BS BOTANY PROGRAM
Duration:
4 Years
Total Credit Hours
127 credit hours
Scheme of studies
Year-I |
||
Semester-I |
||
Course Code |
Course Title |
Credit Hours |
GEDU-101 |
Functional English |
3 |
GEDU102/ GEDU-103 |
Islamic Studies /Ethics (for Non-Muslim students) |
2 |
GEDU-104 |
Application Of Information and Communication Technology |
2 |
GEDU-104P |
Application Of Information and Communication Technology (Practical) |
1 |
BOT-101 |
Diversity of Plants |
3 |
BOT-101P |
Diversity of Plants (Practical) |
1 |
BOT-102 |
Plant Systematics, Anatomy and Development/Embryology |
3 |
BOT-102 P |
Plant Systematics, Anatomy and Development/Embryology (Practical) |
1 |
|
|
16 |
Semester-II |
||
GEDU-151 |
Expository English |
3 |
GEDU-152 |
Ideology and constitution of Pakistan |
2 |
GEDU-153 |
Quantitative reasoning-I |
3 |
BOT-151 |
Plant Physiology and Ecology |
3 |
BOT-151P |
Plant Physiology and Ecology (Practical) |
1 |
BOT-152 |
Biodiversity and Conservation |
3 |
BOT-152-P |
Biodiversity and Conservation (Practical) |
1 |
|
|
16 |
Year-II |
||
Semester-III |
||
GEDU-*** |
Natural Sciences |
2 |
GEDU-*** |
Social Sciences |
2+1 |
GEDU-201 |
Quantitative reasoning-II |
3 |
BOT-201 |
Genetics-I |
2 |
BOT-201P |
Genetics-I (Practical) |
1 |
BOT-202 |
Research Methodology |
2 |
BOT-203 |
Plant Anatomy |
3 |
BOT-203P |
Plant Anatomy (Practical) |
1 |
|
|
17 |
Semester-IV |
||
GEDU-*** |
Arts & Humanities |
2 |
GEDU-251 |
Entrepreneurship |
2 |
GEDU-251 |
Civics & Community Engagement |
2 |
BOT-251 |
Bacteriology and Virology |
2 |
BOT-251P |
Bacteriology and Virology (Practical) |
1 |
BOT-252 |
Cell biology, genetics and evolution |
3 |
BOT-252P |
Cell biology, genetics and evolution (Practical) |
1 |
BOT-253 |
Mycology and Plant pathology |
2 |
BOT-253P |
Mycology and Plant pathology (Practical) |
1 |
|
|
16 |
Year-III |
||
Semester-V |
||
Allied course (Zoology/Chemistry) * |
2 |
|
|
Allied course (Practical) |
1 |
BOT-301 |
Plant Systematics |
2 |
BOT-301P |
Plant Systematics (Practical) |
1 |
BOT-302 |
Diversity of Vascular Plants |
2 |
BOT-302P |
Diversity of Vascular Plants (Practical) |
1 |
BOT-303 |
Plant Biochemistry-I |
2 |
BOT-303P |
Plant Biochemistry-I (Practical) |
1 |
BOT-304 |
Environmental Biology |
2 |
BOT-304P |
Environmental Biology (Practical) |
1 |
BOT-489 |
Field Experience/ Internship |
3 |
|
|
18 |
Semester-VI |
||
Biostatistics (Allied) |
2 |
|
|
Biostatistics (Allied) (Practical) |
1 |
BOT-351 |
Plant Biochemistry-II |
2 |
BOT-351P |
Plant Biochemistry-II (Practical) |
1 |
BOT-352 |
Plant Physiology |
2 |
BOT-352P |
Plant Physiology (Practical) |
1 |
BOT-353 |
Plant Ecology |
2 |
BOT-353P |
Plant Ecology (Practical) |
1 |
|
|
12 |
Year-IV |
||
Semester-VII |
||
Allied course (Geography/ Zoology/ Chemistry) |
2 |
|
|
Allied course (Practical) |
1 |
BOT-401 |
Genetics-II |
2 |
BOT-401P |
Genetics-II (Practical) |
1 |
BOT-402 |
Phycology and Bryology |
2 |
BOT-402P |
Phycology and Bryology (Practical) |
1 |
BOT-403 |
Seed Biology |
3 |
BOT-403P |
Seed Biology (Practical) |
1 |
BOT-404 |
Nanobotany |
2 |
BOT-404P |
Nanobotany (Practical) |
1 |
|
|
16 |
Semester-VIII |
||
Allied (Food Biotechnology) |
3 |
|
BOT-451 |
Molecular Biology |
2 |
BOT-451P |
Molecular Biology (Practical) |
1 |
BOT-452 |
Plant Tissue Culture and its Agricultural Application |
3 |
BOT-452P |
Plant Tissue Culture and its Agricultural Application (Practical) |
1 |
BOT-453 |
Food Security |
3 |
BOT-499 |
Cap Stone Project |
3 |
|
|
16 |
|
Total |
127 |
Students of the Botany department may be offered the following minor courses as per availability of resources
NOTE: A student could select a single minor program of 12 CH or two minor programs of 24 CH (whichever the case may be) from the following departments
- Minor in Biotechnology
- Minor in Chemistry
- Minor in Computer Sciences
- Minor in Environmental Sciences
- Minor in Geography
- Minor in Mathematics
- Minor in Pharmacognosy
- Minor in Physics
- Minor in Statistics
- Minor in Zoology
- Minor in Physiology
SCHEME OF STUDIES FOR MINOR IN BOTANY PROGRAM
Course No |
Course Title |
Credits |
BOT-* |
Choose from Annexure A |
3(2+1) |
BOT-* |
Choose from Annexure A |
3(2+1) |
BOT-* |
Choose from Annexure A |
3(2+1) |
BOT-* |
Choose from Annexure A |
3(2+1) |
Total Credit Hours |
12 |
Students may opt any four courses (Minimum 12 credit hours) from the following list as per availability of resources.
Annexure A Scheme of Study (Minor in Botany)
Name of Subject |
Course Code |
Credit Hours |
Diversity of Plants |
BOT-101 |
3 |
Diversity of Plants (Practical) |
BOT-101P |
1 |
Plant Systematics, Anatomy and Development/ Embryology |
BOT-102 |
3 |
Plant Systematics, Anatomy and Development/ Embryology (Practical) |
BOT-102 P |
1 |
Plant Physiology and Ecology |
BOT-151 |
3 |
Plant Physiology and Ecology (Practical) |
BOT-151P |
1 |
Biodiversity and Conservation |
BOT-152 |
3 |
Biodiversity and Conservation (Practical) |
BOT-152P |
1 |
Genetics-I |
BOT-201 |
2 |
Genetics-I(Practical) |
BOT-201 P |
1 |
Research Methodology |
BOT-202 |
2 |
Plant Anatomy |
BOT-203 |
3 |
Plant Anatomy (Practical) |
BOT-203 P |
1 |
Bacteriology and Virology |
BOT-251 |
2 |
Bacteriology and Virology (Practical) |
BOT-251 P |
1 |
Cell Biology, Genetics and Evolution |
BOT-252 |
3 |
Cell Biology, Genetics and Evolution (Practical) |
BOT-252 P |
1 |
Mycology and Plant Pathology |
BOT-253 |
2 |
Mycology and Plant Pathology (Practical) |
BOT-253 P |
1 |
Plant Systematics |
BOT-301 |
2 |
Plant Systematics (Practical) |
BOT-301 P |
1 |
Diversity of Vascular Plants |
BOT-302 |
2 |
Diversity of Vascular Plants (Practical) |
BOT-302 P |
1 |
Plant Biochemistry-I |
BOT-303 |
2 |
Plant Biochemistry-I (Practical) |
BOT-303 P |
1 |
Environmental Biology |
BOT-304 |
2 |
Environmental Biology (Practical) |
BOT-304 P |
1 |
Plant Biochemistry-II |
BOT-351 |
2 |
Plant Biochemistry-II (Practical) |
BOT-351 P |
1 |
Plant Physiology |
BOT-352 |
2 |
Plant Physiology (Practical) |
BOT-352 P |
1 |
Plant Ecology |
BOT-353 |
2 |
Plant Ecology (Practical) |
BOT-353 P |
1 |
Genetics II |
BOT-401 |
2 |
Genetics II(Practical) |
BOT-401 P |
1 |
Phycology and Bryology |
BOT-402 |
2 |
Phycology and Bryology (Practical) |
BOT-402 P |
1 |
Seed Biology |
BOT-403 |
3 |
Seed Biology (Practical) |
BOT-403 P |
1 |
Nanobotany |
BOT-404 |
2 |
Nanobotany(Practical) |
BOT-404 P |
1 |
Molecular Biology |
BOT-451 |
2 |
Molecular Biology (Practical) |
BOT-451P |
1 |
Plant tissue culture and its Agricultural applications |
BOT-452 |
3 |
Plant tissue culture and its Agricultural applications (Practical) |
BOT-452P |
1 |
Food security |
BOT-453 |
3 |
Biostatistics |
BOT-407 |
2 |
Biostatistics (Practical) |
BOT-407P |
1 |
Basic Biochemical and Bioassay Techniques (Practical) |
BOT-408P |
1 |
Common Fleshy Fungi of Pakistan |
BOT-409 |
3 |
Common Fleshy Fungi of Pakistan (Practical) |
BOT-409P |
1 |
Ethnobotany |
BOT-410 |
3 |
Ethnobotany (Practical) |
BOT-410P |
1 |
Ethnomycology |
BOT-411 |
3 |
Ethnomycology (Practical) |
BOT-411P |
1 |
Microbiology |
BOT-412 |
3 |
Microbiology (Practical) |
BOT-412P |
1 |
Paleopalynology |
BOT-413 |
3 |
Paleopalynology (Practical) |
BOT-413P |
1 |
Photophysiology |
BOT-414 |
3 |
Photophysiology (Practical) |
BOT-414P |
1 |
Physiology of Fungi |
BOT-415 |
3 |
Physiology of Fungi (Practical) |
BOT-415P |
1 |
Plant Biotechnology |
BOT-416 |
3 |
Plant Biotechnology (Practical) |
BOT-416P |
1 |
Rust and Smut diseases of Cereal crops in Pakistan |
BOT-418 |
3 |
Rust and Smut diseases of Cereal crops in Pakistan (Practical) |
BOT-418P |
1 |
Water logging and Salinity |
BOT-420 |
3 |
Water logging and Salinity (Practical) |
BOT-420P |
1 |
Soil borne pathogens and their management Techniques |
BOT-421 |
3 |
Soil borne pathogens and their management Techniques (Practical) |
BOT-421P |
1 |
Fundamentals of Photochemistry |
BOT-422 |
2 |
Fundamentals of Photochemistry (Practical) |
BOT-422P |
1 |
Fermentation Technology |
BOT-423 |
3 |
Fermentation Technology (Practical) |
BOT-423P |
1 |
Introduction to plant Viruses |
BOT-424 |
|
Introduction to plant Viruses (Practical) |
BOT-424P |
1 |
Ectomycorrhizae in forestry |
BOT-425 |
3 |
Ectomycorrhizae in forestry(Practical) |
BOT-425P |
1 |
Taxonomy and diversity of fleshy Fungi |
BOT-427 |
3 |
Taxonomy and diversity of fleshy Fungi (Practical) |
BOT-427P |
1 |
Commercialization of Biotechnology Products |
BOT-428 |
3 |
Commercialization of Biotechnology Products (Practical) |
BOT-428P |
1 |
Metabolic processes in Plants |
BOT-429 |
2 |
Metabolic processes in Plants (Practical) |
BOT-429P |
1 |
Introduction to plant stress physiology |
BOT-430 |
2 |
Introduction to plant stress physiology (Practical) |
BOT-430P |
1 |
Economic Botany |
BOT-431 |
2 |
Economic Botany (Practical) |
BOT-431P |
1 |
Sustainable Bio waste Management |
BOT-432 |
2 |
Sustainable Bio waste Management (Practical) |
BOT-432P |
1 |
Phylogeny of Angiosperms |
BOT-434 |
2 |
Phylogeny of Angiosperms (Practical) |
BOT-434P |
1 |
Application of Molecular markers in botany |
BOT-435 |
2 |
Application of Molecular markers in botany (Practical) |
BOT-435P |
1 |
Food Biotechnology |
BOT-436 |
3 |
General Biology |
BOT-437 |
3 |
Microscopy of life |
BOT-438 |
2 |
Microscopy of life (Practical) |
BOT-438P |
1 |
Phytosynthesizers for metallic Nanoparticles |
BOT-439 |
2 |
Phytosynthesizers for metallic Nanoparticles (Practical) |
BOT-439P |
1 |
Physics in biology |
BOT-440 |
2 |
Physics in biology(Practical) |
BOT-440P |
1 |
Note: Minor courses will be offered as per available resources
*The course will be selected by the students from Annexure-A on the availability of faculty member expertise and number of students.
** Research Thesis/Special Course/Internship will be offered in 7th Semester.
The Special paper will be selected from Departmental Scheme of Studies on the availability of faculty member expertise and number of students.
Annexure A: Special Papers Offered
- Maj/ Bot- 408Basic Biochemical and Bioassay techniques
- Maj/ Bot- 409 Common Fleshy Fungi of Pakistan
- Maj/ Bot- 410Ethnobotany
- Maj/ Bot- 411 Ethnomycology
- Maj/ Bot- 412 Microbiology
- Maj/ Bot- 413 Paleopalynology
- Maj/ Bot- 414 Photophysiology
- Maj/ Bot- 415Physiology of Fungi
- Maj/ Bot- 416 Plant Biotechnology
- Maj/ Bot- 417Plant Tissue Culture and its Agricultural Application
- Maj/ Bot- 418 Rust and Smut diseases of cereal crops in Pakistan
- Maj/ Bot- 419 Seed Biology
- Maj/ Bot- 420 Water Logging & Salinity
- Maj/Bot-421 Soil Borne pathogen and their management techniques
- Maj/Bot-422Fundamentals of Phytochemistry
- Maj/Bot-423 Fermentation Technology
- Maj/Bot-424 Introduction to Plant Viruses
- Biochemistry
- Biodiversity
- Biotechnology
- Ethnobotany
- Ethnopharmacology
- Fungal Biotechnology
- Medicinal plants genomics and genetics
- Molecular Mycology
- Molecular Plant Virology
- Molecular Biology
- Molecular Stress Physiology
- Molecular taxonomy
- Mushroom cultivation
- Mycology & Plant Pathology
- Nanotechnology
- Phytochemistry
- Plant Molecular Genetics
- Plant Physiology
- Plant Taxonomy
- Plant Tissue Culture
Course No |
Course Title |
Credits |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Total Credit Hours |
12 |
Course No |
Course Title |
Credits |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Bot-6* |
Choose from Annexure A |
3 (2+1) |
Total Credit Hours |
12 |
Course No |
Course Title |
Credits |
Bot-798 |
Seminar |
2 |
Bot-799 |
Research Thesis |
10 |
Total Credit Hours |
12 |
Annexure A Year-I |
||
Semester I& II Courses shall be offered subject to availability of resources |
||
Course Code |
Title of courses |
Credit Hours |
BOT -601 |
Basic Concepts of Microbiology |
2 |
BOT -601P |
Basic Concepts of Microbiology (Practical) |
1 |
BOT -602 |
Basic concepts in Enzymology |
2 |
BOT -602P |
Basic concepts in Enzymology (Practical) |
1 |
BOT -603 |
Bioassay Techniques used in Plant studies |
2 |
BOT -603P |
Bioassay Techniques used in Plant studies (Practical) |
1 |
BOT -604 |
Molecular Advances in Phytosystematics |
2 |
BOT -604P |
Molecular Advances in Phytosystematics (Practical) |
1 |
BOT-605 |
Biotechnological Phytoremediation |
2 |
BOT-605P |
Biotechnological Phytoremediation (Practical) |
1 |
BOT-606 |
Plant Tissue Culture |
2 |
BOT-606P |
Plant Tissue Culture (Practical) |
1 |
BOT-607 |
Commercial application of plant tissue culture |
2 |
BOT-607P |
Commercial application of plant tissue culture (Practical) |
1 |
BOT -608 |
Recent Trends in Ethnobotany |
2 |
BOT -608P |
Recent Trends in Ethnobotany (Practical) |
1 |
BOT-609 |
Biology of Halophytes |
2 |
BOT-609P |
Biology of Halophytes (Practical) |
1 |
BOT -610 |
Chemistry of Bio-Molecules |
2 |
BOT -610P |
Chemistry of Bio-Molecules (Practical) |
1 |
BOT -611 |
Biotechnology |
2 |
BOT -611 |
Biotechnology (Practical) |
1 |
BOT -612 |
Fermentation technology |
2 |
BOT -612P |
Fermentation technology (Practical) |
1 |
BOT -613 |
Medicinal Plants of Pakistan |
2 |
BOT -613P |
Medicinal Plants of Pakistan (Practical) |
1 |
BOT -614 |
Environmental Biotechnology |
2 |
BOT -614P |
Environmental Biotechnology (Practical) |
1 |
BOT -615 |
Protein Purification |
2 |
BOT -615P |
Protein Purification (Practical) |
1 |
BOT -616 |
Forensic Biology |
2 |
BOT -616 |
Forensic Biology (Practical) |
1 |
BOT -617 |
Instrumental Botany |
2 |
BOT -617P |
Instrumental Botany (Practical) |
1 |
BOT -618 |
Bioactive principles of Medicinal Plants |
2 |
BOT -618P |
Bioactive principles of Medicinal Plants (Practical) |
1 |
BOT -619 |
Plant Proteomics |
2 |
BOT -619P |
Plant Proteomics (Practical) |
1 |
BOT -620 |
Stress Physiology |
2 |
BOT -620P |
Stress Physiology (Practical) |
1 |
BOT -621 |
Fungal Biotechnology |
2 |
BOT -621P |
Fungal Biotechnology (Practical) |
1 |
BOT -622 |
Phytomedicine |
2 |
BOT -622P |
Phytomedicine (Practical) |
1 |
BOT-623 |
Biostatistics |
2 |
BOT-623P |
Biostatistics (Practical) |
1 |
BOT-624 |
Principle and techniques of Molecular biology |
2 |
BOT-624P |
Principle and techniques of Molecular biology (Practical) |
1 |
BOT-625 |
Recombinant DNA Technology |
2 |
BOT-625P |
Recombinant DNA Technology (Practical) |
1 |
BOT-626 |
Plant Fungal Interaction |
2 |
BOT-626P |
Plant Fungal Interaction (Practical) |
1 |
BOT-627 |
Bioinformatics |
2 |
BOT-627P |
Bioinformatics (Practical) |
1 |
BOT-628 |
Integrated Plant Disease Management |
2 |
BOT-628P |
Integrated Plant Disease Management (Practical) |
1 |
BOT-629 |
Research planning and report writing |
2 |
BOT-629P |
Research planning and report writing (Practical) |
1 |
Year-II |
||
Semester III & IV |
||
Course Code |
Course Title |
Credit Hours |
BOT-701 |
Seminar |
02 |
BOT-702 |
Thesis |
10 |
Ph.D Botany Program
Specializations offered
- Biochemistry
- Biotechnology
- Fungal Biotechnology
- Medicinal Plants
- Molecular Genetics/Molecular Biology
- Molecular Mycology
- Molecular Taxonomy
- Molecular Virology
- Nanobiotechnology
- Phyto-chemistry
- Plant Fungal Interactions
- Plant Physiology
- Plant Taxonomy
- Plant Tissue Culture
Course Code |
Title of courses |
Credit Hours |
Bot-801 |
Essentials of Microbiology |
3 |
Bot-802 |
Basic Concepts in Enzymology |
3 |
Bot-803 |
Biotechnology: its Techniques and Applications |
3 |
Bot-804 |
Bioassay Techniques in Plant studies |
3 |
Bot-805 |
Biostatistics and Bioinformatics |
3 |
Bot-806 |
Molecular Advances in Phytosystematics |
3 |
Bot-807 |
Biotechnological Phytoremediation |
3 |
Bot-808 |
Plant Tissue Culture |
3 |
Bot-809 |
Commercial Application of Plant Tissue Culture |
3 |
Bot-810 |
Recent Trends in Ethnobotany |
3 |
Bot-811 |
Project Planning, Monitoring and Evaluation |
3 |
Bot-812 |
Industrial Production of Secondary Metabolites |
3 |
Bot-813 |
Bioprocessing |
3 |
Bot-814 |
Chemistry of Bio-Molecules |
3 |
Bot-815 |
Advances in Microbial Genetics |
3 |
Bot-816 |
Biotechnology |
3 |
Bot-817 |
Fermentation Technology |
3 |
Bot-818 |
Medicinal Plants of Pakistan |
3 |
Bot-819 |
Research Reading-I |
3 |
Bot-820 |
Environmental Biotechnology |
3 |
Bot-821 |
Biosafety and Bioethics |
3 |
Bot-822 |
Botanical Techniques and Instrumentation |
3 |
Bot-823 |
Protein Purification |
3 |
Bot-824 |
Forensic Biology |
3 |
Bot-825 |
Recombinant DNA Technology |
3 |
Bot-826 |
Biochemistry of Plant Phenolics |
3 |
Bot-827 |
Bioactive Principles of Medicinal Plants |
3 |
Bot-828 |
Principles and Techniques of Molecular Biology |
3 |
Bot-829 |
Plant Proteomics |
3 |
Bot-830 |
Plant Terpenoids |
3 |
Bot-831 |
Stress Physiology |
3 |
Bot-832 |
Fungal Biotechnology |
3 |
Bot-833 |
Phytochemistry |
3 |
Bot-834 |
Phytomedicine |
3 |
Bot-835 |
Research Reading-II |
3 |
Bot-836 |
Nano Biotechnology: Concepts, applications and perspectives |
3 |
Bot-837 |
Advances in Plant Physiology |
3 |
Bot-838 |
Advances in Plant Pathology |
3 |
Bot-839 |
Advanced Environmental Biology |
3 |
Bot-840 |
Ecophysiology of Halophytes |
3 |
Bot-841 |
Plant Microbe Interactions |
3 |