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Ph.D in Plant Protection Ph.D in Plant Protection229/15/2019 10:38 AMismail ibrahim11.Educational facilities and support11.Educational facilities and support22Academic StaffAcademic Staff7
  
Ph.D in Plant Protection Ph.D in Plant Protection

Specialty
Position
Work Place
Name
 BSc. In plant Protection
Lab Instructor
School of Agriculture, Department of Plant Protection
Ismail Ibrahim
 
MSc. In plant Protection
Lab Instructor
School of Agriculture, Department of Plant Protection
Bassam Heyari
 
MSc. . In plant Protection
Lab Instructor
School of Agriculture, Department of Plant Protection
Rana   Jado
 
MS.c. In Biotechnology
Lab Instructor
School of Agriculture, Department of Plant Protection
Dina Al-Hatab
 
BSC. In plant Protection
Lab Instructor
School of Agriculture, Department of Plant Protection
Shereen Abu Zahrah
 
MSc. . In plant Protection
Lab Instructor
School of Agriculture, Department of Plant Protection
Wafa Nasir
 
229/15/2019 10:45 AMismail ibrahim11.Educational facilities and support11.Educational facilities and support22Supporting staffSupporting staff4
  
Ph.D in Plant Protection Ph.D in Plant Protection

There are 11 labs, including a teaching laboratory, a preparation room (a central laboratory), 8 research laboratories equipped with a teaching process, and an insect museum that also provides teaching aids, as well as greenhouses and glass houses to accompany the teaching process.

229/15/2019 10:46 AMismail ibrahim11.Educational facilities and support11.Educational facilities and support22Facilities and laboratoriesFacilities and laboratories3
  
Ph.D in Plant Protection Ph.D in Plant Protection

 

 
 
Refrigerators
Freezers
Microscopes
Centrifuges
Spectrophotometer
Autoclaves
Distillation units
ELISA Analysis system
PCR  machines
Gel Documentation system
Ice makers
Computers ( PC)   
Vortex
Pipettes
Water Baths       
   Glass wares                                  
Plastic Wares
Petri Dishes
Dissecting tools
Balances                                           
Incubators      
Oven
Shakers                                                    
Growth chambers                             
Green houses
pH meter                                          
Laminar hoods                                 
Fume Hood
Microwaves                                         
Hot and Stirrer plates
Teaching models
Teaching movies
Teaching samples                                
229/15/2019 10:53 AMismail ibrahim11.Educational facilities and support11.Educational facilities and support22Tools and EquipmentTools and Equipment5
  
Ph.D in Plant Protection Ph.D in Plant Protection

Agricultural Research Station

Public and private foundations

229/15/2019 10:54 AMismail ibrahim11.Educational facilities and support11.Educational facilities and support22Other Entities that offer facilities to receive practical and field experiencesOther Entities that offer facilities to receive practical and field experiences6
  
Ph.D in Plant Protection Ph.D in Plant Protection

·    Vision statements of the program:

The Plant Protection Department aspires to become a center of excellence that achieves its mission of improving the quality of life of the population in Jordan and the world, taking into consideration the recent scientific developments that serve pest management in order to improve agriculture. The department is interested in developing its expertise by attracting distinguished scientists to join it within the available means. Accordingly, the department will be one of the centers of the university that:
1.         Develop quality standards in education in all educational programs
2.         Support all employees to obtain training in various fields
3.         Develop scientific programs that serve pest management in different human societies
 
·    Mission statements of the program:
The mission of the Department of Plant Protection at the University of Jordan aims to provide its students with high quality education and to conduct research on various pests (insects, plant diseases and herbs), develop appropriate methods for managing them and provide accurate scientific advice to the agricultural sector in Jordan and the world.
 
The field of plant protection includes overlapping scientific fields. Therefore, the department includes a number of scientists in the fields of insects, spidermites, bacteria, fungi, nematodes, viruses and weeds. Members of the faculty members are concerned with the protection of crops from pests, taking into account the preservation of the environment. A number of them are conducting research on medical, domestic and veterinary insects. The department is also interested in strengthening cooperation with other departments in the college and inside and outside the university in different scientific fields. The international reputation of the department is one of the most important sources of attractiveness.
 
Teaching at the Plant Protection Department at the   postgraduate level is one of the activities of the basic department. In this way, the department personnel are interested in developing the means of teaching with the latest methods available in the world and enriching his various abilities in order to provide their  students with the necessary skills and skills to succeed in their scientific endeavors and rehabilitate their graduates to work in governmental and private agricultural institutions in the field of pest control, work in universities and scientific institutes and research centers to develop technology for agriculture in the future, and enable them to set up their own projects.
 
·    Program Aims:
1.    Meet the needs of the community and the local market of specialists in the field of plant protection, as well as in the field of medical and veterinary insects and the rearing of honey bees.
2.    Provide the regional and international market with highly qualified graduates in the field of plant protection, as well as in the field of medical and veterinary insects and the rearing of honey bees.
3.      Training environment-friendly plant protection expert that possess  knowledge, ability of analytical thinking-questioning, producing solutions and awareness of work  ethics with expertise on diseases and pests in agricultural products, host-parasite interactions, pesticides and their effects on the environment,   integrated pest management, integrated crop management  for the needs of public and private sector in our country.
229/15/2019 2:37 PMismail ibrahim01.Program Overview01.Program Overview12
  
Ph.D in Plant Protection Ph.D in Plant Protection

Program Title:
PhD. In Plant protection
Program Code:
-
Level of Study:
PhD. (Graduate)
Final Qualification:
PhD. In Plant protection
Faculty:
Agriculture
Department:
Plant Protection
Other Department(s) involved in teaching the program:
Horticulture and Crop Sciences
Mode of Attendance) e.g., full time):
Full Time
Duration of the Program:
4 years
Credit hours/ contact hours:
54
Language of Instruction:
English
Entrance Requirements:
 
Acceptable disciplines:
               First priority: Master in Plant Protection or one of its fields
               Second priority: Master in Horticulture and Plant Protection or one of its fields
               Third priority: Master in plant production or one of its fields
               Fourth priority: Master in the fields of other agricultural sciences
           Fifth priority: Master of Life Sciences
Program regulations:
Regulations concerning the program. Can include a link to such detailed regulations.
http://registration.ju.edu.jo/RegRegulations/Forms/All_Regulations.aspx
No. of approval by the Ministry of Higher Education:
578/23/2011
Date of approval by the Ministry of Higher Education:
2011
Date of Production:
 
Date of Revision:
2018/2019
Program Director:
Dr. Luma Al Banna ; 22513; lalbanna@ju.edu.jo
229/15/2019 2:38 PMismail ibrahim02.Program Details02.Program Details13
  
Ph.D in Plant Protection Ph.D in Plant Protection

At the successful completion of the Doctorate Program of Plant Protection the student should be able to:

1.            Demonstrate broad depth knowledge of core concepts in plant protection.
2.            Exhibit teaching competence through teaching, seminars and speaking experiences.
3.            Interpret scientific literature related to Plant pathology, Entomology, or Weed science.
4.            Formulate hypotheses, and develop experimental designs to test these hypotheses.
5.            Establish and maintain experiments in the field of Plant Pathology, Entomology, or Weed science.
6.            Perform appropriate statistical analyses for data collected in in Plant Pathology, Entomology, and Weed science.
7.            Think critically, solve research problems, and draw conclusions in the field of  Plant Pathology, Entomology, or Weed science
8.            Interpret and present research results in both oral and written formats.
9.            Publish research in the field of Plant Protection in peer-reviewed scientific journals.
10.          Maintain a leadership role in Plant Protection at the national and international levels.
11.          Commit to ethics and compliance responsibilities for being an agricultural engineer, especially with regard to agricultural sector, environment, and society.
229/15/2019 2:39 PMismail ibrahim04.Program Intended Learning Outcomes04.Program Intended Learning Outcomes15
  
Ph.D in Plant Protection Ph.D in Plant Protection

Development of the learning outcomes is promoted through the following teaching and learning methods:

To give lectures and engage students in the educational process through education, in addition to the educational workshops, whether in the classroom or in stadiums  located inside or outside the college, besides hosting educational specialists,  and Job career specialists,   practical sessions and field trips  

1.    Brainstorming strategy
2.    Learning strategy with modelling
3.    Teamwork strategy
4.    Discussion strategy
229/15/2019 2:40 PMismail ibrahim05.Teaching, learning & assessment methods05.Teaching, learning & assessment methods16Teaching and Learning MethodsTeaching and Learning Methods1
  
Ph.D in Plant Protection Ph.D in Plant Protection

Opportunities to demonstrate achievement of the learning outcomes are provided through the following assessment methods:

1.    Short oral exams
2.    Short written exams
3.    Discussion
4.    Exam
5.    Presentation of scientific paper
6.    Presenting a topic
7.    Practical reports
8.    Field detection
9.    Collection of samples
10.  Conducting experiments
11.  Working posters
12.  Preservation of insects
13.  Duties
14.  Publishing a scientific paper
229/15/2019 2:41 PMismail ibrahim05.Teaching, learning & assessment methods05.Teaching, learning & assessment methods16Assessment MethodsAssessment Methods2
  
Ph.D in Plant Protection Ph.D in Plant Protection

Learning outcome
 
 Course code
PLO 1
PLO2
PLO3
PLO4
PLO5
PLo6
PLO7
PLO8
PLO9
PLO10
PLO11
pesticides  analyses   0606913 
3,4,7
3,4,5
3,4,5,7
3,4,5,7
3,5,7
-
3,4,5,7
3,4,5,7
-
3,5,7
3,5,7
Ecology and Management of plant Diseases 0606921
1,2,3,4,5
5,6
5,6
6
-
-
3,5,6,7
4,6
-
4,6
3,4,6
Nematode Ecology ا 0606923
3,4
6
5,6
-
-
3
3,4,5,13
4,6
-
4,6
3,4,6
 Seed Pathology 0606931
3
3,4
5,7
6
4
3
5,11
6,14
-
6
3,4
Selected Topics in Plant Protection  0606945
3,4
6
5,7
3
9,10
-
5,6,10
5,6
-
-
3
Biotechnology in Plant protection  0606950
1,2,3,4
3
3,4,5,6
7,10,13
7,10,13
5,7,10
3,4,5
6,7
-
-
-
Biological control 0606951
3,4,5
5
5
-
-
-
3,4,5
4,5
-
5
4,5
Insect Taxonomy 0606952
3,4,5,6
3,6
3,6
-
8
-
3,4,5
3,6
3,5
-
3
Insect population Ecology 0606953
3,4
5,6
5,7
8,10
10
10
5,10
5,7,10
14
-
-
 Pesticides Toxicology 0606954
3,4
3,4,5
3,4,5
3,4,5
-
-
3,4,5
3,4,5
 
3,5
3,5
Insect Plant Relationship 0606955
3,4,5
5
5
-
-
-
3,4,5
4,5
-
5
4,5
Immature Insects 0606956
3,4,5,6
3,6
3,6
-
8
-
3,4,5
3,6
3,5
-
3
Herbicides 0606957
-
3,4,5
5
5
-
-
3,4,5
4,5
-
5
4,5
Medicinal wild Plants 0606958
-
3,4,5
5
5
-
-
3,4,5
4,5
-
5
4,5
Nematode Taxonomy 0606962
3,4
4,6
4,5,6,13
3,10
10
-
3,4,6,13
3,4,6,13
-
3,4,6,13
3,4,6,13
Ecology and Genetics of Phytopathogenic bacteria 0606963
1,2,3,4
5,6
3,5,6
8,9,10,13
7,10,13
5,7,10
3,5,6
5,6,7
11,14
10,15
3,13
Replication and Genetics of Plant  Viruses 0606964
1,2,3,4
3
3,4,5,6
7,10,13
7,10,13
5,7,10
3,4,5
6,7
-
-
-
Fungal Taxonomy 0606965
3
4
7
10
14
14
8
3
6
11
6
Ecology and Physiology of Weeds 0606972
-
3,4,5
5
5
-
-
3,4,5
4,5
-
5
4,5
Seminar in Plant Protection 0606991
5
5
5
-
-
-
3,5
-
-
-
5
Thesis
10
-
3,5
3,10
10
10
3,5,7,14
5,7,10,11
14
3,10,11,14
-
1. Short oral exams 2. Short written exams 3. Discussion 4. Exam 5. Presentation of scientific paper 6. Presenting a  topic 7. Practical reports 8. Field detection 9. Collection of samples 10. Conducting experiments 11. Working posters 12. Preservation of insects 13. Duties 14. Publishing a scientific paper
 
 
 
 
 
 
 
 
229/15/2019 2:43 PMismail ibrahim10.Program Learning Outcome Mapping Matrix10.Program Learning Outcome Mapping Matrix21
  
Ph.D in Plant Protection Ph.D in Plant Protection

Scientific Research

229/15/2019 2:43 PMismail ibrahim09.Project and Research09.Project and Research20
  
Ph.D in Plant Protection Ph.D in Plant Protection

​None

229/15/2019 2:44 PMismail ibrahim08.Practical Training & Field Experience08.Practical Training & Field Experience19
  
Ph.D in Plant Protection Ph.D in Plant Protection

1.   This plan confirms to the valid regulations of programs of graduate studies.

  2.   Specialties of Admission:

-  The First priority:  M.A. in Plant Protection or any of its fields.

-  The Second priority:  M.A. in Horticulture and Plant Protection or any of   its fields

-  The Third priority: M.A. in Plant Production or any of its fields

​-  The Fourth priority: M.A. in Agricultural Sciences or any of its fields.

-  The Fifth priority: M.A. in Biological Sciences or any of its fields.

  3.   Admission policies: The Third Policy

Second:   SPECIAL CONDITIONS:           None.

Third:   STUDY PLAN: Stu dying (54) Cre dit hours as follows:

  1. Obligatory Courses Studying (18) credit hours successfully:
Course No. Course Title Credit Hours Theory Prac. Prerequisite
0606921 Ecology and Management  of  Plant Pathology 3 3 -  
0606931 Seed Pathology 3 3 -  
0606950 Biotechnology in Plant Protection 2 2 -  
0606951 Biological Control 3 3 -  
0606953 Ecology of Insect Population 3 3 -  
0606972 Weed Ecology and Physiology 3 3 -  
0606991 Seminar in Plant Protection 1 1 -  

            2.     Elective Courses: Studying (18) Credit hours successfully from the following :

Course No. Course Title Credit Hours Theory Prac. Prerequisite
0606913 Pesticide Analysis 3 2 1  
0606923 Nematode Ecology 3 3 -  
0606945 Selected Topics in Plant Protection 3 3 -  
0606952 Insect Taxonomy 3 2 1  
0606954 Pesticide Toxicology 3 3 -  
0606955 Insect – Plant Relationship 3 3 -  
0606956 Immature Insects 3 3 -  
0606957 Herbicides 3 3 -  
0606958 Wild Medicinal Herbs 3 2 1  
0606962 Nematode Taxonomy 3 2 1  
0606963 Ecology and Genetics of Phyto- Pathogenic Bacteria 3 3 -  
0606964

Reproduction and Genetics of

Viral  Diseases

3 3 -  
0606965 Fungal Taxonomy 3 2 1  

           3.    Pass the qualif ying Exam: (0606998)

            4.   Thesis: (18) Credit hours   (0606999).​

2212/22/2024 5:56 PMismail ibrahim07.Study Plan07.Study Plan18
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Program Title:
Agricultural Economics and Agribusiness Management …
Program Code:
05
Level of Study:
Bachelor
Final Qualification:
Bachelor
Faculty:
School of Agriculture
Department:
The Department of Agricultural Economics and Agribusiness Management
Other Department(s) involved in teaching the program:
None
Mode of Attendance)e.g., full time):
Full time
Duration of the Program:
Four years
Credit hours/ contact hours:
138 Hours
Language of Instruction:
English
Entrance Requirements:
 
 
Program regulations:
 
No. of approval by the Ministry of Higher Education:
 313/33/2008
Date of approval by the Ministry of Higher Education:
 2008
Date of Production:
 1973
Date of Revision:
2015/2016
Program Director:
Dr. Amani Al-Assaf , ext:22476.
Amani.alassaf@ju.edu.jo
172/19/2024 11:39 AMa.ennab@ju.edu.jo02.Program Details02.Program Details13
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

At the successful completion of the Bachelor Programof Agricultural economics and Agribusinessthe student should be able to:

 
1.    Apply economic principles and research methods in solving economic problems and toagricultural production management.
 
2.    Analyze extension programs to deliver relevant information to farmers and employ the economic and business principles in making decisions.
 
3.    Collaborate effectively with scientists and educators in other disciplines to incorporate economic analysis into multi-disciplinary programs.
 
4.    Design , analyze and evaluate agricultural and  development projects.
 
5.    Utilize the economic concepts and factors for successful natural resources management in agriculture and agribusiness.
 
6.    Discuss issues related to the agricultural sector, natural resource policies, and rural community development.
 
7.    Work effectively in promoting the teamwork environment for pursuing professional goals.
 
8.    Apply principles of scientific skills and argumentation and ethics of scientific discussion research skills in both oral and written forms.
 
9.    Demonstrate ethical and professional responsibilities for being an agricultural engineer, especially with regard to agricultural sector, environment and society.
 
10.  Apply critical thinking and problem solving skills, and pursue continuous education in aspects of agricultural economics and agribusiness management. 
 
179/18/2019 11:19 AMfatima Arabeiat04.Program Intended Learning Outcomes04.Program Intended Learning Outcomes15
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

The Department of Agricultural Economics and Extension was established in 1973 at the College of Agriculture. It offered teaching courses in economics, statistics and farm management and extension for Agriculture college students. A study plan has been developed for agricultural economics and extension students.  A program for MSc. was introduced in the academic year 1985-86. As a result of the restructuring of the departments of the Faculty of Agriculture in 1998, the Department was renamed to become the Department of Agricultural Economics and Agribusiness Management and the study plan was modified to cope with the new trends.

The department includes 9 faculty members who teach and research in the areas of agricultural production economics and policy analysis, economic and rural development and agricultural business management, finance and marketing. The Department provides courses; in particular, principles of economics, statistics, extension, and management for other students in other departments.
A computer lab was set up in the department during the academic year 2005 - 2006. The aim of establishing the lab is to build the capability of the students to better using computer applications for various courses that need to process applications in the computer.  In addition to the possibility of using the computer lab at the university and the College of Agriculture. The lab has begun providing some courses on the Internet and is being used as a key communication line (i.e. via dedicated email and web pages) between faculty and students, by which educational materials and exercises are provided and exchanged.
1710/7/2019 11:03 AMfatima Arabeiat01.Program Overview01.Program Overview12
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Teaching & Learning Methods

1.    Lectures.
2.    Submission of research papers.
3.    Panel discussions and seminars.
4.    Elaborating and simulating agricultural problems and propose appropriate solutions.
5.    Participation in workshops and conferences
 
1710/7/2019 11:06 AMfatima Arabeiat05.Teaching, learning & assessment methods05.Teaching, learning & assessment methods16Teaching and Learning MethodsTeaching and Learning Methods1
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Assessment Methods

1.    Examinations
2.    writing reports
3.    Scientific Papers
4.    Presenting a seminar on specialized subject and other modern evaluation methods.
5.    Executing exercises and solving problems using computer applications.
1710/7/2019 11:08 AMfatima Arabeiat05.Teaching, learning & assessment methods05.Teaching, learning & assessment methods16Assessment MethodsAssessment Methods2
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Description: The practical training is conducted at the university's farm in the Jordan Valley. The training is conducted during the first (or second) semester of each academic year with a rate of 12 credited hours. The fourth year students spend a full semester (4 months) at the station for practical training in different agricultural operations.  The University 's farm provides : student accommodation,  a library, a computer room and other teaching and training materials such as a poultry farm, a cowshed, a sheep farm, as well as fruit and vegetable farms.

Timing: Full semester (one time only)
Credit Hours: 12 credit hours
1710/7/2019 11:09 AMfatima Arabeiat08.Practical Training & Field Experience08.Practical Training & Field Experience19
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Seminar on Agricultural Economics and Agricultural Business Administration

Description:  Guiding the student   to study a practical case study, where they will collect information on a specific topic in the field of specialization related to the agricultural economics and agricultural business management. In this training, students will design; conduct research and present results on scientific grounds. The students will present and discuss the final research results and discuss it with students' course.
Timing: Thursday of every week from (3 - 4)
Credit hours: 1 credit hours.
1710/7/2019 11:10 AMfatima Arabeiat09.Project and Research09.Project and Research20
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Agricultural Economics Lab, which accommodate up to 15 students

1710/7/2019 11:11 AMfatima Arabeiat11.Educational facilities and support11.Educational facilities and support22Facilities and laboratoriesFacilities and laboratories3
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Tools and Equipment

1.    SPSS Software
2.    having the necessary software for specialization
3.    The presence of a Data show
4.    The existence of a description of the research courses based on the principle of comprehensiveness and clarity (target and required target)
5.    Provide bulletin boards for students in the college and in the department and find an electronic board as well
6.    The existence of an integrated archive of subjects and students and guidance and graduates towards it and document the minutes of the meetings of the Council of the Department and the various academic committees
1710/7/2019 11:16 AMfatima Arabeiat11.Educational facilities and support11.Educational facilities and support22Tools and EquipmentTools and Equipment5
  
Bachelor in Agricultural Economics and AgribusinessBachelor in Agricultural Economics and Agribusiness

Name                          

Workplace                          

Position                             

Specialty

Fatema Hani Arabiat

Department of Agricultural Economics

Lab supervisor

M.A Agricultural Economics and Extension

177/6/2021 1:16 PMfatima Arabeiat11.Educational facilities and support11.Educational facilities and support22Supporting staffSupporting staff4
  
Bachelor in Animal ProductionBachelor in Animal Production

Background to the program and subject area:

The Department has well-known and professional faculty members who were graduated from the best universities in Europe and United States. They have extensive knowledge in research, teaching, and extension which positively influence the agricultural sector in Jordan and other countries.

The Department has several labs that are used for research and teaching such as feed analysis lab, animal environmental physiology lab, poultry diseases lab, reproductive physiology and artificial insemination lab, and poultry production lab. Moreover, the department has units used for production, research, and teaching such as poultry research unit (on campus), poultry (broilers and layers) (at Al-Muwaqqar research station), poultry, sheep, goats, and cows’ units (at Al-Gour Research Station).

The Department is considered as one of the leading departments in its field, and is a popular destination for many of the students and researchers for the development of scientific knowledge and research in this area. The department is also able to produce graduates of bachelor's and master's programs, who are renowned for their distinctiveness and ability to excel academically and practically. Recently, doctoral program was opened to be the first one at the local level, where there was a need for the existence of this program in the department, especially with the availability of all the facilities to create the program including qualified teaching staff and appropriate research infrastructure that expected to improve with time.

Vision statements of the program:

To be the regional leader in scientific research and facilitate the development of high calibre graduates knowledgeable in all fields of animal production and play a vital role in augmenting food security and participate in community service.

Mission statements of the program:

1. Preparing highly qualified graduates locally and internationally who are able to implement acquired knowledge to positively impact the livestock sector.

2. Conduct scientific research in the various fields of animal production and implement its outcomes in commercial settings.

3. Work in collaboration with the governmental and private sectors to enhance the quality and quantity of farm animal products.

Program Educational Objectives (PEO):

The animal production program aims, during the first five years after graduation, for the graduate to be able to:

1. Work professionally (locally and internationally) in the various fields of animal production

2. Conduct scientific research to mitigate the problems of animal production.

3. Provide extension for livestock producers to improve the quality of efficiency of production.

4. Collaborate with the governmental and private sectors to solve the problems of animal production.

5. Participate in developing the roles and regulations related to animal production

112/20/2023 8:02 AMAhmad Shamoun01.Program Overview01.Program Overview12
  
Bachelor in Animal ProductionBachelor in Animal Production

Undergraduate students that successfully fulfil the requirements of the bachelors of science degree in animal production are expected to be able to:

1. Demonstrate a deep understanding of the basic principles in the various areas of livestock production; including nutrition, physiology, genetics, health and management.

2. Apply the acquired knowledge in various areas of livestock production.

3. Utilize critical thinking and logical reasoning in addressing issues related to livestock production.

4. Communicate effectively with a wide range of related stakeholders and provide appropriate extension services.

5. Apply the principles of public safety and environmental protection.

6. Acquire and apply practical skills along with keeping up with recent advances in livestock production.

7. Identify basic principles of research methodology and evidence-based decision making.

8. Abide by the professional, ethical and legal considerations relevant to the livestock production.

112/20/2023 8:04 AMAhmad Shamoun04.Program Intended Learning Outcomes04.Program Intended Learning Outcomes15
  
Bachelor in Animal ProductionBachelor in Animal Production

117/29/2019 12:25 PMAhmad Shamoun05.Teaching, learning & assessment methods05.Teaching, learning & assessment methods16
  
Bachelor in Animal ProductionBachelor in Animal Production

Description, timing and number of credit hours:

1.    Students are trained at the University Research Station in the Jordan Valley in Animal Production, Plant Production and Protection, Soil Science and Irrigation, Farm Mechanization, and Socio-economics. For Animal Production students, they are divided into small groups and given certain number of animals to manage according to the available technology in the country

2.    Students spend one semester (16 weeks, 5 days per week) at the University Research Station

3.    The practical training at the Station is equivalent to 12 credit hours​











113/4/2021 1:53 PMAhmad Shamoun08.Practical Training & Field Experience08.Practical Training & Field Experience19
  
Bachelor in Animal ProductionBachelor in Animal Production

The program does not contain a research or graduation project for undergraduates​
117/29/2019 12:31 PMAhmad Shamoun09.Project and Research09.Project and Research20
  
Bachelor in Animal ProductionBachelor in Animal Production

Development of the learning outcomes is promoted through the following teaching and learning methods:

1.    In class PowerPoint lectures

2.   Group discussions

3.   Student Presentations

4.  Class projects

5.  Practical and applied training including one semester at the University Research Station in the Jordan Valley​

113/2/2021 1:13 PMAhmad Shamoun05.Teaching, learning & assessment methods05.Teaching, learning & assessment methods16Teaching and Learning MethodsTeaching and Learning Methods1
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