Bachelor of Dental Manufacturing Technology

• Technical skills: Fabricate and repair a wide range of dental prostheses and appliances, such as crowns, bridges, and orthodontic appliances, to a high standard of precision.
• Technology proficiency: Utilize and troubleshoot modern dental technologies, including Computer-Assisted Design/Manufacturing (CAD/CAM) systems, 3D printing, and other digital tools for creating dental restorations.
• Knowledge base: Apply knowledge of dental materials, oral anatomy, and the principles of occlusion to create functional and esthetic dental devices.
• Problem-solving: Analyze and solve complex technical problems related to the design and manufacturing of dental prostheses.
• Professional and ethical conduct: Adhere to the ethical codes of the profession and maintain a high degree of professionalism in all aspects of their work.
• Quality assurance: Ensure the quality and precision of manufactured dental products meet the specifications and requirements of the dentist and patient.
• Continuous learning: Develop a mindset of lifelong learning to stay current with advancements in dental technology and techniques.

Jordanian General Secondary Certificate with min 60% average.

Department Requirements

General Chemistry – Theory (2:2-0)
This course introduces students to the fundamental principles of general chemistry. The first part covers basic concepts, measurements, atomic structure, and electron configuration. The second part explores periodic table properties, chemical bonding, molecular geometry, and intermolecular forces. Practical examples are provided for each concept. The final section addresses the properties of gases and liquids, alongside applications in modern life sciences and dental technology.

General Chemistry Laboratory (0:1-3)
Students will investigate selected chemical or physical systems, conduct experiments, and derive conclusions through practical observation. The laboratory reinforces theoretical concepts with hands-on experimentation.

General Biology – Theory (2:2-0)
This course focuses on the molecular and cellular foundations of life. Topics include cell structure and function, information flow, metabolism, cell division, and classical and modern genetics. It is designed for students pursuing biotechnology, genetics, or related fields.

General Biology Laboratory (0:1-3)
The lab enhances understanding of cellular, molecular, and genetic processes learned in lectures. Exercises include microscopy of cells and tissues, biochemical enzyme activity analysis, osmosis, cellular respiration, genetic analysis, and examination of plant, animal, and human tissues.

Anatomy and Histology – Theory (2:2-0)
An introductory course in gross anatomy, providing knowledge of human body structure and early human development from conception through embryonic stages. It covers major congenital abnormalities and principles of human embryology.

Anatomy and Histology Laboratory (0:1-3)
Students study human anatomy using sectional images in axial, coronal, and sagittal planes, supplemented with CT and MRI images. Selected structural functions are explained alongside anatomical context.

Physiology – Theory (2:2-0)
This course introduces students to human physiology, emphasizing core concepts such as homeostasis, feedback mechanisms, cellular physiology, ionic membrane excitability, contraction mechanics, and major organ systems including nervous, cardiovascular, respiratory, digestive, renal, and endocrine systems. It prepares students for understanding pathology and disease physiology.

Physiology Laboratory (0:1-3)
Provides hands-on experience with physiological concepts covered in lectures, performed in small groups to achieve laboratory objectives.

First Aid (0:3-3)
Introduces students to emergency medical care, teaching them to assess patients, prioritize interventions, and manage airway obstruction, shock, bleeding, soft tissue injuries, burns, fractures, allergic reactions, poisoning, environmental emergencies, altered mental states, and CPR techniques.

Medical Ethics, Management, and Quality Control (3:3-0)
An introduction to philosophical and professional ethics, including theories of right and wrong, value theory, and virtue ethics, with a focus on medical and allied health practices.

Statistics and Research Methods (0:3-3)
Provides students with a strong foundation in research methodologies, including data collection, literature review, and statistical analysis relevant to dental technology.

Research Project (0:2-2)
Students engage in a supervised research project involving problem definition, methodology, milestones, and literature review. Some students may conduct independent research or theoretical calculations.

3D Printing Applications in Medical Fields – Theory (0:1-1)
Introduces students to the applications of 3D printing in healthcare, including experimental model creation and customized dental prostheses using computer-aided design (CAD) software. Focus areas include dental, maxillofacial, and reconstructive applications such as artificial eyes, ears, and facial prostheses.

3D Printing Laboratory (0:2-6)
Hands-on training in operating 3D printers and applying the technology in a digital dental laboratory environment.

Mandatory Specialization Courses

Introduction to Dental Terminology (0:1-1)
Introduces students to dental terminology, dental programs, and clinical environments to familiarize them with the profession and workflow.

Dental Anatomy and Occlusion – Theory (0:1-1)
Covers the morphology of teeth, occlusion, numbering systems, and normal and abnormal dental relationships.

Dental Anatomy and Occlusion Laboratory (0:2-6)
Students practice manual skills in tooth anatomy, morphology, and sculpting wax teeth to replicate natural dentition.

Foundations of Dental Technology – Theory (0:1-1)
Covers essential laboratory skills, dental casts, model fabrication, and basic dental instruments used in most prosthetic procedures.

Foundations of Dental Technology Laboratory (0:1-3)
Hands-on practice in handling dental materials and creating essential dental tools and equipment for fixed and removable prostheses.

Oral and Dental Pathology (0:2-2)
Students study the causes and effects of oral diseases and practice diagnosis using clinical, radiographic, microscopic, and biochemical examinations.

Head and Neck Anatomy – Theory (0:2-2)
Focuses on the anatomy of head and neck tissues, emphasizing their relevance to oral health and function.

Head and Neck Anatomy Laboratory (0:1-3)
Practical study of regional anatomy to understand surgical procedures and disease interactions in the craniofacial region.

Biomaterials in Dentistry – Theory (0:3-3)
Introduces common dental materials used in clinical and laboratory practice, emphasizing properties and applications.

Biomaterials Laboratory (0:1-3)
Hands-on practice in identifying and testing dental materials used in clinical practice.

Complete Removable Prostheses (1) – Theory (0:1-1)
Covers fundamental principles of fabricating full dentures and their functional occlusion.

Complete Removable Prostheses (1) – Laboratory (0:2-6)
Practical training in denture fabrication, including tooth arrangement, waxing, acrylic processing, and occlusal adjustment.

Partial Removable Prostheses (1) – Theory (0:1-1)
Introduces principles of partial denture design, including clasps, frameworks, and laboratory preparation.

Partial Removable Prostheses (1) – Laboratory (0:2-6)
Hands-on fabrication of partial dentures with metal frameworks, clasping, and occlusion.

Fixed Prosthodontics (1) – Theory (0:2-2)
Covers preparation of teeth for crowns and fixed partial dentures, including metal crowns, bridges, and posts.

Fixed Prosthodontics (1) – Laboratory (0:2-6)
Practical training in fabrication of metal crowns, fixed partial dentures, and posts.

Maxillofacial Prostheses (1) – Theory (0:1-1)
Introduction to facial and oral prostheses, including ocular, auricular, and silicone nasal prosthetics.

Maxillofacial Prostheses Laboratory (0:2-6)
Hands-on fabrication of facial prostheses, including coloring and finishing to match patient features.

Occupational Safety and Laboratory Maintenance (0:2-2)
Covers dental lab management, infection control, health and safety, post-exposure protocols, legal and ethical considerations, and equipment handling.

Advanced Removable Prostheses (2) – Theory (0:1-1)
Provides advanced knowledge on denture fabrication for non-ideal occlusion, immediate dentures, duplication, and repair techniques.

Advanced Removable Prostheses Laboratory (0:2-6)
Hands-on training for advanced denture fabrication, repair, and relining procedures.

Advanced Partial Dentures (2) – Theory (0:1-1)
Covers cobalt-chromium alloy partial dentures, design, and clinical considerations.

Advanced Partial Dentures Laboratory (0:2-6)
Practical training in fabrication of cobalt-chromium partial dentures, including scanning, design, and workflow.

Orthodontics (1) – Theory (0:1-1)
Introduction to removable orthodontic appliances and fundamentals of orthodontic treatment planning.

Orthodontics Laboratory (0:2-6)
Hands-on fabrication of removable orthodontic appliances using wires and acrylic.

Orthodontics (2) – Theory (0:1-1)
Theoretical principles of fixed and removable orthodontic appliances.

Orthodontics Laboratory (0:2-6)
Practical training for fixed and removable appliances, including wire bending, acrylic, and assembly.

Facial Prosthetics – Theory (0:1-1)
Covers fabrication of external facial prostheses such as eyes, ears, noses, and fingers using silicone.

Facial Prosthetics Laboratory (0:2-6)
Hands-on practice in creating realistic facial prostheses and finishing techniques.

Fixed Prosthodontics (2) – Theory (0:1-1)
Covers porcelain layering, metal coping, and crown/bridge fabrication.

Fixed Prosthodontics Laboratory (0:2-6)
Practical training in all steps of metal-ceramic crown and bridge fabrication.

Skull Prosthetics – Applied (0:2-2)
Covers prosthetic reconstruction for cranial defects, material selection, and surgical collaboration.

Skull Prosthetics Laboratory – Applied (0:1-3)
Hands-on training in creating titanium cranial prostheses using 3D printing technology.

CAD/CAM in Dentistry – Theory (0:2-2)
Introduces digital design, 3D scanning, and computer-aided fabrication of dental prostheses.

CAD/CAM Laboratory (0:2-6)
Students practice digital scanning, design, and creation of dental restorations using CAD/CAM technology.

Removable Prostheses – Applied (1) (0:4-12)
Full practical training in partial and complete removable dentures using real patient cases in production labs.

Removable Prostheses – Applied (2) (0:3-9)
Advanced practical training in production labs to enhance skills and confidence with real patient cases, bridging education and the job market.

Fixed Prosthodontics – Applied (1) (0:3-9)
Hands-on fabrication of fixed prostheses (crowns, bridges, posts) with real patient cases in production labs.

Fixed Prosthodontics – Applied (2) (0:3-9)
Further practical training in porcelain-fused-to-metal restorations and posts using live patient cases.

Orthodontics Laboratory – Applied (0:2-6)
Practical application of fixed and removable orthodontic appliances with real patient cases.

Maxillofacial Prosthetics – Applied (0:2-6)
Hands-on training in intraoral and extraoral prostheses fabrication for patients.

Esthetic Dentistry (1) – Theory (0:2-2)
Introduction to metal-free porcelain restorations, including veneers, bridges, and full crowns.

Esthetic Dentistry Laboratory (1) (0:1-3)
Practical training in porcelain veneer, bridge, and crown fabrication.

Esthetic Dentistry (2) – Theory (0:2-2)
Advanced concepts in adhesive and ceramic restorations for esthetic cases.

Esthetic Dentistry Laboratory (2) (0:2-6)
Hands-on fabrication of metal-free porcelain restorations using various systems.

Dental Implant Techniques – Theory (0:1-1)
Covers dental implant components, impressions, and restoration techniques.

Dental Implant Laboratory (0:2-6)
Practical training in implant placement, impression handling, and fabrication of implant-supported restorations, including crowns, bridges, and full dentures.