MS in Clinical Laboratory Sciences (MS-CLS)

Program overview

The MS-CLS program offers students the opportunity to deepen their expertise in clinical laboratory sciences through focused academic training and research. The program is structured to address both scientific advancements and operational competencies in medical diagnostics and laboratory management.
 
Students may choose between:

• Thesis Track (30 credits) - for students pursuing research-based careers or doctoral studies
• Professional Track (34 credits) -for students aiming to advance in laboratory operations or industry roles

 
Each track offers advanced-level coursework, either a thesis or internship experience, and electives tailored to the student's specialization.
 

The degrees we offer

Program objectives and outcomes

A. Molecular Biology Track & Infectious Diseases and Immunology Track

Program learning objectives
  The MS-CLS program (thesis tracks) aims to:

1. Equip students with advanced theoretical knowledge and practical skills in molecular biology, microbiology, and immunology, utilizing both classical methodologies and modern laboratory technologies.
2. Provide comprehensive training in clinical laboratory sciences, emphasizing analytical accuracy, methodological rigor, and clinical relevance.
3. Foster an interactive and supportive learning environment that promotes critical thinking, scientific discussion, and collaborative learning.
4. Develop students' abilities to conduct in-depth literature reviews, critically evaluate scientific evidence, and draw sound conclusions.
5. Enable students to design, formulate, and implement independent research projects addressing significant and emerging issues in clinical laboratory sciences.
6. Train students to analyze, interpret, and critically discuss research findings, and communicate results effectively in oral and written scientific formats.
7. Prepare graduates for successful professional careers in clinical laboratories, pharmaceutical and biotechnology industries, research institutions, and academia.

Program learning outcomes
  Upon completion of the MS-CLS degree (thesis tracks), graduates will be able to:

1. Perform accurate and advanced laboratory testing in microbiology, immunology, and molecular biology using appropriate methodologies.
2. Design and write scientifically sound research proposals and seek research funding.
3. Formulate hypotheses and apply appropriate experimental designs and statistical analyses to address research questions.
4. Conduct independent research projects that address gaps in the scientific literature within the field of clinical laboratory sciences.
5. Analyze experimental data using appropriate controls and assess the validity, reliability, and limitations of findings.
6. Communicate scientific information clearly and effectively through oral presentations, written reports, and publications.
7. Function effectively as a senior technologist or specialist in clinical laboratory settings.
8. Demonstrate competitiveness for employment in pharmaceutical and biotechnology industries or admission to doctoral (PhD) programs.

 

B. Laboratory Management Track (Professional Master's Degree)

Program learning objectives
The Professional Master's in Laboratory Management aims to:

1. Equip students with comprehensive expertise in laboratory operations, healthcare management, and administrative leadership.
2. Develop students' ability to apply regulatory standards, ethical principles, and financial management strategies in laboratory settings.
3. Strengthen competencies in quality assurance, quality improvement, and laboratory accreditation systems.
4. Offer experiential learning opportunities through training in healthcare, industrial, and diagnostic laboratory environments.
5. Promote professionalism, leadership, and ethical responsibility in laboratory management roles.

Program learning outcomes
Graduates of the Master's in Laboratory Management will be able to:

1. Manage and sustain high-quality laboratory services in compliance with national and international regulatory standards.
2. Create a productive and safe laboratory environment through effective supervision, training, and evaluation of laboratory personnel.
3. Develop, implement, and monitor laboratory policies, procedures, and regulatory documentation.
4. Demonstrate leadership, accountability, and professional conduct in laboratory and healthcare settings.
5. Apply principles of integrity, equity, and ethical decision-making in laboratory management and administration.

 
For full curriculum, course descriptions, admission requirements, and track-specific details, please refer to the FHS Graduate Handbook.