SCIENCE 2RP3
Currently, there are three SCIENCE 2RP3 courses offered to undergraduate science students:
SCIENCE 2RP3 – Greenhouse Research
SCIENCE 2RP3 – St. Joseph’s Health System Ethics Office
SCIENCE 2RP3 – Research Practicum
SCIENCE 2RP3 - Greenhouse Research
Instructor: Dr. Susan Dudley, Department of Biology (sdudley@mcmaster.ca)
Available Position: Greenhouse Research Assistant
Dates: May 4 – August 30, 2026 (~5 h/week x 13 weeks)
Location of Training: McMaster Biology Greenhouse
Enrolment Capacity: 3-4 students
Research Discipline: Biology (botany)
Proposed Training
Reporting directly to Director of the McMaster Biology Greenhouse, the research assistant will learn the responsibilities of caring for greenhouse plants, including day-to-day plant care, ensuring that plants receive the correct level of water, nutrients, light, etc. The student will assist with certain project set-ups, data collection, insect/disease management and equipment maintenance. In this role, the assistant will also coordinate the schedule of volunteers who are assisting with plant care. Two times a year, the assistant will also be involved in the sale of plant propagated by volunteers, with the proceeds used to increase the collection and to pay for biocontrol of plant pests. The assistant will be trained to give tours of the greenhouse to visitors.
Required Health and Safety Training on Mosaic which includes WHMIS 2015, Violence and Harassment Prevent AND Fire Safety, Ergonomics OR SAFE training. Students should enroll in these courses and complete the tests on Avenue.
To apply for this course, please fill out the following SCIENCE 2RP3 Application Form.
Deadline: April 3, 2026 at 11:45 pm
Due to the large number of applications, only successful applicants will be contacted and given permission to enrol in the course. If you do not hear back by the end of the drop/add period, you have not been chosen.
SCIENCE 2RP3 - Research Project Challenge: St. Joseph’s Health System Ethics Office
Industry Partner/Project Supervisor: Dr. Lee de Bie, Clinical Ethicist and Ethics Program Lead at St. Joseph’s Health System
Course Instructor: Ali Solhi, PhD Candidate, Health and Society
Course Duration: May 4 – August 14, 2026
Enrolment Capacity: 30 students
Course Description
The intent of the course is to engage students in partner-defined projects which in this case students will work on research projects defined by the ST JOSEPH’S HEALTH SYSTEM – Ethics Office, developing research and knowledge translation skills in response to real-world inquires. Through structured course instruction, mentorship, site visits, and ongoing partner feedback, students contribute to the development of research-informed reports, frameworks, and educational resources that support ethics-informed practice. Their work directly informs organizational processes, including education, policy considerations, and decision-making within a professional healthcare environment.
Central Project Questions
- What ethical issues arise in the context of caring for patients who use substances who are receiving care in the hospital, community, long-term care, or their home?
- What are relevant ethical concepts, principles, values, and considerations for addressing these ethical issues?
- What ethics tools exist to support resolution of issues arising in the context of patient substance use and staff employment rights and occupational safety?
Course Assessment
Students will be assessed through a combination of individual and group-based evaluations aligned with course learning outcomes and partner-defined deliverables. Assessment components include participation in weekly sessions, team-based project work, research progress updates, and final deliverables such as reports, presentations, and educational materials.
Students will also complete individual assignments and reflective components that assess their understanding of ethical concepts, application of research methods, and engagement with real-world challenges. Ongoing feedback from the course instructor and the Ethics Office at ST JOSEPH’S HEALTH SYSTEM will inform student progress.
Registration in Level II, or above, of a program in the Faculty of Science
Please keep in mind that this course may be offered as a Work-Integrated Learning opportunity only if it receives funding from CEWIL Canada. To be eligible under CEWIL funding, students must be Canadian citizens, permanent residents, or individuals with protected refugee status. If the course does not receive CEWIL funding, all students will be eligible to take the course. We will not know the results of the funding approval until the final week of April. If the funding is approved, only eligible candidates will be allowed to register for the course. Regardless of the funding, the course will be offered during the spring/summer 2026.
The course will follow MSAF and SAS policies as prescribed by the University.
Fill out the SCIENCE 2RP3 application form online.
Applications are due by April 3, 2026.
Due to the large number of applications, only successful applicants will be contacted and given permission to enrol in the course.
SCIENCE 2RP3 - Research Practicum
Instructor: Students are required to find a faculty supervisor at McMaster University.
Class Time: One 50 min lecture per week (select dates).
Location: McMaster campus, agreed upon location with faculty supervisor.
Course Description
Students will gain practical research experience, as directed by a faculty member, in a wide range of scientific lab/field settings or as part of a faculty member’s research program. During this course, the student will learn introductory research skills/techniques and will use these techniques to make a meaningful contribution to the supervisor’s research program. Students are expected to commit to approximately 5-10 hours per week (on average) for one term. Students will also be required to attend departmental seminars/colloquia of their interest (3 seminars per term)
Click to read the full Course Outline.
Learning Outcomes
Given the nature of this course, the exact breakdown of the learning outcomes will vary. Both the student and the academic supervisor must agree on the final learning outcomes to be defined.
At a minimum, in this course, the student will:
- Work in conjunction with the academic supervisor to identify one or more learning outcomes in each of the following categories, with methods of evaluation, and target completion date for each.
- Academic learning and application related to the ideas, concepts, or theories of your field of study.
- Skill development: e.g., oral and written communication, problem-solving, decision-making, teamwork, skills specific to the occupation.
- Personal development: e.g., career exploration, self-confidence, sensitivity, appreciation of diversity, clarification of values.
- Reflect on their own experiences and relate these experiences to the current literature.
Project Requirements
- Students must keep a journal to record meetings, progress of their work, what was learned in the project, and the nature of the research in general. This is to provide the supervisor with an ongoing record of the students’ progress in the project and aid in evaluation at the end of the project.
- Students must meet with supervisors to schedule regular meetings. At minimum, students are to meet with their supervisor twice a month and are to keep record of these meetings in their journal.
- Students are required to attend all demonstrations, orientations, and training sessions that the supervisor may require.
Course Assessment
Given the nature of this course, the exact breakdown of the assessment may vary. Both the student and their faculty supervisor must agree on the final breakdown. The assessment below has been used by past students and is suggested: Please note: A reflection essay is mandatory for this course.
The faculty supervisor’s assessment is broken down as follows (or similar):
- Faculty supervisor’s report and evaluation of student’s work – 50%
- Two-page interim/mid-term report – 15%
- Daily log/Journal student keeps a log of their research activities; 20%
- REQUIRED: Final reflection essay (500 words); 15%
Assessments: the supervisor will complete a written assessment of the student’s progress and discuss with the student BEFORE THE DEADLINE TO DROP COURSES WITHOUT PENALTY.
Final grades will be numeric and there is to be no final exam.
- Registration in Level II of a program in the Faculty of Science; and
- Agreement of the academic supervisors; and,
- Approval from the OUR office.
- Not open to students with credit or registration in any Level III or IV department- or program-based applied placement, internship, practicum, thesis, or independent study/project course.
The course will follow MSAF and SAS policies as prescribed by the University.
Step 1: Find a Supervisor.
Step 2: Complete SCIENCE 2RP3 Application Form.
If you are unsure with where to start or having trouble finding a supervisor, the Office of Undergraduate Research also offers specific 2RP3 courses such as:
- SCIENCE 2RP3 – Greenhouse Research Assistant under the supervision of Dr. Susan Dudley
- SCIENCE 2RP3 – Research Project Challenge: St. Joseph’s Health System Ethics Office under the supervision of Dr. Lee de Bie & Ali Solhi, PhD candidate
Deadlines
Applications are due by April 3, 2026.
Due to the large number of applications, only successful applicants will be contacted and given permission to enrol in the course. If you do not hear back by the end of the drop/add period, you have not been chosen.
SCIENCE 3RP3
Currently, there are two SCIENCE 3RP3 courses offered to undergraduate science students:
SCIENCE 3RP3 – Collaborative Immune System Modeling and Simulation
SCIENCE 3RP3 – Research Practicum
SCIENCE 3RP3 - Collaborative Immune System Modeling and Simulation
Instructors: Donghoon Lee, PhD – Industry Partner/Project Supervisor & Ali Solhi – Course Coordinator
Dates: May – June 2026
Enrolment Capacity: 15 students
Research Discipline: Science
Course Rationale: This senior-level course engages undergraduate science students with real-world challenges identified by STEM industry leaders. Student teams work collaboratively to analyze complex problems, develop actionable solutions, and present recommendations directly to company executives. The course integrates interdisciplinary teamwork, structured mentorship, and executive-level feedback
Proposed Training
Students will participate in a collaborative computational biology project focused on modeling human immune system behavior using a novel biosystem programming language.
During the placement, students will work in small teams to develop human immune system scenarios in action (Examples: acute viral infection, vaccination and immune memory formation, bacterial infection, autoimmune response, etc.). Their activities will include:
- Generating initial biological system models using human-guided, AI-assisted methods
- Modifying, refining, and optimizing models to improve biological accuracy and simulation performance
- Validating models against predefined system specifications and expected biological behavior
- Running simulations and interpreting system-level outcomes
Students will gain practical industry experience in computational modeling workflows and modern software development practices. Training will include:
- Programming and model development using VS Code
- Command-line workflows for simulation execution and version control
- Code collaboration and management using GitHub (Necessary for team leads)
- Responsible use of AI tools for model generation, debugging, and scientific insight development
Through this experience, students will learn how computational tools, AI, and programming methodologies are applied in real-world biosystem modeling and innovative biotechnology research environments.
Learning Outcomes & Science Career Competencies
- Problem identification and solution generation
- Applied critical thinking and innovation in industry contexts
- Team-based project planning and execution
- Professional communication and presentation to non-academic audiences
- Industry engagement and experiential learning
How Successful Learning Objectives Are Determined
Student learning outcomes will be evaluated through industry-aligned performance measures and project deliverables rather than traditional classroom assessments.
Evaluation will include:
- Completion of defined project milestones, including development, refinement, and validation of biosystem models
- Demonstrated ability to use professional development tools taught in class, such as version control, simulation workflows, and collaborative coding environments
- Participation in regular team meetings, technical discussions, and collaborative problem solving
- Brief biweekly progress updates from team leads, summarizing work completed, challenges encountered, and next steps.
- Final technical presentation summarizing their model and lessons learned, delivered to the class
Supervisors will provide ongoing feedback through periodic progress reviews similar to industry performance check-ins, assessing technical growth, communication skills, initiative, and ability to work within a collaborative research and development environment.
Required Components for Passing Grade
- Participation and engagement in all sessions
- Submission of reflections and group progress updates
- Contribution to final group project
- Delivery of final presentation to industry jury
- Peer and instructor evaluations
- Completion of at least one Level II or above cell biology or molecular biology course
- Foundational understanding of biological systems across multiple scales, including molecular, cellular, and systems-level biology
- Basic familiarity with scientific reasoning and quantitative analysis is recommended
Accommodations will follow university policy and include support for students using MSAF, or Student Accesibility Services.
To apply for this course, please fill out the following SCIENCE 3RP3 application form online.
Application Deadline: April 3, 2026
Due to the large number of applications, only successful applicants will be contacted and given permission to enrol in the course. If you do not hear back by the end of the drop/add period, you have not been chosen.
SCIENCE 3RP3 - Research Practicum
Instructor: Students are required to find a faculty supervisor at McMaster University.
Class Time: One 50 min lecture per week (select dates).
Location: McMaster campus, agreed upon location with faculty supervisor.
Course Description
Students will gain practical research experience, as directed by a faculty member, in a wide range of scientific lab/field settings or as part of a faculty member’s research program. During this course, the student will learn introductory research skills/techniques and will use these techniques to make a meaningful contribution to the supervisor’s research program. Students are expected to commit to approximately 5-10 hours per week (on average) for one term. Students will also be required to attend departmental seminars/colloquia of their interest (3 seminars per term).
Click to read the full Course Outline.
Course and Learning Objectives
Given the nature of this course, the exact breakdown of the learning outcomes will vary. Both the student and the academic supervisor must agree on the final learning outcomes to be defined.
At a minimum, in this course, the student will:
- Work in conjunction with the academic supervisor to identify one or more learning outcomes in each of the following categories, with methods of evaluation, and target completion date for each.
- Academic learning and application related to the ideas, concepts, or theories of your field of study.
- Skill development: e.g., oral and written communication, problem-solving, decision-making, teamwork, skills specific to the occupation.
- Personal development: g., career exploration, self-confidence, sensitivity, appreciation of diversity, clarification of values.
- Reflect on their own experiences and relate these experiences to the current literature.
Project Requirements
- Students must keep a journal to record meetings, progress of their work, what was learned in the project, and the nature of the research in general. This is to provide the supervisor with an ongoing record of the students’ progress in the project and aid in evaluation at the end of the project.
- Students must meet with supervisors to schedule regular meetings. At minimum, students are to meet with their supervisor twice a month and are to keep record of these meetings in their journal.
- Students are required to attend all demonstrations, orientations, and training sessions that the supervisor may require.
Course Assessment
Given the nature of this course, the exact breakdown of the assessment may vary. Both the student and their faculty supervisor must agree on the final breakdown. The assessment below has been used by past students and is suggested: Please note: A reflection essay is mandatory for this course.
The faculty supervisor’s assessment is broken down as follows (or similar):
- Faculty supervisor’s report and evaluation of student’s work – 50%
- Two-page interim/mid-term report – 15%
- Daily log/Journal student keeps a log of their research activities; 20%
- REQUIRED: Final reflection essay (500 words); 15%
Assessments: the supervisor will complete a written assessment of the student’s progress and discuss with the student BEFORE THE DEADLINE TO DROP COURSES WITHOUT PENALTY.
Final grades will be numeric and there is to be no final exam.
- Registration in Level II of a program in the Faculty of Science; and
- Agreement of the academic supervisors; and,
- Approval from the OUR office
- Not open to students with credit or registration in any Level III or IV department- or program-based applied placement, internship, practicum, thesis, or independent study/project course.
- This course is administered by the Office of Undergraduate Research (OUR).
The course will follow MSAF and SAS policies as prescribed by the University.
Step 1: Find a Supervisor.
Step 2: Complete SCIENCE 3RP3 Application Form.
If you are unsure with where to start or having trouble finding a supervisor, the Office of Undergraduate Research also offers specific 3RP3 courses such as:
- SCIENCE 3RP3 – Collaborative Immune System Modeling and Simulation under the supervision of Donghoon Lee, PhD
Deadlines
For Spring/Summer: April 3, 2026
Due to the large number of applications, only successful applicants will be contacted and given permission to enrol in the course. If you do not hear back by the end of the drop/add period, you have not been chosen.