Chemical Engineering Technology - Lab and Process Control (CHLP)

Embark on a journey of pioneering science and innovation, where global opportunities await

Step into a world where science meets innovation. Chemical technologists are the professionals who: 

• Conduct advanced chemical analysis and quality assurance
• Implement environmental monitoring programs in accordance with environmental legislation
• Maintain and calibrate sophisticated laboratory and pilot-scale equipment
• Support research and development projects by using experimental data to make process improvements and product innovations

Learn in state-of-the-art labs as you explore the fascinating worlds of chemistry, environmental science, and industrial processes. From organic and analytical chemistry to mineral processing, water treatment, and environmental sampling, you’ll gain hands-on experience beyond the classroom.

You’ll master the tools and techniques used in real-world labs – instrumental analysis, process control, quality assurance, and more – while building essential leadership, communication, and teamwork skills. Whether you're solving problems, leading projects, or ensuring safety and precision, you'll be prepared to make an impact. 

Graduates of this program are in demand across the globe – in mining, pharmaceuticals, forensics, nuclear research, oil and gas, and environmental labs. Wherever science is shaping the future, you’ll be ready to lead.

Program highlights

• Gain hands-on industry experience with two paid co-op placements, giving you a competitive edge and valuable connections before you graduate 
• Build a solid base in core engineering principles in a common first and second year with the Chemical Engineering Technician program
• Quality control and assurance practices are woven throughout the curriculum, preparing you for high-demand roles in labs, plants, and production facilities. 
• Apply your knowledge in real-world scenarios in group projects and independent research using industry-standard techniques in physical chemistry, analytical chemistry, organic chemistry, and pyrochemistry
• Graduates are eligible for membership in OACETT, opening doors to professional certification and nationwide job opportunities
• Specialized training in mineral processing, pyrometallurgy, and water/wastewater treatment, which is unique to Cambrian’s program
   

Program of study for 2026-27 Academic Year 

Students are required to successfully complete an online Lab Safety course (in Moodle) when starting their program at Cambrian.  This course must be completed prior to entering the labs (as identified in the table below) in the Schools of Skills Training, Engineering Technology and Environmental Studies.

¹

 Course with Lab Component

²

For more information regarding General Education courses, click here.

Admission requirements

For graduates of the new curriculum (OSS): Ontario Secondary School Diploma (30 credits) or equivalent or mature student status, including:

• Any grade 12 English (C) or (U)
• Any grade 12 mathematics (C) or (U) (MCT4C is highly recommended)
• Any grade 11 chemistry (U) or grade 12 chemistry (C) or (U)

Additional admission requirements

Recommendations:

• Any grade 12 physics (C) or (U)

Program delivery

2027-2028

Fall term start

SEMESTER 1:  Fall 2026
SEMESTER 2:  Winter 2027
SEMESTER 3:  Fall 2027
SEMESTER 4:  Winter 2028
SEMESTER 5:  Spring 2028
SEMESTER 6:  Fall 2028
SEMESTER 7:  Winter 2029

Winter term start

SEMESTER 1:  Winter 2027
SEMESTER 2:  Spring 2027
SEMESTER 3:  Fall 2027
SEMESTER 4:  Winter 2028
SEMESTER 5:  Spring 2028
SEMESTER 6:  Fall 2028
SEMESTER 7:  Winter 2029

Specific program pathways

College or university degree opportunities  

There are opportunities for graduates to pursue further educational or professional qualifications, and degree completion. Refer to Cambrian's college and university agreement details for further information. 

Employment opportunities 

Our graduates become innovators, problem-solvers, and changemakers across industries that shape our world: mining, environmental science, forensics, pharmaceuticals, food and beverage, oil and gas, and nuclear technology. They rise to leadership roles, drive innovation, ensure safety, and set new standards of excellence in labs and production facilities around the globe.

Graduates are prepared for employment opportunities as:

• Lab technologist in mineral processing, geochemistry, nuclear, petroleum, pharmaceutical, and food industries
• Water and wastewater analyst/operator
• Researcher
• Chemical process control operator