B.Voc in Medical Laboratory Technology
A B.Voc (Bachelor of Vocation) in Medical Laboratory Technology is an undergraduate degree program designed to provide students with practical and hands-on training in various aspects of medical laboratory technology. It aims to equip students with the necessary skills and knowledge required to work as laboratory technologists or technicians in the healthcare sector.
- Duration: 3 years
- Eligibility: Working Professionals (professionals in same/similar industry preferred)
- Age Limit: No
- Affiliation: : Datta Meghe Institute of Higher Education and Research (DMIHER)
After completing a B.Voc in Medical Laboratory Technology (MLT), graduates can explore various career opportunities in the healthcare sector. Here are some potential career paths:
Medical Laboratory Technician: Graduates can work as medical laboratory technicians in hospitals, clinics, diagnostic laboratories, and research institutions. They are responsible for performing various laboratory tests, analyzing, samples, and assisting medical technologists in conducting diagnostic investigations.
Medical Laboratory Technologist: With experience and additional certifications, graduates can advance to the role of a medical laboratory technologist. Technologists have a higher level of responsibility and often supervise laboratory technicians. They may also be involved in more complex testing and research activities.
Phlebotomist: A phlebotomist specializes in drawing blood from patients for diagnostic testing. Graduates can work as phlebotomists in hospitals, blood banks, and clinical laboratories.
Clinical Laboratory Scientist: With further education and training, B.Voc MLT graduates can pursue a career as clinical laboratory scientists. They perform advanced laboratory tests and research, analyze complex medical data, and contribute to medical research and development.
Quality Control Technician: Graduates can find opportunities in quality control and quality assurance roles in medical laboratories, ensuring that laboratory equipment and procedures meet the required standards.
Infection Control Officer: Infection control officers play a vital role in preventing the spread of infections within healthcare facilities. Graduates with a background in MLT can work in this capacity, implementing and monitoring infection control measures.
Research Assistant: Graduates can work as research assistants in medical research projects, assisting scientists and researchers in conducting experiments, collecting data, and analyzing results.
Public Health Laboratories: Some graduates may choose to work in public health laboratories, contributing to disease surveillance, epidemiological studies, and health promotion programs.
Academic and Teaching Positions: Graduates interested in education and academia can pursue teaching positions in medical laboratory technology programs or related fields.
Sales and Technical Support: Graduates can work in sales and technical support roles for companies that manufacture and sell medical laboratory equipment and supplies.
Semester 1
- Communication Skills – I
- Human Anatomy as Applied to Radiology & Imaging – I
- Basics & Radiation Physics –I
- Basics Physics including Radiological Physics I-Lab
- Basic Anatomy-Lab
- Vocational Training-I
Semester 2
- Communication Skills – II
- Human anatomy as applied to radiology and imaging - 2
- Basics and radiation physics – 2
- Basics Physics including Radiological Physics II-Lab
- Basic Anatomy & physiology- Lab
- Vocational Training-II
Semester 3
- Soft Skill and Personality Development
- Radiography of upper & lower extremities –I
- Darkroom procedure – 1
- Modern Radiological & Imaging Equipment including Physics
- Clinical Radiography- Positioning Part 1
- Vocational Training-III
Semester 4
- Darkroom procedure - 2
- Radiography of upper & lower extremities – 2
- Newer Modalities Imaging Techniques including patient care
- Clinical Radiography- Positioning Part 2
- Vocational Training-IV
Semester 5
- Business Communication
- Special Radiographic Techniques –I
- Recent Advances in Imaging & Contrast Media – I
- Physics of Advanced Imaging Technology-Lab
- Radiographic Techniques of Advanced Imaging Technology-Lab
- Vocational Training-V
Semester 6
- Introduction to Entrepreneurship
- Special Radiographic Techniques –II
- Recent Advances in Imaging & Contrast Media – II
- Quality Assurance & Radiation Safety (AERB Guidelines) in
- Diagnostic Radiology Part 2
- Vocational Training-VI