Department of Natural Resources and Chemical Engineering
Teachers Count
14
Dr. DIYA' ALI AHMAD ALFUQARA
Head of Department of Natural Resources and Chemical Engineering
Department of Natural Resources and Chemical Engineering
The Department of Natural Resources and Chemical Engineering at Tafila Technical University offers specialized engineering programs dedicated to the exploration and utilization of natural resources, raw material processing, and the support of mining, geological, chemical, and environmental industries. The Department aims to graduate scientifically and practically qualified engineers with integrated knowledge in mining engineering, geological engineering, and chemical engineering, enabling them to contribute effectively to national and regional projects related to natural resources and process industries.
The Department integrates theoretical foundations with practical applications through modern academic programs covering mineral exploration, mining design and operations, geological formation analysis, and chemical and industrial process engineering, with emphasis on efficiency, safety, and environmental sustainability.
It also focuses on developing students’ competencies in the use of modern engineering software for modeling, simulation, analysis, and design, ensuring their readiness for advanced industrial and engineering environments.
Vision
To achieve excellence and leadership in education and applied research in natural resources and chemical engineering, and to contribute to the development of sustainable engineering solutions that support the mining and chemical industries at the local and regional levels.
Mission
To prepare qualified engineers in mining, geological, and chemical engineering through high-quality education, advanced practical training, and applied scientific research, in order to meet labor market needs and support sustainable development and efficient utilization of natural resources.
Objectives
• Prepare specialized engineering graduates in mining, geological, and chemical engineering fields.
• Equip students with scientific knowledge and practical skills in resource exploration and processing.
• Develop competencies in the design, operation, and optimization of industrial and chemical processes.
• Enhance the use of modern engineering tools and software in simulation and design.
• Integrate theoretical knowledge with practical experience through field training and applied projects.
• Support applied scientific research in natural resources and industrial engineering domains.
Core Values
Excellence and quality in engineering education.
Commitment to professional ethics and scientific responsibility.
Innovation in engineering and technological solutions.
Teamwork and collaboration.
Environmental responsibility and sustainability.
Continuous learning and technological advancement.
Learning Outcomes & Skills
Graduates of the Department acquire advanced skills enabling them to:
• Explore and evaluate mineral and geological resources.
• Design and operate mining and mineral processing projects.
• Develop and optimize chemical and industrial processes.
• Manage production systems and material selection and analysis.
• Prepare technical drawings, reports, and engineering documentation.
• Work effectively in multidisciplinary engineering teams using modern tools.
Practical Training
Field training is a core component of the study plan, allowing students to apply theoretical knowledge in mining companies and chemical industries, thereby enhancing their professional skills and preparing them for real-world engineering environments.
Career Opportunities
Graduates of the Department can pursue careers in:
• Mining and mineral exploration companies.
• Chemical plants and processing industries.
• Research and development centers in materials and chemical engineering.
• Engineering consultancy firms.
• Governmental and regulatory institutions related to natural resources.
• Environmental sustainability and resource management projects.
Department Majors
1
Credit Hour
Bachelor Degree
Program Overview
Mining Engineering is concerned with the study and application of engineering and geological principles in the exploration, extraction, and management of mineral resources from the Earth in an efficient, safe, and sustainable manner. The program focuses on preparing specialized engineers capable of designing, operating, and managing mining operations using modern technologies and advanced engineering methods in this vital field.
Program Learning Outcomes
By the end of the program, the graduate will be able to:
Apply engineering and geological principles in the exploration and evaluation of mineral resources.
Design and operate surface and underground mining projects.
Analyze rock properties and geological formations related to mining operations.
Utilize modern geological surveying and mining techniques for resource identification.
Apply occupational health and safety standards in mining environments.
Manage extraction, transportation, and preliminary mineral processing operations.
Use engineering software for design, simulation, and mining data analysis.
Work effectively within multidisciplinary engineering teams on mining projects.
Brief Study Plan
The study plan includes the following components:
General Requirements: Mathematics, General Physics, General Chemistry, Geology, Computer Skills.
Major Requirements: Mining Geology, Mine Engineering, Rock Drilling and Blasting, Rock Mechanics, Mineral Processing, Mining Economics, Mine Surveying.
Practical Courses: Geology and mining laboratories, computer-based engineering applications, geological data analysis, remote sensing and surveying techniques.
Field Training: On-site training in mining locations and quarries to gain practical experience and integrate theoretical knowledge with real-world applications.
Graduation Project: A research or applied project in one of the fields of mining engineering or mineral exploration and extraction.
Career Opportunities
Mining and mineral extraction companies.
Natural resource exploration companies.
Surface and underground mines.
Engineering and geological consultancy firms.
Government authorities responsible for mineral resources and energy.
Research and development centers in mining and materials.
Environmental and industrial safety companies in the mining sector.
1
Credit Hour
Bachelor Degree
Geological Engineering is concerned with the study of the Earth’s structure and its physical and mechanical properties, and the application of geological and engineering principles in analyzing rock formations and soils, and evaluating geological sites for various engineering projects. The program focuses on preparing engineers capable of understanding the interaction between the ground and engineering structures, ensuring the safe and sustainable implementation of projects in construction, mining, and infrastructure development.
Program Learning Outcomes
By the end of the program, the graduate will be able to:
Apply geological and engineering principles in analyzing earth formations.
Evaluate soil and rock properties and their suitability for engineering projects.
Use geological surveying and remote sensing techniques.
Analyze geological hazards such as landslides and earthquakes.
Contribute to engineering project design from a geological perspective.
Use geological and engineering software for analysis and modeling.
Prepare geological reports and studies for various projects.
Work effectively within multidisciplinary engineering teams in engineering and environmental projects.
Brief Study Plan
The study plan includes the following components:
General Requirements: Mathematics, General Physics, General Chemistry, General Geology, Computer Science.
Major Requirements: Engineering Geology, Soil Mechanics, Rock Mechanics, Structural Geology, Remote Sensing, Applied Geology, Hydrogeology.
Practical Courses: Geology laboratories, soil and rock analysis, Geographic Information Systems (GIS) applications, geological mapping.
Field Training: Field training at geological sites and engineering projects to gain practical experience.
Graduation Project: A research or applied project in one of the fields of geological engineering or engineering earth studies.
Career Opportunities
Geotechnical and geological consultancy firms.
Infrastructure, roads, and tunneling projects.
Mining and resource exploration companies.
Geological survey authorities.
Environmental and natural hazard assessment centers.
Government institutions related to natural resources.
Geotechnical engineering offices.
1
Credit Hour
Bachelor Degree
Program Overview
Chemical Engineering focuses on the design, operation, and optimization of industrial processes that involve the chemical and physical transformation of raw materials into valuable products. The program prepares engineers capable of understanding and applying concepts of chemical reactions, separation processes, thermodynamics, heat and mass transfer, ensuring efficient and sustainable industrial operations. It also emphasizes the development of engineering solutions that meet safety, quality, and environmental standards.
Program Learning Outcomes
By the end of the program, the graduate will be able to:
Apply chemical engineering principles in the design and operation of industrial processes.
Analyze and design chemical reactors and separation units.
Apply concepts of heat and mass transfer and thermodynamics.
Improve industrial process efficiency and reduce waste.
Use engineering software for simulation and modeling.
Apply safety and quality standards in industrial facilities.
Solve industrial problems using scientific engineering methods.
Work effectively within multidisciplinary engineering teams.
Brief Study Plan
The study plan includes the following components:
General Requirements: Mathematics, General Physics, General Chemistry, Computer Science.
Major Requirements: Thermodynamics, Heat and Mass Transfer, Chemical Reaction Engineering, Separation Processes, Process Design, Fluid Mechanics, Process Control.
Practical Courses: Chemical engineering laboratories, industrial process simulation, computer-based engineering applications, industrial data analysis.
Field Training: On-site training in industrial plants and facilities to gain practical experience and integrate theory with practice.
Graduation Project: A research or applied project in one of the fields of chemical engineering or industrial processes.
Career Opportunities
Chemical and petrochemical industries.
Oil, gas, and energy companies.
Pharmaceutical and food industries.
Water treatment and environmental plants.
Engineering and industrial consultancy firms.
Industrial research and development centers.
Governmental and regulatory industrial institutions.
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