- HBA · 4 years
- Work experience details
- ~High 80s to low 90s


Memorial University of Newfoundland · St. John’s

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Checked 2026-11-05
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Duration (years)
4 years (standard degree)
Memorial St. John’s Bachelor of Science: program duration and campusWork experience
The Physics option offers a Co-operative Internship in Physics.
Memorial Physics option within the Bachelor of ScienceAcademic minimum
The university publishes a 70% academic minimum, not an entering-average range.
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2026 entry
Aug. 26, 2026 (11:59 p.m. NDT) The only Memorial deadline on this page carrying an explicit year. IMMINENT relative to the check date.
Mature-applicant review only: personal statement and two academic-ability references. Ordinary qualified high-school applicants are outside this requirement.
Memorial: mature applicant criteria, statement and referencesApplicants whose chosen Memorial degree has a separate competitive selection process
Applicants selecting a named major or competitive degree; the exact degree determines which branch applies
NL Grade12, other high-school and university/college transfer applicants
Ontario Grade 12 applicants to the general BA or BSc; later-major selection remains separate
General BA/BSc high-school applicants missing a normally listed subject area
All applicants
General BSc entry applicants
Canadian secondary applicants
Applicants missing a normal general subject area
International secondary applicants
All applicants required to establish English proficiency
Applicants using standardized English tests
Applicants with provisional acceptance or language-preparation needs
Eligible mature applicants only
Home-schooled applicants lacking an accredited school transcript
Applicants without completed post-secondary courses seeking special review
Recognized university/college transfer applicants
Post-secondary transfer applicants
Transfer or prior-degree applicants
Applicants presenting IB, AP, CAPE, GCE or Sri Lankan A Levels
Internal change and readmission applicants
Canadian citizen/permanent-resident applicants age 21 or older
Limited-duration applicants remaining outside a Memorial credential
Students in or approaching their final high-school year
Applicants completing recognized school-upgrading routes
Applicants holding a school diploma and transition preparation
Canadian citizen/permanent-resident applicants age 60 or older
Complete graduation and progression requirements have not been mapped here. Check the university’s academic calendar.
The Physics option offers a Co-operative Internship in Physics.
University work-study informationWithin the broad BSc, the Physics major offers a Co-operative Internship in Physics. Memorial also describes undergraduate physics research employment in summer. These are Physics opportunities, not placements guaranteed to every Science student; this page does not specify an internship length or guarantee a paid internship.
Memorial Physics option within the Bachelor of ScienceApply to this entry program. Choose a major later; some majors require university courses or separate selection.
BSc
Study how biological processes and the nervous system relate to behaviour.
Separate study choices within this entry program. Each course block belongs to its named choice; it is not required of every student in the degree.
Current2026/27department course menu and the selected degree requirements, with inactive courses excluded. Major, honours, joint-degree and course-choice requirements differ. The full menu is not a list of courses everyone must take. 11.5 Earth Sciences: 11.5.8 Credit Restrictions for Present Earth Sciences (EASC) Courses with Former Courses 11.5 Earth Sciences: 120 credit hour programs 11.5 Earth Sciences: 135 credit hour program 11.5 Earth Sciences: 24 credit hour program 11.5 Earth Sciences: Although Honours programs can be completed in 120 credit hours, students who do not select the prescribed Common Block of Required Courses will normally need more than 120 credit hours to satisfy degree requirements. 11.5 Earth Sciences: In order to be formally admitted to major programs in Earth Sciences, students must have successfully completed 3 first-year credit hours in each of the following departments: English and Communication and Media Studies, Mathematics, Earth Sciences, Chemistry and Physics; these courses must be selected from the list of required courses for degree programs in Earth Sciences. Students are encouraged to declare their major in their first year of study at the university. 11.5 Earth Sciences: All majors in Earth Sciences must successfully complete those courses specified in Clauses 1. through 4. Students should examine prerequisites of 3000 level courses in order to decide which course to select under Clauses 3. and 4. 11.5 Earth Sciences: Six credit hours in Critical Reading and Writing (CRW) courses, including at least 3 credit hours in English courses, Mathematics 1000 and 1001 , Earth Sciences 1000 and 1002 , Chemistry 1050 and 1051 or Chemistry 1200 and 1001 , Physics 1050 and 1051 or Physics 1020 and 1021 . Students are advised to consult the Department of Physics Course Descriptions section for credit restrictions. Students who intend or are required to successfully complete higher level Physics courses must successfully complete Physics 1051 as well, since it is a prerequisite for higher level Physics courses. Students should review the Department of Physics Calendar entry for these courses. 11.5 Earth Sciences: At least 30 additional credit hours from Earth Sciences courses at 3000 and/or 4000 levels with a minimum of 12 credit hours from courses at the 4000 level. Credit hours from Earth Sciences 4310 and 4950 cannot be used to fulfill this requirement. 11.5 Earth Sciences: Six credit hours from the Faculty of Science courses numbered 2000 or higher. Credit hours from Earth Sciences courses, courses that are cross-listed with Earth Sciences courses, and the former Physics 2050 are excluded. However, Physics 2820 is permitted. 11.5 Earth Sciences: Additional credit hours selected to conform with regulations for the Honours Degree of Bachelor of Science so as to achieve a total of 120 credit hours. Students are encouraged to complete a minor in another department. 11.5 Earth Sciences: Three of the credit hours used to fulfill either requirement 3. or 4. above must be from Biology, Chemistry, Computer Science, Statistics or Physics. They may be from Mathematics only if Mathematics 2000 has not been taken as part of the Common Block of Required Courses . 11.5 Earth Sciences: Twenty-one additional credit hours from Earth Sciences courses at 3000 and/or 4000 levels with a minimum of 9 credit hours from courses at 4000 level. Credit hours from Earth Sciences 4310 , 4950 and 499A/B cannot be used to fulfill this requirement. 11.5 Earth Sciences: Six credit hours from Science Faculty courses numbered 2000 or higher. Credit hours from Earth Sciences courses, courses that are cross-listed with Earth Sciences courses, and the former Physics 2050 are excluded. However, Physics 2820 is permitted. 11.5 Earth Sciences: Additional credit hours selected to conform with the Regulations for the General Degree of Bachelor of Science so as to achieve a total of 120 credit hours. Students are encouraged to complete a minor in another department. 11.5 Earth Sciences: At most 6 credit hours in courses at the 1000-level can be used towards the course requirements in Earth Sciences for the Major, Minor, Joint Major, Honours or Joint Honours.
Earth-system structure and interactions.
Memorial 2026/27: EASC 1000 native course descriptionGeological records, field data and mapping.
Memorial 2026/27: EASC 1002 native course descriptionMineral structures, optics and identification.
Memorial 2026/27: EASC 2030 native course descriptionRock-forming minerals and microscopic rock classification.
Memorial 2026/27: EASC 2031 native course descriptionSubsurface techniques for environmental and humanitarian problems.
Memorial 2026/27: EASC 2100 native course descriptionPlanetary observations and Solar System evolution.
Memorial 2026/27: EASC 2150 native course descriptionRock deformation and structural-map interpretation.
Memorial 2026/27: EASC 2401 native course descriptionElement distributions, aqueous chemistry and isotopes.
Memorial 2026/27: EASC 2502 native course descriptionSediment deposition and stratigraphic interpretation.
Memorial 2026/27: EASC 2702 native course descriptionAvalon Peninsula field observations and geological methods.
Memorial 2026/27: EASC 2906 native course descriptionGeological hazards and environmental risk.
Memorial 2026/27: EASC 2916 native course descriptionGem properties, origins and trade.
Memorial 2026/27: EASC 2917 native course descriptionOcean formation, tectonics and marine sediments.
Memorial 2026/27: EASC 2919 native course descriptionCrystal structures and solid-state materials.
Memorial 2026/27: EASC 3030 native course descriptionMagma processes and igneous-rock origins.
Memorial 2026/27: EASC 3054 native course descriptionMetamorphic reactions, thermodynamics and rock textures.
Memorial 2026/27: EASC 3055 native course descriptionSubsurface geophysics for resource exploration.
Memorial 2026/27: EASC 3170 native course descriptionShallow geophysics for environmental investigations.
Memorial 2026/27: EASC 3172 native course descriptionMathematical tools for geophysical analysis.
Memorial 2026/27: EASC 3179 native course descriptionOre formation and mineral-deposit models.
Memorial 2026/27: EASC 3210 native course descriptionPlate boundaries and tectonic processes.
Memorial 2026/27: EASC 3420 native course descriptionGeochemical approaches to environmental change.
Memorial 2026/27: EASC 3600 native course descriptionGroundwater movement, measurement and contamination.
Memorial 2026/27: EASC 3610 native course descriptionLandforms and geomorphic field methods.
Memorial 2026/27: EASC 3700 native course descriptionSediment transformation and rock properties.
Memorial 2026/27: EASC 3702 native course descriptionField interpretation of sedimentary environments.
Memorial 2026/27: EASC 3705 native course descriptionFossils, evolution and geological interpretation.
Memorial 2026/27: EASC 3811 native course descriptionBedrock mapping and structural-data analysis.
Memorial 2026/27: EASC 3905 native course descriptionExperimental and geochemical igneous petrology.
Memorial 2026/27: EASC 4053 native course descriptionCollecting and interpreting applied-geophysics field data.
Memorial 2026/27: EASC 4105 native course descriptionSeismic-data acquisition, processing and interpretation.
Memorial 2026/27: EASC 4171 native course descriptionElectrical, electromagnetic and potential-field geophysics.
Memorial 2026/27: EASC 4173 native course descriptionDigital filtering and geophysical signal analysis.
Memorial 2026/27: EASC 4179 native course descriptionMineral-deposit investigation through case studies.
Memorial 2026/27: EASC 4211 native course descriptionNorth American tectonic and crustal history.
Memorial 2026/27: EASC 4420 native course descriptionIsotopic constraints on geochemical processes.
Memorial 2026/27: EASC 4502 native course descriptionGeochemical sampling and mineral-exploration analysis.
Memorial 2026/27: EASC 4503 native course descriptionNumerical groundwater and contaminant-transport modelling.
Memorial 2026/27: EASC 4620 native course descriptionSedimentary basins and petroleum systems.
Memorial 2026/27: EASC 4702 native course descriptionReconstructing Quaternary environments and landforms.
Memorial 2026/27: EASC 4703 native course descriptionCoastal landforms and environmental change.
Memorial 2026/27: EASC 4710 native course descriptionCarbonate facies and diagenetic rock properties.
Memorial 2026/27: EASC 4720 native course descriptionEarth-system interactions and global change.
Memorial 2026/27: EASC 4903 native course descriptionNewfoundland geological mapping field school.
Memorial 2026/27: EASC 4905 native course descriptionConstructing three-dimensional subsurface computer models.
Memorial 2026/27: EASC 4907 native course descriptionPlanetary rocks, impacts and exploration.
Memorial 2026/27: EASC 4912 native course descriptionTechnical reporting on geoscience employment research.
Memorial 2026/27: EASC 4950 native course descriptionDifferentiation and applied optimisation.
Memorial 2026/27: MATH 1000 native course descriptionIntegration and differential-equation applications.
Memorial 2026/27: MATH 1001 native course descriptionAtomic structure, bonding and thermochemistry.
Memorial 2026/27: CHEM 1050 native course descriptionEquilibria, reaction rates and electrochemistry.
Memorial 2026/27: CHEM 1051 native course descriptionCalculus-based motion, forces and oscillations.
Memorial 2026/27: PHYS 1050 native course descriptionCalculus-based waves and electromagnetism.
Memorial 2026/27: PHYS 1051 native course descriptionAlgebra-based forces, energy and motion.
Memorial 2026/27: PHYS 1020 native course descriptionAlgebra-based waves, fluids and electricity.
Memorial 2026/27: PHYS 1021 native course descriptionSeries and multivariable calculus.
Memorial 2026/27: MATH 2000 native course descriptionStatistical inference for scientific data.
Memorial 2026/27: STAT 2550 native course descriptionBiological organisation, classification and ecology.
Memorial 2026/27: BIOL 2120 native course descriptionOrganismal diversity, unity and evolution.
Memorial 2026/27: BIOL 1001 native course descriptionOrganismal diversity, unity and evolution.
Memorial 2026/27: BIOL 1002 native course descriptionElectromagnetic fields, circuits and optics.
Memorial 2026/27: PHYS 2055 native course descriptionNumerical techniques for mechanics problems.
Memorial 2026/27: PHYS 2820 native course descriptionCurrent2026/27department course menu and the selected degree requirements, with inactive courses excluded. Major, honours, joint-degree and course-choice requirements differ. The full menu is not a list of courses everyone must take. 11.10 Ocean Sciences: Admission to the Ocean Sciences Major Programs is based on academic standing. To be considered for admission, students must normally have completed 30 credit hours with a minimum of 24 credit hours in Science, and an overall average of at least 65%. It is recommended that the following courses be successfully completed before admission: 11.10 Ocean Sciences: Six credit hours in Critical Reading and Writing (CRW) courses, including at least 3 credit hours in English courses; 11.10 Ocean Sciences: Ocean Sciences 1000 with a minimum grade of 65%; and 11.10 Ocean Sciences: Physics 1020 or ( 1050 ) or 3 credit hours in Ocean Sciences courses at the 2000 level. 11.10 Ocean Sciences: the 30 specified credit hours required under Admission Requirements for the Major in Ocean Sciences or the Major in Ocean Sciences (Environmental Systems) ; 11.10 Ocean Sciences: Statistics 2550 or any of the courses listed in the credit restrictions of Statistics 2550 ; 11.10 Ocean Sciences: a minimum of 30 credit hours in Ocean Sciences, including: Ocean Sciences 2000 , 2001 , 2100 and at least one of 2500 or 4500 (or Biology 3709 or 4710 ). Ocean Sciences 1000 , successfully completed under Admission Requirements for the Major in Ocean Sciences or the Major in Ocean Sciences (Environmental Systems) , will count as 3 of the required 30 credit hours in Ocean Sciences; at least one of Ocean Sciences 2200 or 2300 ; and at least 9 credit hours in Ocean Sciences courses at the 3000 and/or 4000 level. 11.10 Ocean Sciences: extra Science courses as necessary to fulfil the minimum requirement for 78 credit hours in Science as stipulated under Electives of the Degree Regulations for the General Degree of Bachelor of Science. The program should include a minimum of 15 credit hours in Science courses at the 3000 and/or 4000 level; and 11.10 Ocean Sciences: elective courses as necessary to make up the total of 120 credit hours. 11.10 Ocean Sciences: the 30 credit hours required under Admission Requirements for the Major in Ocean Sciences or the Major in Ocean Sciences (Environmental Systems) ; 11.10 Ocean Sciences: at least 9 credit hours at the 3000 and/or 4000 level chosen from: Geography 3120 , 3140 , 3250 , 3425 , 3510 , 4050 , 4060 , 4190 , 4250 , 4917 ; and Earth Sciences 3600 , 4605 , 4903 . 11.10 Ocean Sciences: a minimum of 30 credit hours in Ocean Sciences, including: Ocean Sciences 2000 , 2001 , 2100 and at least one of 2500 or 4500 (or Biology 3709 or 4710 ). Ocean Sciences 1000 , successfully completed under Admission Requirements for the Major in Ocean Sciences or the Major in Ocean Sciences (Environmental Systems) , will count as 3 of the required 30 credit hours in Ocean Sciences; at least 9 credit hours in Ocean Sciences courses at the 3000 and/or 4000 level. 11.10 Ocean Sciences: The Honours in Ocean Sciences requires a minimum of 45 credit hours in Ocean Sciences as outlined below. The program includes a prescribed number of courses at the 3000/4000 level as well as mandatory successfully completion of Ocean Sciences 499A/B , which consist of supervised research leading to the submission and oral defence of a dissertation. 11.10 Ocean Sciences: a minimum of 12 credit hours chosen from: Biology 2060 , 2122 , 2250 , 2600 , 2900 ; Human Biosciences 2001 , 2003 , 2004 , 3004 , 3207 , or the former Biochemistry 2100, 2101 or 2201, 3106 or 3206, 3107 or 3207, 3108; 11.10 Ocean Sciences: a minimum of 45 credit hours in Ocean Sciences, including: Ocean Sciences 2000 , 2001 , 2100 , 2200 , 2300 and at least one of 2500 or 4500 (or Biology 3709 or 4710 ). Ocean Sciences 1000 , successfully completed under Admission Requirements for the Major in Ocean Sciences or the Major in Ocean Sciences (Environmental Systems) , will count as 3 of the required 45 credit hours in Ocean Sciences; at least 18 credit hours in Ocean Sciences courses at the 3000 and/or 4000 level. Ocean Sciences 499A/B ; and 11.10 Ocean Sciences: elective courses as necessary to make up the total of 120 credit hours including a minimum of 15 credit hours at the 3000 and/or 4000 level in any of Biology, Chemistry, Earth Sciences, Environmental Science, Geography, Human Biosciences, Ocean Sciences or Physics (these 15 credit hours can include courses completed as part of the requirements in 5.b. but not those required as part of 6. above). 11.10 Ocean Sciences: Those courses in which a grade "B" or an average of 75% or higher are required to graduate with an Honours degree as per clause 1. of Academic Standing in the Degree Regulations for the Honours Degree of Bachelor of Science, are the Ocean Sciences courses at the 2000, 3000 and/or 4000 level, and 15 credit hours in courses at the 3000 and/or 4000 level in any of Biology, Chemistry, Earth Sciences, Environmental Science, Geography, Human Biosciences, or Physics. 11.10 Ocean Sciences: The dissertation is a crucial part of the program. It involves an original piece of research undertaken under the supervision of a faculty member of the Department of Ocean Sciences (or someone holding cross-appointment or adjunct status in the Department), as approved by the Head of the Department. This segment of the program is Ocean Sciences 499A/B , a two-semester, 6 credit hour linked course, where a grade of PAS in 499A is required in the first semester in order to proceed to 499B.
Marine systems and human-ocean interactions.
Memorial 2026/27: OCSC 1000 native course descriptionBiological processes shaping marine production.
Memorial 2026/27: OCSC 2000 native course descriptionFisheries and aquaculture production systems.
Memorial 2026/27: OCSC 2001 native course descriptionSeawater chemistry and oceanic transformations.
Memorial 2026/27: OCSC 2100 native course descriptionMarine geology and ocean-basin evolution.
Memorial 2026/27: OCSC 2200 native course descriptionOcean circulation, waves and fluid dynamics.
Memorial 2026/27: OCSC 2300 native course descriptionMarine sampling, instruments and laboratory investigation.
Memorial 2026/27: OCSC 2500 native course descriptionFinfish and shellfish culture methods.
Memorial 2026/27: OCSC 3000 native course descriptionGenetics and biotechnology in aquatic production.
Memorial 2026/27: OCSC 3002 native course descriptionMicrobial interactions in marine environments.
Memorial 2026/27: OCSC 3600 native course descriptionAnimal physiological responses to environmental extremes.
Memorial 2026/27: OCSC 3640 native course descriptionLaboratory and modelling approaches to ocean biology.
Memorial 2026/27: OCSC 3710 native course descriptionMarine organisms, habitats and ecology.
Memorial 2026/27: OCSC 3711 native course descriptionEcology and adaptations of bottom-dwelling organisms.
Memorial 2026/27: OCSC 3712 native course descriptionCoastal-fish sampling and habitat analysis.
Memorial 2026/27: OCSC 3714 native course descriptionFish evolution, ecology and conservation.
Memorial 2026/27: OCSC 3715 native course descriptionMarine-animal adaptations and research methods.
Memorial 2026/27: OCSC 4122 native course descriptionClimate influences on marine fisheries.
Memorial 2026/27: OCSC 4300 native course descriptionCold-ocean ecology through field investigation.
Memorial 2026/27: OCSC 4500 native course descriptionCrustacean anatomy, physiology and ecology.
Memorial 2026/27: OCSC 4600 native course descriptionFish anatomy and physiological processes.
Memorial 2026/27: OCSC 4601 native course descriptionMarine reproductive adaptations and strategies.
Memorial 2026/27: OCSC 4602 native course descriptionAquatic immune responses and vaccination.
Memorial 2026/27: OCSC 4603 native course descriptionStatistical models for biological and environmental data.
Memorial 2026/27: OCSC 4605 native course descriptionCurrent oceanography issues and public communication.
Memorial 2026/27: OCSC 4700 native course descriptionOrganismal diversity, unity and evolution.
Memorial 2026/27: BIOL 1001 native course descriptionOrganismal diversity, unity and evolution.
Memorial 2026/27: BIOL 1002 native course descriptionAtomic structure, bonding and thermochemistry.
Memorial 2026/27: CHEM 1050 native course descriptionEquilibria, reaction rates and electrochemistry.
Memorial 2026/27: CHEM 1051 native course descriptionEarth-system structure and interactions.
Memorial 2026/27: EASC 1000 native course descriptionDifferential calculus in biological applications.
Memorial 2026/27: MATH 1006 native course descriptionDifferentiation and applied optimisation.
Memorial 2026/27: MATH 1000 native course descriptionAlgebra-based forces, energy and motion.
Memorial 2026/27: PHYS 1020 native course descriptionCalculus-based motion, forces and oscillations.
Memorial 2026/27: PHYS 1050 native course descriptionStatistical inference for scientific data.
Memorial 2026/27: STAT 2550 native course descriptionAlgebra-based waves, fluids and electricity.
Memorial 2026/27: PHYS 1021 native course descriptionCalculus-based waves and electromagnetism.
Memorial 2026/27: PHYS 1051 native course descriptionBonne Bay marine sampling field course.
Memorial 2026/27: BIOL 3709 native course descriptionCold-ocean ecology through field investigation.
Memorial 2026/27: BIOL 4710 native course descriptionGeological records, field data and mapping.
Memorial 2026/27: EASC 1002 native course descriptionElement distributions, aqueous chemistry and isotopes.
Memorial 2026/27: EASC 2502 native course descriptionGeochemical approaches to environmental change.
Memorial 2026/27: EASC 3600 native course descriptionEarth-system interactions and global change.
Memorial 2026/27: EASC 4903 native course descriptionOrganic bonding, stereochemistry and reactions.
Memorial 2026/27: CHEM 2400 native course descriptionOrganic structure interpretation and reaction chemistry.
Memorial 2026/27: CHEM 2401 native course descriptionEukaryotic cells, organelles and molecular interactions.
Memorial 2026/27: BIOL 2060 native course descriptionInvertebrate structure, adaptations and life histories.
Memorial 2026/27: BIOL 2122 native course descriptionInheritance, molecular genetics and biotechnology.
Memorial 2026/27: BIOL 2250 native course descriptionTheoretical and empirical ecological principles.
Memorial 2026/27: BIOL 2600 native course descriptionEvolutionary processes and phylogenetic classification.
Memorial 2026/27: BIOL 2900 native course descriptionSome examples require further study, professional courses, examinations or experience.
University-published examples for the Physics major within the broad BSc entry. They are not asserted for every Science major.
Arts and Science · St. John’s · 10-course reference
2026–27 · Two semesters · 10 courses · CAD
Canadian students example · Choose your category
New students entering fall 2026 · Tuition only
Housing and meals are outside this estimate.
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