Chemical Technology
The Bachelor of Science in Chemical Technology is a joint program with Saskatchewan Polytechnic. Students must first complete a two-year diploma in Chemical Technology from Saskatchewan Polytechnic. Then, you can apply to the U of R to complete another two years to earn your Bachelor of Science in Chemical Technology.
Chemical technologists work with chemists and chemical engineers to develop, test, and manufacture chemical products. They are trained professionals who operate complex equipment and conduct in-depth experiments in clinical laboratories and do much of the hands-on work that is required.
In Chemical Technology, you will learn to conduct chemical analyses, set up experiments, and develop chemical products. You will build on your strong skills in science and mathematics and write technical reports.
There are a variety of career options in this large and expanding industry.What is Chemical Technology?
Chemical technology is a branch of applied chemistry that relates to creating new chemical products.
The role of a chemical technologist varies widely, from developing, testing and manufacturing chemicals, monitoring pollution, contributing solutions to problems like climate change, developing much-needed medical drugs, presenting new research, and more.
Chemical technologists have a high mechanical aptitude and excellent observational skills. They are analytical problem solvers who can work both independently and as part of a team.
Some examples of courses in the chemical technology program include:
Physical Chemistry I
Physical Chemistry I explores equilibrium and chemical thermodynamics, and includes a lab component with experiments in equilibria and thermodynamics.
Physical Chemistry II
Physical Chemistry II explores chemical kinetics and includes an introduction to molecular electronic spectroscopy. The lab component involves experiments in chemical kinetics and techniques in absorption and fluorescence spectroscopy.
Quantum Chemistry
Quantum Chemistry studies the fundamental principles of quantum mechanics and the application of quantum mechanics to chemical and spectroscopic problems. This course includes an introduction to computational chemistry.
Photochemistry
This course is an introduction to molecular photochemistry. The primary photophysical and photochemical processes that occur in molecular systems will be discussed. Applications of photochemistry in synthesis, sensors, biomedicine, photovoltaics, photosynthesis, and vision will be examined.
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Why Study Chemical Technology at the University of Regina?
As a chemical technology student you will benefit from the extensive experiential learning and hands-on training obtained during your college diploma, followed by all the benefits of a Bachelor of Science degree. This requires only an additional two years of study, rather than the four years normally required for a Bachelor of Science.
You will also benefit from small class sizes and modern research facilities.Build lab skills
In Chemical Technology, you will gain experience using specialized equipment in laboratories. You will learn how to:
- Set up apparatus for chemical reactions
- Devise and troubleshoot syntheses and analytical procedures
- Design experiments
- Manage databases
- Ensure that packaging of hazardous materials complies with laws and regulations
Facilities
Facilities in the Chemistry and Biochemistry department include:
- Trace Analysis Facility (TAF)
- Laboratory for Computational Discovery
- Proteomics and Genomics Core Facility
- Atomic Force and Integrated Microscopy
Expert professors and research
Many of our professors are leaders in their areas of research. The research we do is diverse, from medical applications to published studies. One of our professors was awarded ~$1 million for COVID-19 treatment research.
One professor’s research group is involved in searching for environmental toxins with the aim to reduce health and environmental risks. Another professor is part of a researcher group working to develop new antibiotics.
Our faculty members also work closely with other institutes, such as the Max Plank Institute.
Our interdisciplinary research areas include:
- Biochemistry
- Biophysics
- Computational chemistry
- Environmental analytical chemistry
- Photochemistry
- Synthetic chemistry
- Systems biology
Our research has an impact in Saskatchewan and resonates throughout the international scientific community.
Chemical Technology Frequently Asked Questions
Chemistry explains the physical world and its processes. Chemists study the composition, structures, properties, and reactions of substances.
Chemical technology is a branch of applied chemistry that focuses on creating new chemical products.Chemical Technology students have access to a variety of clubs and events that offer great ways to connect, network, and get involved on campus, including:
- Biochemistry and Chemistry Students Association
- Science Students’ Society
- Clubs and activities open to all U of R students
Chemical Technology Concepts and Goals
Chemical technologists can specialize in areas like analytical chemistry, production of industrial chemicals, materials science, food technology, mineral processing, pulp and paper technology, recycling technology, industrial chemistry, or environmental monitoring and protection.Learn
The knowledge you will gain from your courses includes organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, quantum chemistry, as well as calculus, physics, computer science, and more.Gain professional skills
You will learn how to operate complex equipment and conduct in-depth experiments in clinical laboratories. This includes:
- Conducting chemical experiments and tests using chromatography, spectroscopy, physical and chemical separation techniques and microscopy
- Preparing solutions of gas or liquid, reagents, and sample formulations
- Keeping records and interpreting the results of experiments
- Developing programs for sampling and analysis to maintain quality standards of raw materials, chemical intermediates and products
- Helping to design and build experimental equipment
Get jobs
Industries that employ chemical technology graduates include chemical, petrochemical, pharmaceutical, mining, and agricultural industries, as well as government organizations. Areas within these industries include manufacturing, research and development, consulting, quality control, and environmental protection.What Can You Do With a Chemical Technology Degree?
Upon successfully completing your Bachelor of Science in Chemical Technology, you will be ready for the next step of your career. Graduates from the Chemical Technology program find employment in a variety of industrial sectors, where their knowledge and skills are directly applicable.
To explore minors that may be available in this program area, please visit the Academic Calendar or meet with your faculty advisor in the Academic Advising Office after you are admitted.
The jobs graduates go on to include:- Chemical Technologist
- Chemical Technician
- Laboratory Technician
- Quality Control Technician
- Process Operator
- Machine Operator
- Research and Development Technician
- Chemical Operator
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