the University. To do this, you will first of all need to report to the Secretary of the chemistry Department for the collection of clearance forms. Direction will then be given you on how to proceed further with the registration exercise. Fill our out all forms as neatly and as completely as possible. Originals of your certificates (academic qualification, statement of results, birth certificates etc) will be required at this stage. This is also the stage, where failure to meet the admission requirements can lead to the denial of your registration. Your registration exercise, in such a situation, would practically terminate at this point. A series of signatures would be required at this point, usually starting with registration officers at the Academic Office, followed by the finance division (Bursary Department). Early registration is recommended, because, as a freshman, you may, following registration, qualify for accommodation in one of the halls of residence. Part of the registration exercise requires the choice of courses (study programme) for the academic session. At this stage you will be assisted by Registration Officers at the Departmental level.

Your entire academic work load for the degree programme is structure into academic sessions. Each academic session (year) is sub-divided into two semesters. Each semester lasts for 15-17 weeks. By the course system, which the University operates, each course offered in any semester is examined by a written and or practical examination at the end of the semester. About two weeks are usually set aside for examinations at the end of lectures during each semester. You will also be required to write a series of continuous assessment tests in each course taken during a semester. Scores obtained in such tests would constitute a substantial part of your final grade in the course.

All students (Pure & Industrial) must spend a minimum of 3 years (direct entry) or 4 years for students admitted through UME and Remedial and must have passed the minimum required credit units, submit a research project and must have attended 6 months’ Industrial training in a Chemical Industry.

Four-Year Degree Programme in Pure Chemistry:

Students wishing to read for the Degree in Pure Chemistry shall register for all the required courses listed in the programme for their year of study.

 

Four-Year Degree Programme in Industrial Chemistry:

Student wishing to read for the Degree in Industrial Chemistry must register for all the required courses in the Degree Programme at the 100 – 400 levels. Enrolment for the Industrial Chemistry Programme started at the beginning of the 2004/2005 at 100 level.

 

We do incorporate continuous assessment into the examination system, this accounts for 30% of the overall score.  The continuous assessment comes from:

  1. Practical work.
  2. Class tests and assignments.  The overall scoring and grading system is as follows:

% Score

Letter Grade

Old Grade Point

New Grade

Point

New Letter Grade

 

 

70 – 100

A

5

4

A

60 – 69

B

4

3

B

50 – 59

C

3

2

C

45 – 49

D

2

1

D

40 – 44

E

1

0

F

0 – 39

F

0

-

-

 

CLASS OF DEGREE Based on New Grading System

CGPA

CLASS OF DEGREE

 3.50 – 4.00

1st Class

 3.00 – 3.49

2nd Class Upper

 2.00 – 2.99

2nd Class Lower

 1.00 – 1.99

Third Class

 <1.00

Fail

  1. Moderation Schemes:  100L – 300L questions are moderated internally by other lectures in the related fields, while the400level questions for degree examinations are moderated by external examiners appointed by the University.
  2. Issuance of Results: Programme semester results are approved by the Department Board of Examiners followed by the approval of the Faculty Board and finally by the University Senate before it is released to the students in the letter grade score by the academic office.

               Course Content for B.Sc Pure Chemistry

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 101

Physical Chemistry I

3

1

CHM 102

Organic Chemistry I

3

2

CHM 103

Practical Physical Chemistry

1

1

CHM 104

Practical Organic Chemistry

1

2

CHM 105

Inorganic Chemistry I

3

2

CHM 106

Practical Inorganic Chemistry

1

2

MTH 101

Elementary Mathematics I

3

1

MTH 103

Elementary Mathematics III

3

2

PHY 102

General Physics I

3

2

PHY 103

General Physics II

3

2

PHY 107/108

Practical Physics I/II

2

1

BIO 101

General Biology I

4

1

BIO 102

General Biology II

4

1

GST 101

Use of English

4

1 &2

GST 102

Philosophy and Logic

2

2

GST 103

Nigerian People and Culture

2

1

GST 104

Philosophy of Science

2

1

 

Total Credits

44

 

                        ELECTIVE COURSES

PHY 106

General Physics III

3

1

CS 101

Introduction to Computer

2

1

 

Total Credits

5

 

Minimum Credit             =         44

                    Maximum Credit             =         46

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 210

Physical Chemistry II

2

1

CHM 211

Organic Chemistry II

3

1

CHM 212

Inorganic Chemistry II

2

2

CHM 213

Analytical Chemistry I

2

2

CHM 214

Structure and Bonding

2

1

CHM 273

Polymer Chemistry I

3

2

MTH 201

Mathematical Methods

3

2

MTH 205

Linear Algebra II

2

2

STA 203

Statistics for Phy. Science and engineering

4

2

PHY 201

Electromagnetism and Atomic Physics

3

2

PHY 202

Electronics

3

1

GST 222

Peace and conflict resolution

2

2

GST 223

Entrepreneurship

2

1

 

 Total

33

 

ELECTIVE COURSES

MTH 204

Linear algebra I

2

1

MTH 207

Real Analysis

2

1

PHY 205

Thermal Physics

3

1

PHY 206

General Physics IV

1

1

PHY 207

Experimental Physics I

3

1

CS 201

Computer Programming I

3

1

CS 202

Computer Programming II

2

2

CS 203

Introductory Computer Systems

2

2

BIO 201

Genetics I

2

1

BIO 202

Introductory Ecology

2

2

BIO 203

General Physiology

2

2

BIO 204

Biological Techniques

3

1

BCHM

Introductory Biochemistry

2

1

 

Total Credits

29

 

                                                Minimum Credit             =         33

                                                Maximum Credit            =         37

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 301

Physical Chemistry III

3

1

CHM 302

Inorganic Chemistry III

4

1

CHM 303

Organic Chemistry III

4

1

CHM 304

Atomic & Molecular Structure & Symmetry

3

1

CHM 306

Organometallic Chemistry I

2

1

CHM 312

Instrumental Methods of Analysis

3

1

CHM 316

Applied Spectroscopy

3

1

CHM 319

Environmental and Green Chemistry

3

1

CHM 373

Polymer Chemistry II

3

1

CHM 380

Industrial Training

6

2

 

                         Total Credits                   

34

 

ELECTIVE COURSES

CHM 305

Petrochemistry

2

1

CHM 307

Carbohydrate Chemistry

2

1

CHM 308

Natural Product Chemistry I

2

1

CHM 311

General Biochemical Methods

3

1

CHM 374

Applied surface and colloid chemistry

2

1

CHM 375

Colour and textile chemistry and technology

2

1

 

Total Credits

13

 

Minimum Credit    =         31

                                         Maximum Credit   =         36

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 400

Seminar

1

2

CHM 401

Research Project

6

2

CHM 404

Group Theory and Symmetry

2

1

CHM 406

Reaction Kinetics

2

2

CHM 410

Analytical Chemistry II

3

1

CHM 418

Photochemistry and Pericyclic Reactions

2

1

CHM 419

Organic Synthesis

3

2

CHM 424

Inorganic Chemistry III

4

2

CHM 437

Research Methods

2

1

 

Total Credits

25

 

ELECTIVE COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 402

Theory of molecular spectroscopy

2

1

CHM 403

Atomic and molecular structure and symmetry

2

2

CHM 405

Statistical mechanics and thermodynamics

2

2

CHM 407

Electrochemistry

2

1

CHM 409

Nuclear and Radiochemistry

2

1

CHM 420

Organometallic Chemistry II

3

2

CHM 421

Heterocyclic Chemistry

2

1

CHM 422

Physical Organic Chemistry

2

2

CHM 423

Natural Products Chemistry II

2

2

CHM 427

Inorganic Reaction Mechanisms

2

1

CHM 436

Chemistry of Biomolecules

3

1

 

Total credits

24

 

Minimum Credit   =               30

                                         Maximum Credit  =               34

           Course Content for B.Sc Industrial Chemistry

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 101

Physical Chemistry I

3

1

CHM 102

Organic Chemistry I

3

2

CHM 103

Practical Physical Chemistry

1

1

CHM 104

Practical Organic Chemistry

1

2

CHM 105

Inorganic Chemistry I

3

2

CHM 106

Practical Inorganic Chemistry

1

2

MTH 101

Elementary Mathematics I

3

1

MTH 103

Elementary Mathematics III

3

2

PHY 102

General Physics I

3

2

PHY 103

General Physics II

3

2

PHY 107/108

Practical Physics I/II

2

1

BIO 101

General Biology I

4

1

BIO 102

General Biology II

4

1

GST 101

Use of English

4

1 &2

GST 102

Philosophy and Logic

2

2

GST 103

Nigerian People and Culture

2

1

GST 104

Philosophy of Science

2

1

 

Total Credits

44

 

                    ELECTIVE COURSES

PHY 106

General Physics III

3

1

CS 101

Introduction to Computer

2

1

 

Total

5

 

            Minimum Credit                      =         44

             Maximum Credit                     =         46

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 210

Physical Chemistry II

2

1

CHM 211

Organic Chemistry II

3

1

CHM 212

Inorganic Chemistry II

2

2

CHM 213

Analytical Chemistry I

2

2

CHM 214

Structure and Bonding

2

1

CHM 273

Polymer Chemistry I

3

2

MTH 201

Mathematical Methods

3

2

MTH 205

Linear Algebra II

2

2

STA 203

Statistics for phy. Science and engineering

4

2

PHY 201

Electromagnetism and Atomic Physics

3

2

PHY 202

Electronics

3

1

GST 222

Peace and conflict resolution

2

2

GST 223

Entrepreneurship

2

1

 

 Total

33

 

ELECTIVE COURSES

MTH 204

Linear algebra I

2

1

MTH 207

Real Analysis

2

1

PHY 205

Thermal Physics

3

1

PHY 206

General Physics IV

1

1

PHY 207

Experimental Physics I

3

1

CS 201

Computer Programming I

3

1

CS 202

Computer Programming II

2

2

CS 203

Introductory Computer Systems

2

2

BIO 201

Genetics I

2

1

BIO 202

Introductory Ecology

2

2

BIO 203

General Physiology

2

2

BIO 204

Biological Techniques

3

1

BCHM 201

Introductory Biochemistry

2

1

 

TOTAL

29

 

                                    Minimum Credit                      =         33

                                    Maximum Credit                     =         37

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 301

Physical Chemistry III

3

1

CHM 302

Inorganic Chemistry III

4

1

CHM 303

Organic Chemistry III

4

1

CHM 304

Atomic & Molecular Structure & Symmetry

3

1

CHM 306

Organometallic Chemistry I

2

1

CHM 312

Instrumental Methods of Analysis

3

1

CHM 316

Applied Spectroscopy

3

1

CHM 319

Environmental and Green Chemistry

3

1

CHM 371

Chemical industries and raw materials

2

1

CHM 372

Industrial Chemistry I

3

1

CHM 373

Polymer Chemistry II

3

1

CHM 376

Industrial Chemical Transport Processes

2

1

CHM 380

Industrial Training

6

2

 

           Total Credits

39

 

ELECTIVE COURSES

CHM 374

Applied surface and colloid chemistry

2

1

CHM 375

Colour and textile chemistry and technology

3

1

CHM 378

Chemistry of Paints, Surface Coatings and Adhesives           

2

1

 

Total Credits

7

 

                         Minimum Credit                      =         39

                         Maximum Credit                     =         41

COMPULSORY COURSES

COURSE CODE

COURSE TITLE

UNITS

SEMESTER

CHM 400

Seminar

1

2

CHM 401

Research Project

6

2

CHM 406

Reaction Kinetics

2

2

CHM 410

Analytical Chemistry II

3

1

CHM 418

Photochemistry and Pericyclic Reactions

2

1

CHM 419

Organic Synthesis

3

2

CHM 424

Inorganic Chemistry III

4

2

CHM 437

Research Methods

2

1

CHM 471

Reactor Design and Function

3

2

CHM 472

Industrial Chemistry II

3

1

CHM 473

Polymer Technology

3

2

CHM 475

Petroleum Processing and Petrochemistry

3

2

 

Total Credits

35

 

ELECTIVE COURSES

COURSE CODE

COURSE TITLE

UNITS

 

CHM 404

Group Theory and Symmetry

2

1

CHM 474

Industrial Electrochemistry

2

1

CHM 480

Food Science and Technology

2

1

CHM 482

Industrial Chemistry III

3

2

 

Total credits

9

 

Minimum           =         35

Maximum         =         42

 

CHM 101: Physical Chemistry I ( 3 Units L 45: P 20: T 10)

States of matter: Solid liquid, gas (properties), kinetic theory of gases and gas laws.  Colligative properties. Atomic structure. Periodicity, Chemical bonding: Electrovalent, covalent, coordinate, metallic and hydrogen bonding. Thermochemistry: Enthalpy of reaction, formation, combustion, neutralization, transition (latent heat).  Acid-Base Equilibria: Arrhenius, Bronsted definitions.  Titration curve, indicators, degree of dissociation and dissociation constants buffer solutions. Electrochemistry: Electrolysis, Laws of electrolysis, Electrochemical and electrolytic cells, Free energy and spontaneity of reactions, uses/application of Electrolysis.

Packing of ionic crystals: octahedral, tetrahedral, trigonal shapes.Chemical Kinetics: Qualitative treatment of reaction rates (factors affecting reaction rates), mole concept, empirical and molecular formula.

CHM 102: Organic Chemistry I (3Units L45:P15: T7 ½)

 Historical survey of the developments and importance of organic chemistry. Nomenclature and classes of organic compounds. Homologous series. The carbon atom and bonding, structural and optical isomerisms, functional groups, conformation, alkanes, alcohols, amines, aldehydes, ketones, carboxylic acids derivatives of carboxylic acids, amino acids, benzene compounds and phenols. Determination of structure of organic compounds; electronic theory in organic chemistry. Preparation, isolation and purification of organic compounds, qualitative and quantitative analysis of organic compounds.

CHM 105: Inorganic Chemistry I (3 Units L 45: P 20: T 10)

Periodic table and periodicity of elements.  Chemistry of hydrogen, Electronic structure. General properties and comparative study of Group 1A and group IIA elements (oxides, hydroxides, halides and aqueous chemistry).  Valency  forces, structure of solids. Characteristics of the first row transition metals; oxidation states, redox reactions and complexes. Chemistry of iron and copper.  Study of the group VII elements and basic chemistry of nitrogen, phosphorus, oxygen and sulphur.  Hydrides, oxides, oxo-acids and oxo-anions of the non-metallic elements. Elementary qualitative and quantitative analysis.

CHM 210: Physical Chemistry II ( 2 Units L 15: P 30: T 0).

Pre-requisite CHM 101

Kinetic theory of gases; Behaviour of real gases; The laws of thermodynamics; Entropy and free energy; Reactions and phase equilibria and phase rule; Solubility: Partition and partition constants.  Conductivity. Reaction rates; Rate laws; Mechanisms and theories of elementary processes; Factors affecting the rate of reactions. Photochemical reactions; Basic electrochemistry. Thermodynamics of electrochemical solutions and mixtures.

CHM 211: Organic Chemistry II (3Units L 45: P15: TO).

Pre-requisite CHM 102

Factors affecting structure and physical properties of organic compounds; factors affecting availability of electrons, chemical bonding in carbon compounds, bond length, conformation in acyclic molecules and cyclohexane systems, Stereoisomerism. Methane, energy of activation and free radical substitution reactions in alkanes, functional group chemistry, classification of organic reactions, reaction rates, equilibria and transition state theory, reactions of radicals, reaction of nucleophiles, electrophilic addition reactions and aromatic substitutions, reactions of carbonions, Aldol and Claisen reactions,, Grignards, organoboranes and witting reactions. The chemistry of lipids.

CHM 212: Inorganic Chemistry II (2 Units L 15: P 30: T 0).

Pre-requisite CHM 105

Chemistry of first row transition metals.Introduction to co-ordination chemistry. Study of groups III (Boron group), IV (Carbon group), V (Nitrogen group) and VI (Oxygen group; general features, electronic configuration, preparation, physical and chemical properties, compounds (oxides, hydroxides, halides, oxoacids, oxoanions ,etc), uses of the elements and their compounds. Elementary introduction to organometallic chemistry. Role of metals in biochemical systems.

CHM 213: Analytical Chemistry I (2 Units L 15: P 30: T 0).

Pre-requisite CHM 105

Basic tools of Analytical chemistry. Theory of Errors, and Statistical treatment of data: Theory of sampling. Chemical methods of analysis including; titrimetric, gravimetric and physiochemical methods, Optical methods of analysis, Separation methods.

CHM 214: Structure and Bonding (2 Units L 30: P 00: T 0).

Pre-requisite CHM 101 or 105

Idea of quantum states, atomic spectra, orbital shape and energy.Valence bond theory. Electron repulsion theory; Lewis structures and formal charges Hybridization of atomic orbitals and molecular shapes determination, bond length and angles. Types of bonding; ionic, covalent, dative covalent, hydrogen, metallic, Vander waal forces etc. The structure and chemistry of some representative main group element/ compounds.

CHM 273: POLYMER CHEMISTRY I (3Units, L45: P15 : T0)

The history and nature of polymers. Definition and classification of polymers. Nomenclature, sources of raw materials, polymerization process and mechanisms. Addition, condensation and poly-addition or re-arrangement polymerization. Properties of polymers.Molecular weight and weight distribution in polymers.Chain growth and degree of polymerization.Solution and solution properties of polymers. Analysis and testing of polymers. Rubber elasticity. Mechanical properties of polymers.Structure-property relationship in polymers.

CHM 301: Physical Chemistry III (3 Units L 15: P 30: T 0).

Pre-requisite CHM 210

A review of Gibb's function.Thermodynamics; first law, processes, systems.Heat function, enthalpy, heat capacities. Second and third laws of thermodynamics. Zeroth law.

Thermodynamics of gaseous systems and solutions, Solutions:  Aqueous/non-aqueous solution, ideal/non ideal solution (Raoult’s law), Properties of ideal solution. Thermodynamics of mixtures (gas/liquids, liquid/solid, gas/solid).

Gibb’s free energy and chemical equilibrium. Carnot cycles and carnot engines and their performance efficiency. Chemical thermodynamics.

 Introduction to statistical thermodynamics. Ideal solutions, Non-ideal solutions. Properties of electrolytes. Statistical evaluation of entropy on the molecular and atomic level.

CHM 302: Inorganic Chemistry III (4 Units, L 45: P 15: T 71/2).

Pre-requisite CHM 212

Electronic structure and general properties of the group VII elements. The Noble gases. Comparative chemistry of carbon and silicon, Nitrogen and Phosphorus, Oxygen and Sulphur. Introduction to solid state chemistry; crystal lattice structure (cubic, tetragonal, hexagonal, rhombic, monoclinic, triclinic etc) in terms of simple, FCC, BCC etc arrangements. The Halogens. General properties of the d-block elements (outer series); Metallic properties, catalytic properties, complex ion formation, coloured ion formation, variable oxidation states and metal-metal bonding.  Separation of metals.  Coordination Chemistry. Crystal field theory.  Introduction to Radiochemistry.  Radioacyivity and the Periodic table.

CHM 303: Organic Chemistry III (4 Units, L45: P15, T71/2)

Pre-requisite CHM 211

Alcohols and their reactions: Ethers and epoxides. Carboxylic acids and their derivatives.Aldehydes and ketones.CarbanionI :-, -unsaturated  carbonyl compounds. Carbanionic reagents: Grignard, Organo-Cadmium, Zinc and Lithium reagents. Application to syntheses of rings of varying size. Amines.Synthetically important nucleophilic and electrophilic substitutions, Diels-Alder and acyloin reactions.  Aromatic and alicyclic chemistry, polyfunctional compounds.  Heterocyclic chemistry

CHM 304: Quantum Chemistry III (3 Units, L30: P0, T0).

Pre-requisite CHM 214

Schrodinger equation .Helium atom, ground and excited states, Spin and Pauli Principle. Hydrogen molecule, comparison of Molecular Orbital and Valence Bond Theories, Concept of resonance and configuration interaction. Coulson Fisher function. Molecular orbitals for diatomic molecules.Simple pi-electron theory, Huckel theory. Walsh rules. Rotational, Vibrational and Electronic spectra. Applications for determining bond lengths and angles. Brief mention of other methods.Atomic spectra, Russel Saunders coupling, orbital and spin angular momentum. Use of symmetry in chemistry. Theory of bonding in H/ and H. Rotation and vibration of molecules. Heat capacities of crystals.

CHM 305: Petrochemistry (2 Units, L30: PO: TO)

Petroleum in the contemporary energy scene. Nature, classification and composition of crude petroleum and natural gasses. Distribution of petroleum and natural gas resources (the global and Nigerian situations).Petroleum technology, survey of refinery products and processes. Petrochemicals in industrial raw material. Prospects for the petrochemical industry in Nigeria.

CHM 306: Organometallic Chemistry (2 Units, L30; PO; TO)

Pre-requisite CHM 211

Classification of organometallic compounds. Preparation, structure and reactions including abnormal behavior of organometallic compounds. Synthetic utility of organometallics. Generation and detection of free radical organometallic compounds.

CHM 307: Chemistry of Biomolecules I (2 Units, L30; P15: TO)

Mono and polysaccharides: structure, stereo-chemistry and reactions. Peptides: structure, synthesis and biological functions. Proteins, nucleotides, hormones: structure and function.

CHM 3O8: Natural Products Chemistry I (2 Units, L 30: P O: T O)

Classification of natural products and their biogenesis.Terpenoids; structures and characteristics of monoterpenoids, sesquiterpenoids and diterpenoids. Carotenoids and lipid chemistry.

CHM 312: Instrumental Methods of Analysis (3 Units L 45: P 15: T 0)

Pre - requisite-CHM 213

Interaction of electromagnetic radiation with matter, Quantitative analysis by absorption of electromagnetic radiation, Instrumental Techniques and applications of Ultraviolet and Visible, Infra-red and Rarnan Spectroscopy, X-ray methods, Eluorescence methods, Nuclear Magnetic Resonance and Electron Spin Resonance, Refractometry and Intcrferometry, Polarimetry, Polarography, Calorimetry,

CHM 316: Applied Organic Spectroscopy (3 Units, L45/2: P 15: TO)

Principles and applications of UV, IR, NMR and Mass Spectroscopy in the determination and elucidation of structures of organic compounds.

CHM 319: Environmental and Green Chemistry (3 Units, L45/2: P 15: TO)

Concepts of elementary cycles.Characteristics of the atmosphere, sources, types and effects of environmental pollution. Waste water treatment. Composition of domestic/industrial wastes and waste management.Water chemistry and analysis, Chemical and Physical instrumentation in environmental sciences. Introduction to Environmental Impact Assessment. Concept and Principles of Green Chemistry, Historical Perspective, Strategies and tools of Green Chemistry, Applications, Challenges and future of Green Chemistry.

CHM 371:  Industrial Chemistry (3 Units, L30: P0: T0)

Survey of chemical industries, economics of production.Energy and raw materials requirements, product optimization and by-product utilization.Plant and animal raw materials.Raw materials for chloro-alkali industries, fermentation and biotechnology industries. Industrial gases, purification and uses. Petrochemical feed stocks as raw materials. Coal as raw material. The Nitrogen based manufacturing industries. Manufacture and flow diagrams for urea, ammonia, nitric acid. NPK and phosphate fertilizers. Manufacture of cement, glass and ceramics. Synthesis of industrial organic chemicals- methanol, oxoalcohols, acetone, phenol, etc. technical and economic principles of processes and product routes.Manufacture of N2, O2, H2SO4, Na2CO3 and NaHCO3.Extraction of iron and Aluminium.

CHM  373: Polymer Chemistry II (3Units, L45: P15: T0)

Pre-requisite CHM 273

Co-polymerization and the co-polymer equation. Rate of polymerization and gel effect. Bulk, solution, suspension and emulsion polymerization. Polymer degradation. Stereospecific polymerization. Thermoplastics and thermosetting polymers. Commercially important thermoplastic and thermosetting polymers. Polyurethanes, synthesis and properties.

CHM 374: Applied Surface and Colloid Chemistry (2Units, L30: P0 :T0)

Some general principles of surfaces, properties of interfaces.Qualitative description of sorption process. Electrical aspects of surface chemistry, zeta potential, surface films. Adhesion and wetting, flotation, flocculation and detergency.Emulsion and gels.Colloids and general description of colloidal syetems, optical, kinetics and electro-kinetical properties of colloids.

CHM  375: Colour and Textile Chemistry and Technology (3Units, L45: P15: T0)

Colour and constitution. Dye synthesis, properties of dyes and pigments. Classification of dyes.Dyeing mechanisms.Fibres and dyeing of natural, synthetic and man-made fibres.Colour fastness properties; chalking, bleeding and blooming in dyes. Chemistry and theory of dyeing.Chemistry and application of reactive dyes.Dyeing machineries, printing technology. Dyes used in food, paper, cosmetics, drugs, soap and colour photography.

CHM  376: Industrial Chemical Transport Processes (2Units, L 30 : P15 : T0)

Fluid transport. Fluid energetic and dynamics associated with energy and mass balance in flow. Fluid measurement. Conduction, convection and radiation methods of heat transfer processes. Thermal generation and simple power cycles.Methods of firing chemical reactors.Low temperature generation.

 

CHM  378: Chemistry of Paints, Surface Coatings and Adhesives

 (2Units, L30: P 15 :T0)

Definition of paint, components of paint.Pigment and classification. Resin and oils (types of oils and properties). Paint formulations and testing. Preparation of other surface coatings, varnish, enamel etc.Definition of adhesive and types of adhesives or classification.Raw materials for adhesives, composition and formulation of adhesives.Adhesive, substrate and adhesion forces.

CHM 402: Theory of Molecular Spectroscopy (2 Units, L30; PO; TO)

Pre-requisite CHM 304, 316

Quantum theory of rotation and vibration.Theory of microwave.IR.Raman, UV Visible and NMR spectroscopy. General introduction to election spin resonance, Mossbauer effect, nuclear quadtopoie resource and other modern techniques

CHM 403: Atomic and Molecular Structure Symmetry (2 Units, L30; PO; TO)

Postulates of Quantum mechanics; operators, angular momentum, solution the hydrogen atom problem.Theory of atomic spectra.Self-consistent fieldtheory.Computational aspects.Perturbation and variation methods.

CHM 404: Group theory and Symmetry (2 Units, L30; PO; TO)

Pre-requisite CHM 214

Review of molecular symmetry operations. Definition of groups.Molecular symmetry groups.Introduction to the mathematical structure of groups.Group representations.Detailed study of groups Cn. Dn. copy and full rotation group.Applications.General symmetry applications.Symmetry of crystal lattices. Block orbitals for infinite system.

CHM 405: Statistical Mechanics and Dynamics (3 Units, L30; PO; TO)

Pre-requisite CHM 301

Maxwell-Boltzmann statistics, calculation of thermodynamic properties; partition functions; heat capacities; entropy; equilibrium constants; use of spectroscopic data transition state theory; quantum effects. Microstates and randomness; assembles, probability and distribution functions; the Boltzmann distribution; statistical thermodynamic equilibrium constant from partition function; statistical thermodynamics of monatomic solids; introduction to Fermi-Dirac and dose-Einstein statistics

 CHM 406: Reaction Kinetics (2 Units, L30; PO; TO)

Pre-requisite CHM 301

Review of first, second and third order rate equations.Rate constants and equilibrium constants. Collision theory, Transition state theory, reaction co­ordinates. Unimolecular reaction theory, bimolecular reaction mechanisms, chain reaction mechanisms, catalysis and heterogeneous reactions.Photochemical reaction mechanisms.

CHM 407: Electrochemistry (2 Units, L22/2; P 15; TO)

Pre-requisite CHM 301

Electrical double layer, potential at zero charge, polariiable and non-polarizable interface, mass transport, concentration polarization, Pick's Laws.Levic equation.Electrodes.Polarography.

CHM 409: Radiochemistry and Nuclear Chemistry (2 Units, L 30; P 0; TO)

Pre-requisite CHM 302

Natural and artificial radioactivity. Fusion, fission, decay processes, nature of radiation. Nuclear models, energetic of nuclear reaction.Principles and measurement of radioactivity.Applications of radioactivity.Radiation hazards.

CHM 410: Analytical Chemistry III (3 Units, L 45; P 15; TO)

Pre-requisite CHM 301

Theory of Error, Sampling and Sample pre-treatment, Classifying analytical separations, Solvent extrcation and ion exchange methods, Chromatographic and Electrophoretic methods - Paper, Thin layer, Liquid-Solid adsoption, Gas Chrornatography, HPLC size exclusion, Electrophoresis methods of separation; Coupled methods of analysis  GS-MS; Generalities of eleclrochemical methods; Potentiomery, Coulornetry and Electrogravimetry; Polarography and Voltarnmetry, Arnperometry, Conductometry and Radiochemical methods of analysis.

CHM 418: Photochemical and Pericyclic Chemistry

(2 Units, L30: PO: TO)

Interaction of radiation with matter, electronic excitation, selection rules, deactivation routes, sensitization, quenching, photofragementation, oxidation, reduction, rearrangement. Pericyclic reactions and molecular orbital symmetry.

 

CHM 419: Organic Synthesis (3 Units, L45: P15:TO)

Pre-requisite CHM 303

Preparative methods of wide-ranging utility in organic synthesis:  oxidations, catalytic, complex hydride. And dissolving metal reductions. Photophorus and sulphurylieds and relate reagents. Organoboron and other selected organometalic reagents. Applications to synthesis of important and complex organic compounds.

CHM 420: Organometallic Chemistry II (3 Units L 45: P 45: T 0)

Pre-requisite 302 or 306

Introduction to organometallic compounds of the transition elements. Classification of ligands, electron rule, bonding, preparation of organotransition metal compounds. Reactions and structures of organometallic compounds of transition elements. The organic chemistry of ferrocene and related compounds. The role of organometallic compounds in some catalytic reactions.

CHM 421:  Heterocyclic Chemistry (2 Units, L3O: PO:TO)

Pre-requisite CHM 303

The synthetic and mechanistic aspects of fused heterocyclic system particularly quinolines, iso-quinolones, benzofurans, benzothiphenes, indoles, genzopyrylium salts, counolines, and chromones. Application of   heterocyclic systems in drug synthesis.

 

CHM 422: Physical Organic Chemistry (2 Units, L3O: PO: TO)

Preparation and reaction of stereo isomers, separation or resolution of enantiomers, Enatiomeric purity, absolute and relative configuration, E-Z notation, prochirality, optical rotatory dispersion, circular dichrosism, asymmetric synthesis of stereosism, Neighbouring group effects, and a few special topics in physical organic chemistry.

CHM 423:  Natural Product Chemistry II (2 credits, L.30; PO)

Pre-requisite CHM 308

Chemistry of terpenoids, steroids, and alkaloids, antibiotics, flavonoids. Prostagladins and chlorophylls.Other natural products of pharmaceutical importance. General methods of isolation, separation, purification and structural determination of the natural products. Classifications. Discussion on Chemistry of important members, Biogenesis.

CHM 424:  Coordination Chemistry (4 Units) (L 72/2: P 30: T 0)

Pre-requisite CHM 302

Definition, recognition and applications of coordination compounds.Nomenclature, coordination formula and isomerism in complexes. Stereochemistry of complex molecules. Theories of structure and bonding; Ligand field theory and molecular orbital theory. Physical methods of structural investigation. Preparation and reactions of complexes. Absorption and vibrational spectra of d-block elements. The spectrochemical series.The Nephelauxetic series and the Jahn-teller distortions. Stabilisation of unusual oxidation states of complex formation. Thermodynamic stability of complex compounds, the stability constant, the chelate effect. Chemistry of the lanthanides and Actinides transition elements (inner series); electronic configuration, oxidation states, magnetic properties, physical and chemical properties, compounds, recovery, separation and uses.

CHM 427: Inorganic Reaction Mechanisms (2 Units) (L 30: P 0: T 0)

Pre-requisite CHM 302

Fundamentals of reaction mechanism. Substitution reactions of octahedral and square planar complexes. Electron transfer reactions, Addition and Insertion reactions. Heterogeneous catalysis. Inorganic reactions in biochemical systems.

CHM 436:  Chemistry of Biomolecules II (3 credit, L45; PO)

Pre-requisite CHM 307

Polysaccharides: Isolation and structural determination, Structure and chemistry of cellulose and starch. Cell wall structures. Proteins: isolation, detection and determination. Primary structure determination, secondary, tertiary and quaternary structures of proteins, fibrous proteins and denaturation. Nucleic acids: Definition and types, primary, secondary and tertiary structures. Ribonucleic acid (RNA),De-oxyribonucleic acid (DNA) and nucleoproteins.

CHM 437: Research Methods (2 Units) (L 30: P 0: T 0)

Research Strategies and design. Steps in Research Variables and scale of measurement, Presentation of data, Obtaining and Preparing samples for analysis. Descriptive Statistics (average, standard deviation, standard error). Sampling and Sample size, randomization. Use of chemical abstracts and journals. Project reporting. Isolation and Identification of Organic compounds. Analysis arid identification of elements in compounds.

CHM  471: Reactor Design and Functions (3Units, L30: P0: T0)

Chemical reactors: their design for batch and continuous operations. The design equations for batch, stirred and tubular (plug flow) reactors. The fluidized catalytic bed reactor. Use of laboratory scale kinetic data in reactor design and process scale-up. Basic principles of process and quality control.

CHM  472: Industrial Chemistry II (3Units, L45: P15: T0)

 Pre-requisite CHM 376

Unit operations in the chemical industries. Mechanical processes- size reduction (crushing, grinding, milling). Physical separation processes- sedimentation, flotation, classification, filtration, leaching, extraction, centrifugation. Thermal separation processes- distillation, drying, evaporation and humidification.

CHM  473: Polymer Technology (3Units, L45: P15: T0)

 Pre-requisite CHM 373

Thermodynamic relationships of polymer solutions, viscosity; manufacture and properties of commercially important polymers- polyolefins, amides, PVC and cellulose. Polymer processing- compression, blow, injection moulding and extrusion. Polymer compounding- use of additives such as stabilizers, extenders, plasticizers and fillers. Water soluble polymers. Fibres – sources, classification and uses. Fibre manufacture and uses.

CHM  474: Industrial Electrochemistry (2Units, L30: P0: T0)

Industrial electrochemical process, cell design. Electro-deposition: plating solutions, cathode current efficiency, preparation of surface to be plated, electrodialysis and water desalination. Batteries- primary and secondary cells. Thermodynamics and electrochemistry of systems, cell construction, corrosion and its control.

CHM  475: Petroleum Processing and Petrochemistry (3Units, L45; P0: T0)

Origin of crude oil. Chemistry and composition of crude oil, Classification of crude oil. Distillation process and crude refining. Catalytic and thermal cracking, reforming, hydro-treating and desulphurization processes. Manufacture of petroleum based commercially important chemical from methane, ethylene, propylene and butane.

CHM  480: Food Science and Technology (2Units, L30: P15: T0)

Components of food, tests for fats, protein and carbohydrates. Digestion and absorption of food. Water and minerals as food. Basic reactions of food- pectinolysis- jam making, gelatinization and caramelization. Manufacture of sweet and sugar. Emulsification and rancidity in oils. Denaturation and purification in protein, maturation and browing. Food spoilage and contamination. Food processing and preservation with applications in milk, grain, instant yam and tomatoe processing. Quality control in food processing.

CHM  482: Industrial Chemistry III (3Units, L45: P15: T0)

Pre-requisite CHM 372

Chemistry and manufacturing technology for soaps and detergents- sources and types of fats and oils used in soap industry, other raw materials. Cold and hot processes of soap making. Flow sheet for detergent manufacture. Pulp and paper chemistry- pulping and paper making processes. Leather tanning operations. Topics in environmental chemistry, soil and water chemistry. Biodegradability of materials. Pollution due to specific industries and their control.