The BSc Laboratory Medicine at Manipal College of Medical Sciences (MCOMS), Pokhara is a four-year undergraduate laboratory medicine program affiliated with Kathmandu University (KU).
The program is also identified as equivalent to Bachelor of Science in Medical Laboratory Technology (BSc MLT) or Bachelor of Science in Medical Laboratory Science (BSc MLS). Its academic structure combines basic medical sciences with clinical biochemistry, microbiology, hematology, histology and cytology, transfusion medicine, laboratory management, analytical techniques, research, and clinical laboratory practicum.
The course runs across eight semesters. The first two years establish the medical science foundation and laboratory skills, while the third and fourth years move into clinical laboratory disciplines, rotational postings, laboratory management, research methodology, and project work.
| Particular | Details |
|---|---|
| Course | Bachelor of Science in Laboratory Medicine |
| Common equivalent titles | BSc MLT / BSc MLS |
| Level | Bachelor's degree |
| Institution | Manipal College of Medical Sciences (MCOMS), Pokhara |
| Affiliation | Kathmandu University |
| Duration | 4 academic years |
| Academic structure | 8 semesters |
| Admission framework | Medical Education Commission |
| Entrance framework | MECEE-BL |
| Main study areas | Clinical Biochemistry, Clinical Microbiology, Hematology, Histology and Cytology, Blood Banking, Laboratory Management |
| Practical components | Laboratory practicals and clinical laboratory practicum |
| Research component | Biostatistics, Research Methodology, and Research Project Work |
Laboratory medicine is concerned with scientific testing and interpretation used in the diagnosis and management of disease.
The BSc Laboratory Medicine curriculum at MCOMS is built around both medical science and laboratory practice. Students first study subjects such as anatomy, biochemistry, microbiology, pathology, pharmacology, and physiology before progressing into specialized clinical laboratory disciplines.
The later semesters give substantial attention to laboratory work. Students study clinical biochemistry, bacteriology, virology, parasitology, mycology, immunology, hematology, histology, cytology, transfusion medicine, blood banking, analytical techniques, laboratory management, and clinical interpretation.
The program also includes rotational laboratory postings and a research project, giving students structured exposure to practical laboratory work alongside theoretical study.
BSc Laboratory Medicine is a four-year degree divided into eight semesters.
| Academic Stage | Semesters | Main Focus |
|---|---|---|
| Foundation stage | I-IV | Basic medical sciences and laboratory practicals |
| Clinical laboratory stage | V-VII | Clinical laboratory disciplines and rotational practicum |
| Final practice and research stage | VIII | Clinical laboratory practicum and research project |
The first four semesters are centered mainly on anatomy, biochemistry, microbiology, pathology, pharmacology, physiology, and laboratory practical work.
From Semester V onward, the program becomes more specialized, with clinical laboratory subjects and practical postings becoming central to the curriculum.
The course is structured to prepare graduates for laboratory investigation within health care settings.
Academic preparation covers the ability to:
Perform laboratory investigations within the scope of professional training
Work with clinical laboratory procedures
Apply quality-control principles
Interpret laboratory results within the academic scope of the program
Use laboratory equipment and analytical methods
Work across major diagnostic laboratory sections
Understand laboratory organization and management
Participate in research activities
Develop supervisory and laboratory-management knowledge
The course therefore combines scientific knowledge with practical laboratory procedures rather than treating laboratory medicine as a purely theoretical field.
Eligibility for BSc Laboratory Medicine follows the prevailing criteria prescribed by the Medical Education Commission for the program.
Admission is regulated within Nepal's medical education framework. Candidates must satisfy the applicable academic qualification and entrance requirements established for the relevant admission cycle.
Eligibility and admission should be considered separate stages. Meeting the academic qualification requirement allows a candidate to participate in the applicable admission process, while final admission depends on the entrance, merit, matching, seat allocation, and other provisions administered under MEC regulations.
Bachelor-level admission in the regulated medical and health professional education system follows the MECEE-BL framework.
The entrance and selection process is conducted under the Medical Education Commission (MEC).
The admission pathway includes:
Meeting the applicable academic eligibility.
Applying through the prescribed MEC admission system.
Appearing in MECEE-BL.
Meeting the required entrance standard.
Participating in the applicable merit and matching process.
Receiving institutional placement according to merit, category, choice, and available seats.
Completing the institutional admission process after allocation.
Scholarship, foreign, paying, reservation, and other seat categories operate according to the prevailing MEC framework.
The finalized MCOMS seat structure identifies the laboratory medicine program under BSc MLT (Medical Laboratory Technology), which is treated within the institutional course information as equivalent to BSc Laboratory Medicine.
| Seat Category | Seats |
|---|---|
| Total Seats | 5 |
| Foreign Seats | 2 |
| Paying Seats | 2 |
| Scholarship Seats | 1 |
The single scholarship seat is identified as an open scholarship seat.
Seat numbers are determined through the applicable MEC process and can change between admission cycles. They should therefore be read as a stated seat allocation rather than a permanent annual intake.
The BSc Laboratory Medicine curriculum is organized across eight semesters.
The first four semesters establish a common foundation in medical sciences. The third year introduces the major diagnostic laboratory specialties, while the fourth year covers immunology, transfusion medicine, analytical techniques, laboratory management, research, and extensive clinical laboratory practicum.
Semester I establishes the basic medical science foundation.
| Subject | Credit Hours |
|---|---|
| Anatomy | 3 |
| Biochemistry | 3 |
| Microbiology | 2 |
| Pathology | 2 |
| Pharmacology | 2 |
| Physiology | 3 |
| Laboratory Practical I | 4 |
Total: 19 credit hours
Laboratory Practical I covers practical work related to:
Anatomy
Biochemistry
Microbiology
Pathology
Pharmacology
Physiology
This structure gives students practical exposure alongside the introductory scientific subjects rather than postponing laboratory work until the later clinical years.
The same core medical sciences continue in Semester II.
| Subject | Credit Hours |
|---|---|
| Anatomy | 2 |
| Biochemistry | 3 |
| Microbiology | 2 |
| Pathology | 2 |
| Pharmacology | 2 |
| Physiology | 3 |
| Laboratory Practical II | 4 |
Total: 18 credit hours
Laboratory Practical II again integrates practical activities from anatomy, biochemistry, microbiology, pathology, pharmacology, and physiology.
The first year therefore establishes both theoretical and laboratory foundations for later clinical laboratory subjects.
Semester III continues the basic medical sciences and laboratory practical sequence.
| Subject | Credit Hours |
|---|---|
| Anatomy | 3 |
| Biochemistry | 2 |
| Microbiology | 2 |
| Pathology | 2 |
| Pharmacology | 2 |
| Physiology | 3 |
| Laboratory Practical III | 4 |
Total: 18 credit hours
Laboratory Practical III continues practical training across the same six foundational disciplines.
By this stage, students have repeated exposure to both theoretical concepts and laboratory procedures across three semesters.
Semester IV completes the main foundation phase and formally introduces laboratory medicine as a dedicated subject.
| Subject | Credit Hours |
|---|---|
| Anatomy | 3 |
| Biochemistry | 2 |
| Microbiology | 2 |
| Pathology | 2 |
| Pharmacology | 3 |
| Physiology | 3 |
| Introduction to Laboratory Medicine | 4 |
| Laboratory Practical IV | 4 |
Total: 23 credit hours
Introduction to Laboratory Medicine marks the transition between the basic science phase and the specialized clinical laboratory phase.
Laboratory Practical IV continues practical work in anatomy, biochemistry, microbiology, pathology, pharmacology, and physiology.
Semester V begins specialized clinical laboratory education.
| Subject | Credit Hours |
|---|---|
| Clinical Biochemistry I | 3 |
| Clinical Biochemistry Practical I | 1 |
| Clinical Microbiology I – Bacteriology | 4 |
| Clinical Microbiology Practical I | 1 |
| Hematology I | 4 |
| Hematology Practical I | 1 |
| Histology and Cytology I | 4 |
| Histology and Cytology Practical I | 1 |
| Preventive Medicine and First Aid | 3 |
| Human Genetics and Molecular Biology | 3 |
| Clinical Laboratory Practicum | 3 |
Total: 31 credit hours
The fifth semester represents a significant change in the program because students begin studying laboratory disciplines in their clinical form.
The semester also introduces rotational clinical laboratory posting.
Clinical Biochemistry connects biochemical science with laboratory testing used in health and disease.
Students study the discipline across two semesters, with separate practical components supporting the theoretical coursework.
The subject forms one of the major laboratory areas included in later rotational postings.
Clinical Microbiology develops across several stages.
The curriculum divides it into:
Bacteriology
Virology
Parasitology
Mycology
Immunology
This sequencing allows students to study different groups of microorganisms and related laboratory methods in separate parts of the course.
Practical components accompany the clinical microbiology subjects.
Hematology is studied during the third year through Hematology I and Hematology II.
The curriculum includes both theory and laboratory practical work.
It prepares students to work with laboratory concepts and procedures related to blood and forms part of the later clinical laboratory rotational posting.
Histology and Cytology are also divided across the fifth and sixth semesters.
Theoretical learning is combined with practical sessions.
These subjects continue into clinical laboratory practicum through rotational work in the histology and cytology laboratory section.
Preventive Medicine and First Aid appears in Semester V.
Its inclusion places laboratory education within the wider health care setting rather than limiting the program entirely to technical laboratory procedures.
Human Genetics and Molecular Biology is included in the fifth semester.
It adds genetic and molecular concepts to the laboratory science curriculum and sits alongside clinical biochemistry, microbiology, hematology, and histology.
Semester VI continues the specialized laboratory disciplines.
| Subject | Credit Hours |
|---|---|
| Clinical Biochemistry II | 4 |
| Clinical Biochemistry Practical II | 1 |
| Clinical Microbiology II – Virology, Parasitology and Mycology | 4 |
| Clinical Microbiology Practical II | 1 |
| Haematology II | 4 |
| Haematology Practical II | 1 |
| Histology and Cytology II | 3 |
| Histology and Cytology Practical II | 1 |
| Forensic Medicine and Toxicology | 2 |
| Clinical Laboratory Practicum | 3 |
Total: 27 credit hours
Clinical laboratory practicum continues through rotational posting.
The semester extends the major laboratory disciplines studied in Semester V while adding Forensic Medicine and Toxicology.
Semester VII moves into advanced laboratory topics, blood banking, research methodology, laboratory systems, and management.
| Subject | Credit Hours |
|---|---|
| Clinical Microbiology III – Immunology | 3 |
| Clinical Microbiology Practical III | 1 |
| Transfusion Medicine and Blood Banking | 4 |
| Transfusion Medicine and Blood Banking Practical | 1 |
| Biostatistics and Research Methodology | 4 |
| Analytical Technique and Automation | 3 |
| Total Laboratory Management | 2 |
| Laboratory Medicine and Clinical Interpretation | 1 |
| Clinical Laboratory Practicum | 6 |
Total: 28 credit hours
This semester broadens the course beyond individual testing disciplines by covering how laboratory services are organized, assessed, interpreted, and connected with research.
Transfusion Medicine and Blood Banking is studied with both theoretical and practical components.
It is also one of the laboratory areas included in the rotational practicum.
The subject adds blood banking and transfusion-related laboratory work to the student's clinical laboratory training.
The third clinical microbiology component focuses on immunology.
It follows earlier study in bacteriology, virology, parasitology, and mycology and includes a separate practical component.
Biostatistics and Research Methodology prepares students for the research component of the final semester.
Students are introduced to the methods needed to organize, analyze, and conduct academic research within the course framework.
Analytical Technique and Automation addresses laboratory analytical methods and automated systems used within clinical laboratory practice.
Its position in the fourth year connects earlier laboratory training with the operation and management of laboratory processes.
Total Laboratory Management introduces the organizational and quality-related responsibilities involved in laboratory services.
This subject is consistent with the course's focus on quality control and professional responsibility within clinical laboratories.
Laboratory Medicine and Clinical Interpretation connects laboratory findings with their clinical use.
The subject forms part of the later stage of the program after students have completed substantial study in clinical biochemistry, microbiology, hematology, histology, and related laboratory disciplines.
The final semester places the greatest emphasis on clinical laboratory practicum and research.
| Component | Credit Hours |
|---|---|
| Clinical Laboratory Practicum | 24 |
| Research Project Work | 6 |
Total: 32 credit hours
A research project is assigned during the eighth semester and must be completed and submitted before the final examination.
The final semester therefore concentrates primarily on practical laboratory exposure and independent academic project work.
Clinical laboratory practicum is introduced during the third year and becomes a major component of the fourth year.
Rotational postings include different laboratory sections such as:
Biochemistry
Microbiology
Hematology
Blood Bank
Histology and Cytology
The practicum allows students to move through different areas of laboratory medicine rather than remaining within one laboratory specialty throughout the course.
Semester VIII carries 24 credit hours of clinical laboratory practicum, making practical laboratory training the main academic component of the final semester.
Research Project Work carries six credit hours in Semester VIII.
The assigned project must be completed and submitted to the institution before the final examination.
Research preparation begins earlier through Biostatistics and Research Methodology in Semester VII.
The sequence therefore moves from learning research concepts to completing a structured academic project during the final year.
Teaching activities in BSc Laboratory Medicine include:
Classroom lectures
Laboratory practicals
Problem-based learning
Seminars
Workshops
Community visits
Hospital visits
This combination reflects the nature of the course, where laboratory procedures must be learned alongside scientific concepts and their use within health care settings.
Practical laboratory work begins in the first semester.
During the initial four semesters, laboratory practicals are associated with:
Anatomy
Biochemistry
Microbiology
Pathology
Pharmacology
Physiology
The later curriculum moves away from a common basic-science practical format and into discipline-specific clinical laboratory practicals.
Students then undertake practical training in areas such as:
Clinical Biochemistry
Clinical Microbiology
Hematology
Histology and Cytology
Transfusion Medicine and Blood Banking
This progression allows laboratory training to develop alongside the increasing specialization of the academic subjects.
The program gives explicit attention to quality and laboratory organization.
Total Laboratory Management, Analytical Technique and Automation, and Laboratory Medicine and Clinical Interpretation are included in Semester VII.
The stated purpose of the program also identifies quality control, interpretation of results, and laboratory leadership as areas of professional preparation.
This means the academic scope extends beyond performing laboratory procedures to include the systems required to organize and monitor laboratory work.
Laboratory medicine involves more than producing numerical or descriptive test results.
The curriculum includes Laboratory Medicine and Clinical Interpretation, placing attention on understanding laboratory findings within their clinical setting.
Students encounter this subject after completing earlier work in pathology, physiology, clinical biochemistry, microbiology, hematology, histology, and related disciplines.
The sequence helps connect laboratory methods with the diagnostic role of laboratory medicine.
The degree prepares students academically for work connected with medical laboratory services.
The areas represented in the curriculum include:
Clinical biochemistry laboratories
Microbiology laboratories
Hematology laboratories
Blood banking and transfusion services
Histology and cytology laboratories
Laboratory quality and management
Research-related laboratory work
Professional entry depends on completing the degree and meeting the regulatory requirements applicable to the profession.
For allied health professions covered by the relevant framework, graduates must meet the applicable registration and licensing requirements of the Nepal Health Professional Council (NHPC) before entering regulated professional practice.
BSc Laboratory Medicine operates within the Kathmandu University academic framework.
Students must complete the prescribed theoretical courses, practical work, clinical laboratory practicum, research requirements, examinations, and other academic components attached to the curriculum.
MCOMS provides the institutional and laboratory setting for study, while Kathmandu University governs the affiliated academic framework and degree requirements.
The program provides an undergraduate foundation in clinical laboratory sciences, research methods, and laboratory practice.
Students who later seek postgraduate education must meet the eligibility and admission requirements of the specific postgraduate program they intend to pursue.
MCOMS also has academic activity in laboratory-related postgraduate disciplines, including medical microbiology and medical biochemistry, but postgraduate admission remains separate from completion of the bachelor's degree.
The course is relevant to students interested in laboratory-based health science and who are comfortable combining scientific study with practical work.
Students considering the program should be prepared for:
Anatomy and physiology
Biochemistry
Microbiology
Pathology
Pharmacology
Regular laboratory practicals
Clinical laboratory testing
Hematology
Histology and cytology
Blood banking
Research methodology
Laboratory management
Rotational laboratory postings
Research project work
The curriculum involves sustained laboratory study across all four years, with particularly intensive practical training during the final stages.
The program is affiliated with Kathmandu University.
It runs for four academic years.
The curriculum is divided into eight semesters.
It is identified as equivalent to BSc MLT or BSc MLS.
Admission follows the MEC and MECEE-BL framework.
The stated MCOMS allocation under BSc MLT contains five seats.
The first two years focus mainly on basic medical sciences and laboratory practicals.
Specialized clinical laboratory subjects begin in the third year.
Clinical laboratory practicum starts in Semester V.
Semester VIII includes 24 credit hours of clinical laboratory practicum.
A six-credit research project is completed in the final semester.
The curriculum includes Clinical Biochemistry, Clinical Microbiology, Hematology, Histology and Cytology, and Transfusion Medicine.
Laboratory management, automation, research methodology, and clinical interpretation are included in the fourth year.
Professional entry remains subject to the applicable council registration and licensing requirements.
The program is four academic years divided into eight semesters.
The MCOMS course information identifies BSc Laboratory Medicine as equivalent to Bachelor of Science in Medical Laboratory Technology (BSc MLT) or Bachelor of Science in Medical Laboratory Science (BSc MLS).
BSc Laboratory Medicine at MCOMS is affiliated with Kathmandu University.
Admission follows the MECEE-BL framework under the Medical Education Commission.
Eligibility follows the prevailing Medical Education Commission criteria applicable to the program. Candidates must also meet the entrance, merit, matching, and admission requirements prescribed under the MEC system.
The stated allocation under BSc MLT is five seats: two foreign seats, two paying seats, and one open scholarship seat. Seat allocation may change according to MEC determination.
The first two years mainly cover Anatomy, Biochemistry, Microbiology, Pathology, Pharmacology, Physiology, laboratory practicals, and Introduction to Laboratory Medicine.
The later curriculum includes Clinical Biochemistry, Clinical Microbiology, Hematology, Histology and Cytology, Transfusion Medicine and Blood Banking, Laboratory Management, and Clinical Interpretation.
Yes. Laboratory practicals begin in the first semester, and clinical laboratory practicum starts in the third year. The final semester includes 24 credit hours of clinical laboratory practicum.
The identified sections include Biochemistry, Microbiology, Hematology, Blood Bank, and Histology and Cytology.
Yes. Students study Biostatistics and Research Methodology in Semester VII and complete a six-credit Research Project Work component in Semester VIII.
Yes. Total Laboratory Management, Analytical Technique and Automation, and Laboratory Medicine and Clinical Interpretation are included in the fourth-year curriculum.
Entry into regulated allied health professional practice is subject to the applicable professional council requirements. Relevant graduates may be required to meet the registration and licensing provisions of the Nepal Health Professional Council.
