Featured header image
  • Are you interested in science?
  • Do you like working with computers?
  • Do you have good manual dexterity?
  • Do you pay attention to details?

Analytical Chemists are in demand!

Laboratory Technology – Analytical Chemistry is a three years technical program including 33 courses over 6 semesters divided into General Education and Concentration Education.

This program offers a large Choice of Careers: Pharmaceutical, Cosmetic, Petrochemicals, Agriculture and food, Environmental labs, Mines and metallurgy, Biotechnology, Aerospace and more!

Upon graduation, students can cumulate up to six months of work experience in the industry (students admissible in the Alternance Travail Études (ATE) program).

Why Laboratory Technology at Dawson?

Our program offers strong science background with emphasis on hands-on technology.

Main features: well-equipped laboratories, high teacher/student ratio, dedicated computer laboratories. Dawson is the only English CEGEP offering the program. Our program has close connections to industry, including remunerated internship through Alternance Travail Études (ATE) program.

Admission Requirements: Diploma of Secondary Studies (DES) with: Mathematics 564-506 or 565-506, Chemistry 551-504 | Overall average required: 65%.

Application deadline: March 1st (Fall semester).

Program Coordinator of Analytical Chemistry
Nicolas Duxin
Office: 7B.16
Local: 4880

Program Information

Laboratory Technology – Analytical Chemistry is a three-year technical program that trains students to work in industrial chemical laboratories. This program is the only one of its kind among anglophone colleges in Quebec.The Laboratory Technology – Analytical Chemistry program has been designed through consultation with representatives from industrial laboratories, teachers at the CEGEP level and the Ministère de l’Éducation. It places emphasis on micro and nano quantity chemical analysis using the most up-to-date instrumentation in use by modern industrial laboratories. The first half of the program provides a solid foundation for the more applied courses given in the second half of the program. Courses in Mathematics and Physics are tailored to the needs of the program in that many of the learning activities they contain are integrated with other courses. Students are trained to collect samples and carry out analyses using conventional and modern instrumental methods, as well as microbiological testing that respect compliance and validation protocols practiced in the industry. Students learn to use instruments such as gas and liquid chromatographs (GC-MS, LC-MS, etc.), auto-analyzer, ultraviolet and infrared spectrometers, spectrofluorometer, capillary electrophoresis systems, atomic absorption and emission spectrometers. They receive training in the use of generic and specialized computer software. In their final year, students participate in a training internship so that they may apply their skills in the field. Upon graduation, students may become members of the Chemical Institute of Canada.

Objectives of Program

Graduates develop the following skills so that they can qualify for entry-level positions in industrial chemistry laboratories:

  • performing basic lab operations such as weighing, measuring precise volumes, heating, etc.
  • testing for harmful micro-organisms found in industrial samples
  • using conventional and modern procedures for the quantitative analysis and synthesis of organic and inorganic compounds
  • proficiency in standard techniques used in industry
  • using qualitative and quantitative methods to analyze samples in the biotechnology area
  • expertise in compiling and processing laboratory data, writing scientific reports and submitting results using computerized software
  • making products found in the marketplace
  • maintaining laboratory instruments
  • following GLP (good laboratory practice), SOP (standard operating procedures), and cGMP (current good manufacturing practices) compliance as well as respecting WHMIS (workplace hazardous materials information systems) regulations

Students also develop skills in effective written and oral communications and develop attitudes and skills required to maintain professional competence beyond graduation.

Career Opportunities

Job opportunities for the laboratory technologist graduate are excellent. Given their practical training in conventional laboratory techniques and modern computerized instrumentation, graduates of this program find work in quality control, testing laboratories, research and development, pharmaceuticals, agriculture and food, technical sales, biotechnology, environment, mines and metallurgy, pulp and paper, petrochemicals, government labs, cosmetics, polymers, formulations and teaching labs.

University Programs

Graduates can continue their studies at the university level. Depending on the university program, some prerequisite courses may have to be completed in addition to the courses required in the Laboratory Technology Program. In some cases, the students will receive credits for courses already taken, and they may then have a lighter course load at the university.


Last Modified: September 19, 2019