Medical Laboratory Assistant Certificate Online

Effective and efficient communication is fundamental to the success of any office, organisation, or business. This course will introduce students to the practices of business and professional communication in a healthcare setting and across all media platforms.

This course will provide students with an orientation to laboratory safety, including the use, care, and maintenance of labware and instrumentation, preparation of reagent solutions, and occupational health and safety standards and practices in the workplace. Students will be introduced to standards for the recognition, control, handling, storage, labelling, and disposal of controlled hazardous materials. An overview of the need for quality assurance and quality control policies, procedures, and practices will be included. This course also introduces the students to the principles of infection and transmission, infection control, asepsis and aseptic technique (barrier protection techniques, surface asepsis, pre-cleaning and disinfecting, sterilisation) in a healthcare environment, and the role and responsibility of the medical lab assistant for infection prevention. The students will learn to provide first aid procedures (standard first aid level C), perform CPR, and use an automated external defibrillator (AED).

This course is designed to provide students with an opportunity to consider issues around professionalism, such as ethical decision-making, standards of practice, accountability, and the legal and regulatory frameworks within which medical laboratory assistants (MLAs) must practise. The emphasis will be on employment within the province of B.C.

In this course, students will explore the foundations of medical terminology by examining its history, word usage, correct application of medical terms, and the principles of medical word building.

This course provides an introductory study of the structure, anatomy, organisation, physiology, and function of eleven human body systems plus the eyes (sight) and the ears (hearing). The medical terminology associated with each system is explored in detail, using a textbook that is designed to help the student establish a solid and logical medical vocabulary.

This course is designed to provide students with the mathematical skills required in medical laboratories. This will be accomplished by improving critical reasoning skills and requiring students to engage in problem-solving exercises designed to increase basic mathematical proficiency, fluency, and confidence. Applications will include measurement, solution dilutions, temperatures, percentages, SI units, and the metric system, 24-hour time. Maths used for quality assurance programs will also be introduced in this course.

This course introduces students to the skills and practices required of an MLA working in a clinical laboratory setting. This course will reinforce and develop the practical phlebotomy skills used to perform a variety of blood collection methods, using proper techniques and standard precautions. Blood collection procedures performed will include the use of vacuum collection devices, syringes, capillary skin punctures, butterfly needles, and blood culture vials. Emphasis will be placed on asepsis infection prevention, safety, patient identification, specimen labelling, quality assurance, specimen handling, processing, and accessioning.

This course introduces students to the theoretical underpinnings and principles of hematology as found in the hematology and immunohematology sections within a medical/clinical laboratory setting. Topics include blood cell creation, components of whole blood, coagulation and hemostasis, serology, transfusion medicine, and immunology. Students will review the practice of quality assurance in relation to these hematology laboratory sections.

This course introduces students to basic microbiology fundamentals, including quality control, safety, collection, setup, culture media, inoculation, incubation, staining procedures, and using microscopes. Standard precautions will be reviewed with an increased focus on the principles of microbiology. Students will be given insight into systems and methods for the identification of microorganisms and the subsequent decisions on patient treatments that will then arise.

The principles and theory of chemical analysis, as it relates to clinical specimens (blood and other fluids), will be introduced. Students will cover specimen processing, analysis, test interpretation, and quality control procedures used in both manual and automated clinical chemistry testing. Students will review the most common and routine tests, the biochemical substances or chemical elements being measured, and the physiological implications of abnormal results (i.e., too low or too high). Ethics regarding lab results will be reviewed.

This course introduces students to the theoretical underpinnings and principles of urinalysis in the medical laboratory setting. The anatomy and physiology of the renal system, urine formation, and the microscopic examination of urinary sediment will be introduced. Fecal and other body fluid collections and analysis procedures will also be examined. This course focuses on skill development in the performance of collection and testing methods using proper techniques and standard precautions.

This course introduces students to basic theoretical knowledge of histology and cytology as medical science disciplines. Students will develop an understanding of the microscopic structure, organization, and functions of human cells and tissues in health and disease, and develop expertise and practical skills in those techniques used in the collection and preparation of specimens, for diagnostic purposes.

This course provides an in-depth study of the anatomy and electrical conduction system of the heart. Students will learn how to perform electrocardiograms, blood pressure monitoring, the use and maintenance of equipment, and the analysis of electrocardiogram tracings, including how to identify tracings that may require immediate medical attention.

This course focuses on providing students with the tools and skills to develop, enhance, and maintain a goal-oriented portfolio of professional career information using available technologies. Students will learn to create cover letters and resumes, how to manage their social media presence, and how to promote their skills to create and find employment opportunities.

This mandatory course provides students with the opportunity to apply both theory and practice in a real-world, practicum-based, clinical work setting. To participate, the student will have met or exceeded requirements for successful venipunctures and the successful completion of ECGs.

Edison College's Medical Laboratory Assistant certificate is 36 weeks: 30 weeks (750 hours) of theory plus a 6-week (120-hour) practicum.

Tuition is $20,010 CAD, plus $725 for books, a $614 materials fee, and a $100 application fee $21,449 in total. Students receive a Completion / Student Support Award up to $5,000, and a current promotion offers a $500 gift card toward a computer.

Yes. Edison College offers flexible financing options, and eligible students may qualify for StudentAid BC funding. Eligible newcomers to Canada can also access low-interest loans of up to $15,000 through Windmill Microlending, with free career coaching included.

Applicants need high school graduation or equivalent (or mature student status, 19+), minimum Grade 12 English, keyboarding skills of 40 WPM, a criminal record check, and documented COVID-19 and Hepatitis B immunizations. N95 mask fit testing is required before the practicum.

Students complete their 6-week practicum at a LifeLabs clinic or with Vancouver Island Health Authority a unique partnership that lets students from coastal communities study, train, and work in their own communities.

Yes. In B.C., medical laboratory assistants must graduate from a BCSLS-approved MLA training program, and this program qualifies graduates to register with the BC Society of Laboratory Science immediately upon completion a professional credential recognized by laboratory employers across the province.

Theory courses are available online through asynchronous, self-paced learning or in-class in Victoria, BC. The 6-week practicum must be completed in person at a partner laboratory. Students outside Greater Victoria can contact an admissions advisor to learn more about available practicum placement options.

The curriculum covers phlebotomy and blood collection, ECGs and blood pressure monitoring, hematology, clinical microbiology, clinical chemistry, urinalysis, histology and cytology, laboratory safety and asepsis, medical terminology, and laboratory mathematics plus first aid, CPR, and AED certification.

Graduates work as medical laboratory assistants, phlebotomy lab assistants, specimen processing technicians, and ECG technicians — in hospital labs, private laboratories like LifeLabs, diagnostic and specimen-collection centres, blood-donor clinics, and public-health labs.

Medical laboratory assistants (NOC 33101) in B.C. earn between $40,000 and $75,000 annually ($19.18–$31.00 per hour), with average annual earnings of about $47,733, according to Job bank B.C.

Yes. WorkBC designates medical laboratory assisting a high opportunity occupation, with about 2,210 job openings projected in B.C. between 2025 and 2035.

Yes, the program is regulated and approved by the Private Training Institutions Regulatory Unit (PTIRU) of British Columbia's Ministry of Post-Secondary Education and Future Skills, and is BCSLS-affiliated.

The Canadian Society for Medical Laboratory Science (CSMLS) runs a national MLA certification exam. Eligibility is based on CSMLS’s own exam routes. Finishing an Edison program does not make you eligible on its own. One of the routes CSMLS currently lists is for MLAs who are already provincially certified, including by BCSLS. Edison’s MLA program is on BCSLS’s list of approved programs, and graduates can apply for BCSLS certification. Once certified by BCSLS, you may be able to use that route. CSMLS sets and changes its own requirements, so check the current exam eligibility rules with CSMLS before you plan around this. Most MLA roles in B.C. are tied to BCSLS certification rather than CSMLS. CSMLS certification may matter more if you plan to work in another province.