Programs
Africa Laboratory Management Academy currently offers 5 programs that suit a wide range of learners for a variety of real world applications.
6+
Programs
10+
World Class Facilitators
3-6
Month Program Duration
Foundations of Laboratory Management
The Foundations of Laboratory Management program is a comprehensive 6-month course designed to equip learners with essential business and managerial skills for running and optimizing laboratory operations.
- Course Duration: 6 months (3 sessions/week, 2 hours/session)
- Total Sessions: ~72
Start Date: April 14, 2025, End Date: October 11, 2025
Learning Approach: Lectures, case studies, discussions, practical assignments, final business plan presentation, and a comprehensive exam that will lead to award of FLM(ALMA)
FLM: Foundations of Laboratory Management Curriculum
The Foundations of Laboratory Management program is a comprehensive 6-month course designed to equip learners with essential business and managerial skills for running and optimizing laboratory operations. Covering finance, accounting, marketing, operations, economics, leadership, strategy, business ethics, and human resources, this program blends theory with hands-on application through case studies, practical assignments, and interactive discussions. Meeting three times a week for two-hour sessions, participants will gain expertise in budgeting, supply chain management, regulatory compliance, and strategic decision-making. The course culminates in a final business plan presentation, preparing graduates to confidently lead and innovate in laboratory environments.
Month 1: Introduction to Laboratory Management & Business Fundamentals
Week 1: Course Overview & Introduction to Management
- Understanding laboratory business models
- Key managerial functions in laboratory settings
- Course expectations and final project introduction
Week 2: Business Strategy & Leadership in Laboratory Management
- Strategic planning for laboratory operations
- Leadership styles and decision-making
- Case studies of successful laboratory leaders
Week 3: Ethics, Legal & Regulatory Compliance
- Business ethics in lab management
- Regulatory requirements and compliance (e.g., FDA, ISO, CLIA)
- Risk management & ethical decision-making
Assignment: Analyze ethical dilemmas in laboratory settings
Month 2: Financial & Accounting Principles for Laboratories
Week 4: Fundamentals of Finance in Laboratory Management
- Introduction to financial statements
- Budgeting and financial planning
Week 5: Cost Accounting & Financial Decision Making
- Cost structures in laboratories
- Profitability analysis
Week 6: Funding, Revenue Models & Intellectual Property (IP) Considerations
- Revenue streams for labs
- Investment and funding sources
- Patents, trademarks, and IP management in laboratory innovations
Assignment: Create a basic financial statement for a lab
Month 3: Operations, Supply Chain & Risk Management
Week 7: Operational Efficiency in Laboratory Management
- Process optimization & workflow management
- Lean management principles in lab operations
Week 8: Quality Control, Risk & Crisis Management
- Quality assurance in lab operations
- Managing risks (e.g., sample contamination, cybersecurity breaches)
- Disaster recovery planning & business continuity
Week 9: Supply Chain, Procurement & Sustainability
- Vendor selection and supply chain logistics
- Inventory management best practices
- Green lab practices and sustainability
Assignment: Design a streamlined lab workflow with sustainability considerations
Month 4: Marketing, Customer Relations & Business Development
Week 10: Fundamentals of Marketing in Lab Management
- Branding and market positioning
- Understanding target audiences
Week 11: Digital Marketing & Customer Relationship Management (CRM)
- Online presence and digital strategies
- Managing relationships with clients, healthcare providers, and research institutions
- Crisis communication and customer feedback
Week 12: Business Development & Stakeholder Engagement
- Growth strategies for laboratory businesses
- Building partnerships and collaborations
- Effective communication with regulatory agencies and industry stakeholders
Assignment: Develop a marketing plan for a lab startup
Month 5: Human Resources, Leadership & Organizational Behavior
Week 13: HR Fundamentals & Talent Management
- Hiring, training, and employee retention strategies
- Workplace culture, diversity, and inclusion in laboratories
Week 14: Performance Management, Conflict Resolution & Organizational Development
- Employee performance evaluation
- Conflict resolution and team dynamics
- Change management in laboratory organizations
Week 15: Leadership & Technology in Lab Management
- Leading innovation and digital transformation
- Implementing Laboratory Information Management Systems (LIMS)
- Cybersecurity and data protection in laboratory operations
Assignment: Develop an HR strategy for a small laboratory
Month 6: Business Plan Development, Final Presentations & Course Exam
Week 16: Business Plan Structure & Financial Modeling
- Business model canvas for labs
- Creating financial projections
Week 17: Strategy, Presentation & Pitching Skills
- Effective communication of business proposals
- Pitching to investors and stakeholders
Week 18: Final Business Plan Presentations & Comprehensive Course Exam
- Final Business Plan Presentation: Learners present their fully developed laboratory business plan to a panel for evaluation
- Comprehensive Course Exam: Covers finance, marketing, operations, leadership, ethics, human resources, risk management, and innovation
- Exam Format:
- Multiple Choice & Short Answer (40%) – Testing core concepts
- Case Study Analysis (30%) – Applying learned strategies to real-world lab scenarios
- Essay/Problem-Solving (30%) – Strategic recommendations for a lab-based challenge
- Exam Format:
Final Deliverables:
– Presentation of a comprehensive business plan for a laboratory venture
– Completion of a graded Course Exam
Foundations of Laboratory Management – 2025 Schedule
Course Duration: April 14 – October 11 (3 sessions/week, 2 hours/session)
Total Sessions: ~72
Month 1: Introduction to Laboratory Management & Business Fundamentals
Week 1 (April 14, 16, 18) – Course Overview & Introduction to Management
Week 2 (April 21, 23, 25) – Business Strategy & Leadership in Lab Management
Week 3 (April 28, 30, May 2) – Ethics, Legal & Regulatory Compliance
Assignment: Analyze ethical dilemmas in laboratory settings
Month 2: Financial & Accounting Principles for Laboratories
Week 4 (May 5, 7, 9) – Fundamentals of Finance in Lab Management
Week 5 (May 12, 14, 16) – Cost Accounting & Financial Decision Making
Week 6 (May 19, 21, 23) – Funding, Revenue Models & Intellectual Property (IP) Considerations
Assignment: Create a basic financial statement for a lab
Month 3: Operations, Supply Chain & Risk Management
Week 7 (May 26, 28, 30) – Operational Efficiency in Laboratory Management
Week 8 (June 2, 4, 6) – Quality Control, Risk & Crisis Management
Week 9 (June 9, 11, 13) – Supply Chain, Procurement & Sustainability
Assignment: Design a streamlined lab workflow with sustainability considerations
Month 4: Marketing, Customer Relations & Business Development
Week 10 (June 16, 18, 20) – Fundamentals of Marketing in Lab Management
Week 11 (June 23, 25, 27) – Digital Marketing & Customer Relationship Management (CRM)
Week 12 (June 30, July 2, 4) – Business Development & Stakeholder Engagement
Assignment: Develop a marketing plan for a lab startup
Month 5: Human Resources, Leadership & Organizational Behavior
Week 13 (July 7, 9, 11) – HR Fundamentals & Talent Management
Week 14 (July 14, 16, 18) – Performance Management, Conflict Resolution & Organizational Development
Week 15 (July 21, 23, 25) – Leadership & Technology in Lab Management
Assignment: Develop an HR strategy for a small laboratory
Month 6: Business Plan Development, Final Presentations & Course Exam
Week 16 (July 28, 30, August 1) – Business Plan Structure & Financial Modeling
Week 17 (August 4, 6, 8) – Strategy, Presentation & Pitching Skills
Week 18 (August 11, 13, 15) – Final Business Plan Presentations & Comprehensive Course Exam
Final Deliverables:
Presentation of a comprehensive business plan for a laboratory venture
Completion of a graded Course Exam
Comprehensive Course Exam – August 15
Exam Format:
- Multiple Choice & Short Answer (40%) – Testing core concepts
- Case Study Analysis (30%) – Applying learned strategies to real-world lab scenarios
- Essay/Problem-Solving (30%) – Strategic recommendations for a lab-based challenge
Bonus: Extra Time for Adjustments & Flexibility
August 18 – October 11: Additional weeks available for:
- Catch-up sessions
- Revisions & extended discussions
- Extra practice with business plan presentations
- Admission: $20
- Program Fee: $100
Innocent Twebaze
Write to
in*******@**************my.org
Attention: Foundations of Laboratory Management
Laboratory Supply Chain Management
The Laboratory Supply Chain Management program is a focused 3-month course designed to equip learners with the essential skills to efficiently manage procurement, inventory, logistics, and supplier relationships in laboratory operations.
Course Duration: April 30 – July 27
Total Sessions: ~36 sessions (3 times a week, 2 hours each)
Final Deliverables: Comprehensive Laboratory Supply Chain Plan Presentation & Comprehensive Exam
SCM: Laboratory Supply Chain Management Curriculum
The Laboratory Supply Chain Management program is a focused 3-month course designed to equip learners with the essential skills to efficiently manage procurement, inventory, logistics, and supplier relationships in laboratory operations. Meeting three times a week for two-hour sessions, participants will explore demand forecasting, quality control, risk management, regulatory compliance, and cost optimization while integrating emerging technologies like automation. Through case studies, practical assignments, and hands-on projects, learners will develop a comprehensive supply chain plan, ensuring they are prepared to enhance efficiency and reliability in laboratory supply chain systems.
Month 1: Fundamentals of Laboratory Supply Chain Management
Week 1: Introduction to Supply Chain Management
- Overview of supply chain components in laboratory operations
- Key challenges and best practices in lab supply chains
- Role of procurement, logistics, and inventory management
Week 2: Procurement & Vendor Management
- Supplier selection criteria for laboratory materials
- Negotiating supplier contracts and cost management
- Compliance with regulatory requirements in procurement
Week 3: Logistics & Distribution Strategies
- Transportation and storage of laboratory supplies
- Cold chain logistics for temperature-sensitive materials
- Emergency procurement and alternative sourcing
Assignment: Create a supplier evaluation matrix for a lab
Month 2: Inventory Management & Quality Control
Week 4: Inventory Control & Demand Forecasting
- Inventory tracking systems and barcode technology
- Demand forecasting and stock optimization
- Strategies to reduce waste and prevent stockouts
Week 5: Quality Assurance & Risk Management in Supply Chain
- Ensuring quality in lab materials and reagents
- Managing recalls and defective supplies
- Identifying risks in the supply chain (e.g., counterfeit products)
Week 6: Regulatory Compliance & Ethical Sourcing
- Regulatory standards for lab supply chain management (e.g., ISO, FDA)
- Ethical sourcing and sustainability practices
- Handling hazardous materials safely
Assignment: Develop a risk management plan for lab supplies
Month 3: Strategy, Innovation & Final Project
Week 7: Supply Chain Optimization & Cost Efficiency
- Reducing supply chain costs while maintaining quality
- Lean supply chain management techniques
- Using data analytics for better supply chain decisions
Week 8: Emerging Technologies in Laboratory Supply Chain
- Artificial Intelligence and automation in supply chain management
- Role of blockchain in improving transparency
- Case studies of innovative lab supply chain solutions
Week 9: Final Supply Chain Plan Presentations & Course Wrap-Up
- Presentation and peer review of supply chain plans
- Feedback from instructors and industry experts
- Discussion on real-world application of course learnings
Final Deliverable:
-Comprehensive Exam
-Presentation of a comprehensive laboratory supply chain plan
Advanced Supply Chain Management – 2025 Schedule
Course Duration: April 30 – July 27
Total Sessions: ~36 sessions (3 times a week, 2 hours each)
Final Deliverables: Comprehensive Laboratory Supply Chain Plan Presentation & Comprehensive Exam
Month 1: Fundamentals of Laboratory Supply Chain Management
Week 1: April 30, May 2, May 4 – Introduction to Supply Chain Management
- Overview of supply chain components in laboratory operations
- Key challenges and best practices in lab supply chains
- Role of procurement, logistics, and inventory management
Week 2: May 7, 9, 11 – Procurement & Vendor Management
- Supplier selection criteria for laboratory materials
- Negotiating supplier contracts and cost management
- Compliance with regulatory requirements in procurement
Week 3: May 14, 16, 18 – Logistics & Distribution Strategies
- Transportation and storage of laboratory supplies
- Cold chain logistics for temperature-sensitive materials
- Emergency procurement and alternative sourcing
Assignment: Create a supplier evaluation matrix for a lab
Month 2: Inventory Management & Quality Control
Week 4: May 21, 23, 25 – Inventory Control & Demand Forecasting
- Inventory tracking systems and barcode technology
- Demand forecasting and stock optimization
- Strategies to reduce waste and prevent stockouts
Week 5: May 28, 30, June 1 – Quality Assurance & Risk Management in Supply Chain
- Ensuring quality in lab materials and reagents
- Managing recalls and defective supplies
- Identifying risks in the supply chain (e.g., counterfeit products)
Assignment: Develop a risk management plan for lab supplies
Week 6: June 4, 6, 8 – Regulatory Compliance & Ethical Sourcing
- Regulatory standards for lab supply chain management (e.g., ISO, FDA)
- Ethical sourcing and sustainability practices
- Handling hazardous materials safely
Month 3: Strategy, Innovation & Final Project
Week 7: June 11, 13, 15 – Supply Chain Optimization & Cost Efficiency
- Reducing supply chain costs while maintaining quality
- Lean supply chain management techniques
- Using data analytics for better supply chain decisions
Week 8: June 18, 20, 22 – Emerging Technologies in Laboratory Supply Chain
- Artificial Intelligence and automation in supply chain management
- Role of blockchain in improving transparency
- Case studies of innovative lab supply chain solutions
Week 9: June 25, 27, 29 – Final Supply Chain Plan Presentations & Comprehensive Exam
Final Supply Chain Plan Presentation
- Presentation and peer review of supply chain plans
- Feedback from instructors and industry experts
- Discussion on real-world applications of course learnings
Comprehensive Course Exam – June 29
- Multiple Choice & Short Answer (40%) – Testing key concepts (e.g., procurement, logistics, inventory management, risk assessment)
- Case Study Analysis (30%) – Applying supply chain strategies to a real-world lab scenario
- Essay/Problem-Solving (30%) – Developing a supply chain solution for a lab-based challenge
- Admission: $20
- Program Fee: $100
Julius Mutagubya
Write to
in*******@**************my.org
Attention: Supply Chain Management
Laboratory Information Systems
This program designed to equip learners with the knowledge and skills to deploy, manage, and optimize LIS in clinical laboratories. Covering system implementation, data management, cybersecurity, regulatory compliance (ISO, HIPAA, CLIA), and troubleshooting.
- Course Duration: August 18 – November 15
Sessions: 3 times per week (Monday, Wednesday, Friday), 2 hours each - Goal: Equip learners with the knowledge and skills to deploy, manage, and optimize a Laboratory Information System (LIS) in compliance with industry standards (ISO, CLIA, HIPAA).
- Final Deliverable: LIS Deployment Plan Presentation & Comprehensive Exam
- Learning Approach: Lectures, case studies, hands-on assignments, and a final LIS implementation plan presentation that will lead to award of LIS(ALMA)
LIS: Laboratory Information Systems Curriculum
The Laboratory Information Systems (LIS) Course is a comprehensive 3-month program designed to equip learners with the knowledge and skills to deploy, manage, and optimize LIS in clinical laboratories. Covering system implementation, data management, cybersecurity, regulatory compliance (ISO, HIPAA, CLIA), and troubleshooting, this course provides hands-on experience in LIS configuration, instrument integration, and workflow automation. Through practical assignments, case studies, and a final LIS deployment plan presentation, participants will gain the expertise needed to streamline laboratory operations and enhance data integrity in compliance with industry standards.
Month 1: LIS Deployment & Configuration
Week 1: Understanding LIS & Deployment Planning
- Introduction to LIS and its importance in laboratory management
- Key considerations when selecting an LIS (requirements gathering, vendor evaluation)
- Planning for LIS deployment: defining scope, timeline, and key stakeholders
Week 2: System Installation & Initial Setup
- Installing and configuring LIS software
- Setting up user roles, access permissions, and security settings
- Hardware and infrastructure requirements for LIS
Week 3: Integrating LIS with Laboratory Instruments & Healthcare Systems
- Connecting LIS to lab analyzers and automation systems
- HL7 and FHIR standards for LIS-EHR interoperability
- Troubleshooting connectivity issues and data flow errors
Assignment: Set up a simulated LIS instance with user roles and instrument connections
Month 2: Managing LIS Operations & Compliance
Week 4: Data Management & Workflow Customization
- Customizing workflows for sample tracking, test processing, and reporting
- Managing laboratory data: storage, retrieval, and access control
- Automating test result validation and approval
Week 5: Security, Backup & Disaster Recovery
- Implementing cybersecurity best practices in LIS
- Setting up automated backup and disaster recovery protocols
- Conducting security audits and risk assessments
Week 6: Regulatory Compliance & System Validation
- Ensuring LIS compliance with regulations (CLIA, CAP, HIPAA, GDPR)
- Performing LIS validation and system testing
- Generating audit logs and compliance reports
Assignment: Develop a LIS security and backup plan for a laboratory
Month 3: LIS Optimization, Troubleshooting & Final Project
Week 7: Performance Optimization & Troubleshooting
- Identifying and resolving LIS performance bottlenecks
- Common LIS errors and troubleshooting strategies
- User training and system documentation best practices
Week 8: Future-Proofing LIS & Emerging Technologies
- Cloud-based LIS solutions and remote access management
- AI and Machine Learning applications for LIS
- Blockchain for secure laboratory data management
Week 9: Final LIS Deployment Plan Presentation & Comprehensive Exam, Final LIS Deployment Plan Presentation
- Presentation and peer review of LIS deployment and management plans
- Instructor feedback on scalability, security, and operational efficiency
- Discussion on real-world LIS deployment challenges
Comprehensive Course Exam – Last Session
- Multiple Choice & Short Answer (40%) – Testing LIS setup, security, compliance, and troubleshooting concepts
- Case Study Analysis (30%) – Evaluating LIS deployment and management scenarios
- Essay/Problem-Solving (30%) – Proposing an LIS optimization strategy for a laboratory
Final Deliverables:
– Presentation of a comprehensive LIS deployment and management plan
– Completion of a graded Comprehensive Exam
Laboratory Information Systems (LIS) Course Schedule 2025
- Course Duration: August 18 – November 15
- Sessions: 3 times per week (Monday, Wednesday, Friday), 2 hours each
- Goal: Equip learners with the knowledge and skills to deploy, manage, and optimize a Laboratory Information System (LIS) in compliance with industry standards (ISO, CLIA, HIPAA).
- Final Deliverable: LIS Deployment Plan Presentation & Comprehensive Exam
Month 1: LIS Deployment & Configuration
Week 1: August 19, 21, 23 – Introduction to LIS & System Requirements
- Overview of LIS and its role in laboratory management
- Understanding LIS features: Sample tracking, reporting, automation
- Key considerations when selecting an LIS
Week 2: August 26, 28, 30 – System Installation & Initial Setup
- LIS software and hardware requirements
- User roles, access control, and security configurations
- Cloud-based vs. on-premise LIS solutions
Week 3: September 2, 4, 6 – Integrating LIS with Laboratory Instruments
- Connecting LIS to lab analyzers and automation systems
- HL7 and FHIR standards for LIS interoperability
- Troubleshooting LIS-instrument connectivity
Assignment: Set up a simulated LIS instance with user roles and instrument connections
Month 2: LIS Operations, Compliance & Security
Week 4: September 9, 11, 13 – LIS Workflow Customization & Data Management
- Configuring workflows for sample tracking and test processing
- Data retrieval, storage, and backup procedures
- Customizing reports and dashboards for laboratory efficiency
Week 5: September 16, 18, 20 – Cybersecurity & LIS Data Protection
- Common LIS security threats and vulnerabilities
- Implementing encryption, authentication, and access controls
- Data privacy laws and compliance with HIPAA, GDPR
Week 6: September 23, 25, 27 – Regulatory Compliance & LIS Validation
- ISO 15189 and CLIA requirements for LIS
- LIS validation protocols and system testing
- Generating audit logs and compliance reports
Assignment: Develop a LIS security and compliance checklist
Month 3: LIS Optimization, Emerging Trends & Final Project
Week 7: September 30, October 2, 4 – Performance Optimization & Troubleshooting
- Identifying LIS performance bottlenecks
- Troubleshooting common LIS errors and failures
- User training and technical support strategies
Week 8: October 7, 9, 11 – Future of LIS: AI, Automation & Blockchain
- Artificial Intelligence and automation in LIS
- Role of blockchain in secure data management
- Case studies of innovative LIS applications
Week 9: October 14, 16, 18 – Final LIS Deployment Plan Presentation & Comprehensive Exam
Final LIS Deployment Plan Presentation
- Learners present their LIS deployment and management plans
- Peer review and instructor feedback
- Discussion on real-world LIS deployment challenges
Comprehensive Course Exam – October 18
- Multiple Choice & Short Answer (40%) – LIS setup, security, compliance, troubleshooting
- Case Study Analysis (30%) – Evaluating LIS implementation scenarios
- Essay/Problem-Solving (30%) – Designing an LIS optimization strategy
Final Deliverables:
- Presentation of a comprehensive LIS deployment and management plan
- Completion of a graded Comprehensive Exam
- Admission: $20
- Program Fee: $100
Martin Muganzi
Write to
in*******@**************my.org
Attention: Laboratory Information Systems
ASCPi Prep Academy
This course covers all essential topics, including hematology, microbiology, clinical chemistry, immunology, and blood banking. Through a blend of interactive lectures, hands-on lab sessions, and practice exams, you’ll gain a deep understanding of laboratory procedures and diagnostic techniques.
- Course Duration: 6 months (3 sessions/week, 2 hours/session)
- Total Sessions: ~72
- Learning Approach: Lectures, case studies, practical assignments, mock exams, and final readiness assessment.
ASCPi: ASCPi MLS-MLT Prep Curriculum
Prepare for your ASCPi MLS-MLT certification with our comprehensive 6-month course designed to equip you with the knowledge and skills needed to excel. This course covers all essential topics, including hematology, microbiology, clinical chemistry, immunology, and blood banking. Through a blend of interactive lectures, hands-on lab sessions, and practice exams, you’ll gain a deep understanding of laboratory procedures and diagnostic techniques. Our experienced instructors provide personalized guidance and support to ensure your success. Join us and take the first step towards a rewarding career in medical laboratory science!
Month 1: Foundations of Clinical Laboratory Science
Week 1: Introduction to ASCPi & Clinical Lab Basics
- Overview of ASCPi MLS exam format and requirements
- Clinical laboratory workflow and quality assurance
- Safety protocols, OSHA & infection control
Week 2: Hematology & Coagulation – Part 1
- Blood cell morphology and hematopoiesis
- Hemoglobinopathies and anemias
- Coagulation pathways and disorders
Week 3: Hematology & Coagulation – Part 2
- Platelet disorders and coagulation tests
- Hematology instrumentation and automation
- Case studies & hematology practice questions
Assignment: Complete hematology and coagulation case-based quizzes
____________________________________________________
Month 2: Clinical Chemistry & Urinalysis
Week 4: Clinical Chemistry – Part 1
- Basic metabolic panel and organ function tests
- Carbohydrates, lipids, and protein metabolism
- Analytical techniques (spectrophotometry, electrophoresis)
Week 5: Clinical Chemistry – Part 2
- Endocrinology and tumor markers
- Blood gases, electrolytes, and acid-base balance
- Quality control and troubleshooting in chemistry
Week 6: Urinalysis & Body Fluids
- Physical, chemical, and microscopic urinalysis
- Body fluids: CSF, synovial, pleural, and amniotic fluid
- Clinical significance of abnormal findings
Assignment: Practice urinalysis & clinical chemistry problem-solving
___________________________________________________
Month 3: Microbiology & Parasitology
Week 7: Bacteriology – Part 1
- Gram-positive and Gram-negative bacteria
- Culture media, staining, and biochemical testing
- Antimicrobial susceptibility testing
Week 8: Bacteriology – Part 2
- Pathogenic bacteria case studies
- Laboratory methods for identification
- Infection control in microbiology
Week 9: Mycology, Virology & Parasitology
- Fungal and viral infections in clinical microbiology
- Parasite identification and diagnostic techniques
- Emerging infectious diseases
Assignment: Identify bacterial species based on biochemical reactions & case study analysis
__________________________________________________________________
Month 4: Immunology, Blood Bank & Transfusion Medicine
Week 10: Immunology & Serology
- Innate vs. adaptive immunity
- Autoimmune diseases and hypersensitivity reactions
- Immunological assays (ELISA, Western Blot, flow cytometry)
Week 11: Blood Bank & Transfusion Medicine – Part 1
- Blood group systems and compatibility testing
- Crossmatching, antibody screening, and transfusion reactions
- Hemolytic disease of the newborn (HDN)
Week 12: Blood Bank & Transfusion Medicine – Part 2
- Blood component therapy and transfusion protocols
- Apheresis and donor blood screening
- Troubleshooting transfusion complications
Assignment: Solve transfusion reaction case studies and blood group problem sets
__________________________________________________________
Month 5: Laboratory Operations & Exam Review
Week 13: Laboratory Management & Quality Control
- CLIA, CAP, and regulatory requirements
- Quality assurance and total quality management (TQM)
- Lean & Six Sigma in the clinical laboratory
Week 14: Molecular Diagnostics & Point-of-Care Testing (POCT)
- PCR, next-generation sequencing, and molecular techniques
- Rapid diagnostics and POCT regulations
- Case studies in molecular testing
Week 15: Comprehensive Review – Hematology, Chemistry & Microbiology
- Focused review of key concepts and case studies
- Common mistakes and how to avoid them
- First mock ASCPi practice test
Assignment: Full-length practice exam with detailed review
__________________________________________________________
Month 6: Final Exam Prep & Mock Tests
Week 16: Comprehensive Review – Blood Bank, Immunology & Lab Operations
- Advanced review of immunohematology & serology
- Troubleshooting laboratory errors
- Exam strategy and time management techniques
Week 17: Full-Length Mock Exams & Analysis
- Mock ASCPi Exams #1 (timed, 100 questions)
- Post-test review and weak topic analysis
- Tips for tackling multiple-choice questions
Week 18: Final Exam Readiness & Confidence Building
- Mock ASCPi Exam #2 (timed, 100 questions)
- Individualized feedback and last-minute review
- Exam day preparation and stress management
Final Deliverables:
- Completion of 2 full-length ASCPi simulated exams
- Confidence to pass the ASCPi MLS exam on the first attempt
Foundations of Laboratory Management – 2025 Schedule
Course Duration: April 14 – October 11 (3 sessions/week, 2 hours/session)
Total Sessions: ~72
Month 1: Introduction to Laboratory Management & Business Fundamentals
Week 1 (April 14, 16, 18) – Course Overview & Introduction to Management
Week 2 (April 21, 23, 25) – Business Strategy & Leadership in Lab Management
Week 3 (April 28, 30, May 2) – Ethics, Legal & Regulatory Compliance
Assignment: Analyze ethical dilemmas in laboratory settings
Month 2: Financial & Accounting Principles for Laboratories
Week 4 (May 5, 7, 9) – Fundamentals of Finance in Lab Management
Week 5 (May 12, 14, 16) – Cost Accounting & Financial Decision Making
Week 6 (May 19, 21, 23) – Funding, Revenue Models & Intellectual Property (IP) Considerations
Assignment: Create a basic financial statement for a lab
Month 3: Operations, Supply Chain & Risk Management
Week 7 (May 26, 28, 30) – Operational Efficiency in Laboratory Management
Week 8 (June 2, 4, 6) – Quality Control, Risk & Crisis Management
Week 9 (June 9, 11, 13) – Supply Chain, Procurement & Sustainability
Assignment: Design a streamlined lab workflow with sustainability considerations
Month 4: Marketing, Customer Relations & Business Development
Week 10 (June 16, 18, 20) – Fundamentals of Marketing in Lab Management
Week 11 (June 23, 25, 27) – Digital Marketing & Customer Relationship Management (CRM)
Week 12 (June 30, July 2, 4) – Business Development & Stakeholder Engagement
Assignment: Develop a marketing plan for a lab startup
Month 5: Human Resources, Leadership & Organizational Behavior
Week 13 (July 7, 9, 11) – HR Fundamentals & Talent Management
Week 14 (July 14, 16, 18) – Performance Management, Conflict Resolution & Organizational Development
Week 15 (July 21, 23, 25) – Leadership & Technology in Lab Management
Assignment: Develop an HR strategy for a small laboratory
Month 6: Business Plan Development, Final Presentations & Course Exam
Week 16 (July 28, 30, August 1) – Business Plan Structure & Financial Modeling
Week 17 (August 4, 6, 8) – Strategy, Presentation & Pitching Skills
Week 18 (August 11, 13, 15) – Final Business Plan Presentations & Comprehensive Course Exam
Final Deliverables:
Presentation of a comprehensive business plan for a laboratory venture
Completion of a graded Course Exam
Comprehensive Course Exam – August 15
Exam Format:
- Multiple Choice & Short Answer (40%) – Testing core concepts
- Case Study Analysis (30%) – Applying learned strategies to real-world lab scenarios
- Essay/Problem-Solving (30%) – Strategic recommendations for a lab-based challenge
Bonus: Extra Time for Adjustments & Flexibility
August 18 – October 11: Additional weeks available for:
- Catch-up sessions
- Revisions & extended discussions
- Extra practice with business plan presentations
- Admission: $20
- Program Fee: $100
Pascal Sekyanzi
Write to
in*******@**************my.org
Attention: ASCP Prep Academy
Advanced Laboratory Quality Management Systems - ISO 15189:2022 Training Curriculum
The ISO 15189:2022 Program Training is designed to equip participants with the knowledge and skills necessary to implement and maintain a quality management system in medical laboratories. This online training will cover the key elements of ISO 15189:2022, including general requirements, resource requirements, process requirements, and management system requirements.
- Course Duration: 5 days
- Total Modules: 5
- Learning Approach: Each module will include a mix of self-paced learning and live webinars to ensure flexibility and engagement.
ISO 15189:2022 Training Curriculum
Overview
The ISO 15189:2022 Program Training is designed to equip participants with the knowledge and skills necessary to implement and maintain a quality management system in medical laboratories. This online training will cover the key elements of ISO 15189:2022, including general requirements, resource requirements, process requirements, and management system requirements. The program will be delivered through a combination of interactive modules, webinars, and practical exercises to ensure a comprehensive learning experience.
Target Audience
Laboratory managers and supervisors
Quality managers and coordinators
Medical laboratory professionals
Accreditation and regulatory personnel
Medical laboratory trainees and students
Overall Goal
To equip laboratory trainees, staff and management with the knowledge, skills, and competencies required to establish, document, implement and maintain a quality management system that meets the requirements of ISO 15189:2022.
Learning Outcomes
By the end of this training, participants will be able to:
Understand the structure and key changes introduced in ISO 15189:2022.
Interpret and apply the requirements of the main clauses:
General Requirements
Structural Requirements
Resource Requirements
Process Requirements
Management System Requirements
Integrate risk-based thinking and patient-centered approaches as emphasized in ISO 15189:2022
Understand the purpose and basic process of internal audits and NC management as required by ISO 15189:2022.
Course Structure
The training program will be divided into five modules, delivered in 5 days each focusing on a specific section of ISO 15189:2022. Each module will include interactive content, quizzes, and practical exercises to reinforce learning.
Module 1: Introduction to Quality Management Systems and ISO 15189:2022
Learning Outcome: The participants should be able to relate QMS with other management systems and rules and regulations
Topics Covered
Rationale for Quality Management Systems Training
Key Policies and Regulations
History and Formation of ISO
Overview of ISO 9000, ISO 15189, and ISO 17025
Highlights of Relevant Standards (ISO, CAP)
Learning Activities
Interactive presentation on the importance of quality management systems
Quiz on key policies and regulations
Discussion forum on the history and formation of ISO
Duration: 2 hours; 30 Minutes
Module 2: General and Structural Requirements
Learning Outcome: The participants should be able to
Analyze the different requirements for impartiality, and confidentiality
Relate the structural and governance requirements for the laboratory
Topics Covered:
General Requirements (Impartiality, Confidentiality, Patient Requirements)
Structural and Governance Requirements (Legal Entity, Laboratory Director, Laboratory Activities, Structure and Authority, Objectives and Policies)
Learning Activities
Webinar on general and structural requirements
Case studies on implementing impartiality and confidentiality
Group discussion on the role of the laboratory director
Duration: 2 hours 30 minutes
Module 3: Resource Requirements
Learning Outcome: The participant should be able to justify the resource requirements for the laboratory related to personnel, facilities and equipment and develop SOPs to related to resource requirements
Topics Covered
Personnel (Competence, Authorization, Continuing Education, Personnel Records)
Facilities and Environmental Conditions (Facility Controls, Storage Facilities, Personnel Facilities, Sample Collection Facilities)
Equipment (Requirements, Acceptance Procedure, Maintenance, Calibration, Metrological Traceability)
Learning Activities
Interactive module on personnel competence and continuing education
Practical exercises on equipment calibration and maintenance
Quiz on resource requirements
Duration: 3 hours; 30 Minutes
Module 4: Process Requirements
Learning Outcomes: The participant should be able to
Relate the different laboratory processes and
Analyze their effects these processes to the quality of the laboratory result
Develop procedures related to process requirements.
Topics Covered
Pre-examination Processes (Laboratory Information, Requests, Sample Collection, Transportation, Receipt, Handling)
Examination Processes (Verification, Validation, Measurement Uncertainty, Documentation, Validity of Results)
Post-examination Processes (Result Reporting, Sample Handling, Nonconforming Work, Data and Information Management)
Complaints and Continuity Planning
Learning Activities
Webinar on pre-examination, examination, and post-examination processes
Practical exercises on result reporting and nonconforming work
Group discussion on managing complaints and continuity planning
Duration: 3 hours 30 Minutes
Module 5: Management System Requirements and Risk Management
Learning Outcome: The participant should be able to
Control all the management system documentation
Relate the different management system requirements
Evaluate the effects of deviations on the management system and results
Topics Covered
Management System Requirements (Documentation, Control of Documents, Records, Improvement, Nonconformities, Corrective Actions, Evaluations, Management Reviews
Risk Management (Terminologies, Identification, Acting on Risks and Opportunities for Improvement)
Learning Activities
Interactive module on management system documentation and control
Practical exercises on risk management processes
Final quiz and post-test
Duration: 3 hours 30 Minutes
Assessments
Pre-Training Assessment: A pre-test to assess participants’ baseline knowledge.
Webinars: Live sessions with Q&A opportunities.
Practical Exercises: Hands-on activities to apply learned concepts.
Discussion Forums: Platforms for peer-to-peer learning and interaction.
Quizzes and Assessments: Regular quizzes to reinforce learning and a final post-test.
Certificates of Completion: Issued to participants who successfully complete the training.
Course Duration: hours (spread over 5 days or weeks, depending on the delivery schedule)
Delivery Schedule
The training can be delivered within 22 hours over divided into segments that are 30 minutes to hour long. Each module will include a mix of self-paced learning and live webinars to ensure flexibility and engagement.
Module 1: Introduction to Quality Management Systems and ISO 15189:2022
Morning Session: Interactive presentation and quiz
Afternoon Session: Discussion forum
Module 2: General and Structural Requirements
Morning Session: Webinar and case studies
Afternoon Session: Group discussion
Module 3: Resource Requirements
Morning Session: Interactive module and practical exercises
Afternoon Session: Quiz
Module 4: Process Requirements
Morning Session: Webinar and practical exercises
Afternoon Session: Group discussion
Module 5: Management System Requirements and Risk Management
Morning Session: Interactive module and practical exercises
Afternoon Session: Final quiz and post-test
Conclusion
This ISO 15189:2022 Training Program is designed to provide a comprehensive understanding of the standard and its implementation in medical laboratories. By leveraging interactive modules, webinars, and practical exercises, participants will gain the knowledge and skills needed to enhance laboratory operations and ensure compliance with international standards.
TBD
- Admission: $20
- Modular Fee: $100
- Total Course Fee: $520
Sekidde Ivan
Write to
in*******@**************my.org
Attention: LQMS