Undergraduate student research projects
Welcome to the Centre for Science undergraduate research projects page. We offer students the opportunity to participate in research projects in the general science (SCIE) category and within various disciplines that include biology (BIOL), microbiology (BIOL), chemistry (CHEM), geology (GEOL), nutrition (NUTR), environmental science (ENSC), physics (PHYS), astronomy (ASTR), geography (GEOG), and mathematics (MATH). See the table below for examples of completed undergraduate research projects. The 495 and 496 courses are senior-level courses that require some prerequisite science courses, which can be evaluated in the proposal.
Research projects can be performed in a lab, field study setting, or at home using computational approaches or lab kits. We also accept literature review projects that do not involve experimentation but require an in-depth study of a select topic. These types of literature review projects are only an option for a 495 course, and if a student wishes to take a second project course, it must be an experimental project at the 496 level. There are no additional student fees, and the project supervisor will cover all research costs, if applicable.
The purpose of these research project courses is to gain experience in developing a testable hypothesis to address a specific research problem, develop scientific writing skills, learn the basic scientific method for designing experiments, analyzing and interpreting data, and make conclusions based on the results. Students will also gain experience writing basic research or grant proposals and final reports, which are essential to publishing peer-reviewed science manuscripts. In addition, there are opportunities to communicate their findings in an oral presentation or possibly to publish in peer-reviewed and undergraduate research journals.
Process of organizing a research project
- A student learns that a project course is available at Athabasca University and wishes to know more.
- The student reads the information provided on this website (Undergraduate Research Projects) and the AU science project course syllabus and description.
- The student completes the project proposal to the best of their ability, identifying a possible project topic and potential supervisor from within or outside of AU. A list of AU faculty who can serve as supervisors and their research areas is listed here.
- The student emails the project proposal to the appropriate course coordinator, who will assist in organizing the research project, and identifying supervisors. If no AU expert is available, the student and supervisor will discuss an external expert. Submit your application at least 1 month before you plan to start the project or earlier if financial aid is involved.
- The course coordinator reads the proposal and contacts the proposed project supervisor. The coordinator and supervisor determine if the project is feasible and is worth 3 senior-level science credits, and if the student has the necessary background course requirements to successfully complete the project.
- The course coordinator informs the student to register in Athabasca University and to pay the tuition fees for the specified project course.
- After successful registration, the student and supervisor meet at the start of the course to agree on a learning contract, which states the project's objectives, research activities, outcomes, evaluation procedure, scheduling of regular progress meetings, and timelines. The course orientation contains additional information about establishing the learning contract.
- The student and supervisor will negotiate and eventually agree on the learning contract, and the student can begin the research project.
- The student submits all assessments and reports to the project supervisor by the deadlines agreed upon. For written submissions, the supervisor provides feedback to the student before determining the final grade.
Project area coordinators
Project Course | Coordinator | |
---|---|---|
ASTR 495/496 | Dr. Martin Connors | martinc@athabascau.ca |
BIOL 495/496 | Dr. Shawn Lewenza | slewenza@athabascau.ca |
COMP 495/496 | Dr. Vive Kumar | vive@athabascau.ca |
COMP 498/499 | Dr. Vive Kumar | vive@athabascau.ca |
CHEM 495/496 | Dr. Lawton Shaw | lawtons@athabascau.ca |
ENSC 495/496 | Dr. Shawn Lewenza | slewenza@athabascau.ca |
GEOG 495/496 | Dr. Frederique Pivot | fpivot@athabascau.ca |
GEOL 495/496 | Dr. Kennedy Munyikwa | kenm@athabascau.ca |
MATH 495/496 | Dr. Junye Wang | junyew@athabascau.ca |
NUTR 495/496 | Dr. Alexa Ferdinands | aferdinands@athabascau.ca |
PHYS 495/496 | Dr. Farook Al-Shamali | farooka@athabascau.ca |
SCIE 495/496 | Dr. Shawn Lewenza | slewenza@athabascau.ca |
Project course supervisors
Project Course | Supervisor/email | Research Interests |
---|---|---|
ASTR/PHYS | Dr. Martin Connors martinc@athabascau.ca | Geomagnetism, Geo-electricity, space weather, Asteroid astronomy, History of astronomy Research profile |
BIOL/SCIE/ENSC | Dr. Shawn Lewenza slewenza@athabascau.ca | Microbiology, Genetics, Antibiotics, Genomics, Biosensors, Biofilms, Biochemistry, Oil sands Research profile |
BIOL/SCIE/ENSC | Dr. Chris Glover cgglover@athabascau.ca | Environmental physiology, aquatic toxicology Research profile |
BIOL/SCIE/ENSC | Dr. Scott Ketcheson sketcheson@athabascau.ca | Hydrology, Sustainability, Reclamation, wildfires Research profile |
BIOL/SCIE/ENSC | Dr. Shauna Zenteno shaunaz@athabascau.ca | Bacterial pathogenesis, microbiology Research profile |
BIOL/SCIE/ENSC | Dr. Roland Treu rolandt@athabascau.ca | Fungi, mushrooms, mycorrhiza, mycology, botany Research profile |
BIOL/SCIE/ENSC | Dr. Srijak Bhatnager sbhatnagar@athabascau.ca | Bioinformatics, Environmental Microbiology, Microbiomes, Microbial Bioremediation, DNA data mining Research profile |
CHEM/SCIE | Dr. Dietmar Kennephol dietmark@athabascau.ca | Chemistry education, learning design, learning outcomes, assessment, PLAR, transfer credit, distance and online education, and emerging educational technologies Research profile |
CHEM/SCIE/ENSC | Dr. Lawton Shaw lawtons@athabascau.ca | Environmental chemistry, citizen science, teaching Research profile |
BIOL/ENSC | Dr. Lisa Carter lisac@athabascau.ca | Microbiology, Immunology, neuroimmune mechanisms, community-based environmental monitoring, Indigenous knowledge Research profile |
BIOL/SCIE | Dr. John Ulici-Petrut johnup@athabascau.ca | Anatomy, physiology, vertebrate, veterinary |
PHYS | Dr. Farook Al-Shamali farooka@athabascau.ca | Physics, Physics education, E-learning |
BIOL/MATH/ENSC | Dr. Junye Wang junyew@athabascau.ca | Environmental data analysis, water quality data analysis, and air quality data analysis. Research profile |
GEOG | Dr. Frederique Pivot fpivot@athabascau.ca | Physical Geography, remote sensing Research profile |
GEOL | Dr. Kennedy Munyikwa kenm@athabascau.ca | Geology Research profile |
MATH | James Greenwood-Lee jgreenwoodlee@athabascau.ca | Mathematical modelling, Evolutionary biology, Health services research Research profile |
MATH/SCIE | Dr. Angela Beltaos abeltaos@athabascau.ca | Nanotechnology/Nanoscience, Graphene, Optoelectronics, Photonics, Sonification, History of Science, and Mathematics Education |
MATH | Dr. Gustavo Carrero gustavoc@athabascau.ca | Mathematical biology Research profile |
NUTR | Dr. Alexa Ferdinands aferdinands@athabascau.ca | Food insecurity, food environments, social determinants of health, public health nutrition Research profile |
COMP | Dr. Sabine Graf sabineg@athabascau.ca | Artificial intelligence in education, educational technology, adaptive and personalized learning systems, user modelling, learning analytics, academic analytics, game-based learning Research profile |
COMP | Dr. Stella George stellag@athabascau.ca | Artificial intelligence in society and education Research profile |
COMP | Dr. Ali Dewan adewan@athabascau.ca | Artificial intelligence, educational data mining, machine learning, information visualization Research profile |
COMP | Dr. Dunwi Wen dunweiw@athabascau.ca | Artificial Intelligence, Machine Learning, statistical and deep learning algorithms for natural language processing, image recognition,ML algorithm optimization, AI for science and healthcare Research profile |
COMP | Dr. Harris Wang harrisw@athabascau.ca | Intelligence modelling, intelligent systems, maching learning, computer security Research profile |
COMP | Dr. Jon Dron jond@athabascau.ca | Learning technologies, learning environments, social computing, educational technology, self-organizing social systems for learning, collective intelligence, collaborative filtering for learning, adaptive learning systems, learning support systems, open source, learning technology protocols and standards, federated systems, motivation. Research profile |
COMP | Dr. Larbi Esmahi larbie@athabascau.ca | Research profile |
COMP | Dr. Mahmoud Abaza mahmouda@athabascau.ca | Research profile |
COMP | Dr. Maiga Chang maigac@athabascau.ca | Artificial Intelligence; Natural Language Processing; Intelligent Agent and Chatbot Technology; Game-based Learning, Training and Assessment; Learning Behaviour Analysis; Learning Analytics and Academic Analytics; Health Informatics; Data Mining; Computational Intelligence; Museum Education; Mobile Learning and Ubiquitous Learning; Healthcare Technology. Research profile |
COMP | Dr. Oscar Lin oscarl@athabascau.ca | AI in education, decision-making and planning under uncertainty and in multi-agent systems, multi-armed bandit algorithms, virtual reality. Research profile |
COMP | Dr. Ching Tan qingt@athabascau.ca | Robotics, cloud computing, artificial intelligence, data analytics, adaptive mobile learning Research profile |
COMP | Richard Huntrods P.Eng. huntrods@athabascau.ca | Computer science, robotics, programming Staff profile |
COMP | Dr. Vivekanandan Kumar vivek@athabascau.ca | Explainable AI, Computational Causal Modeling, Knowledge Tracing, Fourth Industrial Revolution (4IR) Research profile |
COMP | Dr. Xiaokun Zhang xiaokunz@athabascau.ca | Research profile |
Examples of recent project courses
Project Course | Project Title/Subject |
---|---|
ASTR 495 | Scientific Methods of Medieval Muslim Astronomers |
ASTR 495 | Welding in Space |
ASTR 495 | The Sunspot Cycle |
ASTR 495 | Relativistic Time Dilation Calculator |
ASTR 496 | An Eclipsing Binary Star with TESS Observations |
BIOL 495 | Bioinformatic Identification of TetR and MarR Homologs in Pseudomonas |
BIOL 495 | Bacterial Biosensors: Technology for the Future |
BIOL 495 | An Overview of the Impact of COVID on Cancer Outcomes |
BIOL 495 | Biogeographical Study of Native Indicator Plants of Canada’s Northwestern Boreal |
BIOL 495 | A Radiation Fibrosis Database for Etiology, Treatment, and Future Research |
BIOL 495 | Bravos High Dose Rate Afterloader Applicator Commissioning |
CHEM 495 | Reaction Chains in Nuclear Physics and Chemistry |
CHEM 495 | Extraction Technologies for Algal Lipids |
GEOL 495 | Alberta's Orphan Wells: Issues and Concerns |
GEOL 495 | Problems and Methods Used to Reduce and Treat Hydrogeological Issues of Open Pit Mining in British Columbia, Canada |
GEOL 495 | Geothermal Energy: A New Industry in Alberta? |
MATH 495 | Nitrogen Oxide Air Pollution in Alberta |
MATH 495 | Loudspeaker Array Placement for Uniformity |
MATH 495 | Inquiry Into Cryptography: History, Computer Science, Math & Related Discussions |
MATH 496 | Optimization Studies of Loudspeaker Arrays |
MATH 495 | The Role of Modern Algebra in Cryptography: Past and Future |
PHYS 495 | Vibrations and Waves |
PHYS 495 | Stress Paths and Material Properties: A Varied Approach to Structural Analysis |
PHYS 495 | Thermomechanical Processes in Welding |
PHYS 495 | Ring Applicator Commissioning Strategies for High Dose Rate Brachytherapy |
SCIE 496 | Satellites and Space Debris |
SCIE 495 | The Effects of Global Warming on Soil Health |
SCIE 495 | STEAM-based Pedagogy in the Canadian High School English Curriculum |
Updated July 11, 2024 by Digital & Web Operations (web_services@athabascau.ca)