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



AI-generated ink illustration
Conceptual study artwork, not a photograph of teaching facilities.
Unidex · generated with ImageGen
Checked 2026-11-05
Symbolic subject artwork; no university facility depicted
Duration (years)
4 years in the published degree study plan
Laurentian current degree options, study plans and course credit weightsWork experience
NATS 3206 internship is available in the summer before fourth year with limited places. Apply to the Forensic Science and course coordinators; selection considers the first three years’ overall average, résumé and a suitable placement. This is not an unrestricted or guaranteed placement.
Current exact university programme placement/co-op structureAcademic minimum
The university publishes a 80% academic minimum, not an entering-average range.
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2027 entry
School deadline, not a student task. Universities receive these grades by November 26. Verbatim: "Deadline for the OUAC to receive all midterm or final grades available for 4U/M courses from Ontario high schools. Schools may report in-progress grades for full-year courses as soon as they are available." Universities receive these by the target date of November 26, 2026. This is a deadline on the high school, not on the student, but it governs which grades a university sees in the first round.
Verbatim: "There is no specific Undergraduate application deadline if you are a Group B applicant. Deadlines vary at each university and sometimes depend on the program. Visit the university websites or contact the universities directly for their deadlines. If you are interested in a program but the deadline has passed, you may contact the university's admission office for help. Be aware of university-specific deadlines for submitting transcripts and portfolios, if required, and for arranging interviews and auditions. You must ensure the OUAC has enough time to process your choices before the universities' program deadlines." OUAC defines Group B as anyone who does not meet the Group A criteria, e.g. not currently taking an Ontario high school course, a Canadian outside Ontario, an international applicant, a postsecondary transfer student, or a mature applicant.
Exact programme applicants; Ontario, IB, college or other named subcategory applies only to that subcategory
Ontario high-school applicants; exact programme requirements also apply
CÉGEP applicants only; programme-specific exceptions and thresholds remain applicable
Canadian College (Outside of Ontario) applicants only; programme-specific exceptions and thresholds remain applicable
External University Transfers applicants only; programme-specific exceptions and thresholds remain applicable
Mixing International Curriculum with Ontario Curriculum applicants only; programme-specific exceptions and thresholds remain applicable
College Transfer applicants only; programme-specific exceptions and thresholds remain applicable
University Transfer applicants only; programme-specific exceptions and thresholds remain applicable
Accepted Institutions for Transfer Credit applicants only; programme-specific exceptions and thresholds remain applicable
Mixing International Curriculum with Ontario Curriculum applicants only; programme-specific exceptions and thresholds remain applicable
Homeschool Applicants only; Nursing excludes mature applicants without a postsecondary degree
Mature Applicants only; Nursing excludes mature applicants without a postsecondary degree
Applicants with college studies; programme-specific prerequisites and competitive averages also apply
Only graduates of the exact diploma and grade threshold in each row; transfer credit remains subject to affinity assessment
NATS 3206 internship is available in the summer before fourth year with limited places. Apply to the Forensic Science and course coordinators; selection considers the first three years’ overall average, résumé and a suitable placement. This is not an unrestricted or guaranteed placement.
Current exact university programme placement/co-op structureNamed degree-option and course-catalogue menu on the current official program page. Alternatives, linked subjects and different degree routes are included; this is not a list every student takes.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Cell biology, genetics, respiration, photosynthesis, evolution and ecology.
Plant and animal structure, function, reproduction, nutrition and integrated organ systems.
Atomic and molecular structure, nuclear chemistry, stoichiometry, periodicity and solutions.
Thermodynamics, kinetics, equilibrium, acids, bases, electrochemistry and introductory organic chemistry.
Canadian criminal procedure, trials, offences, Charter rights and defence from a forensic-science perspective.
Limits, derivatives, applications, introductory integration, areas and volumes.
Linear systems, matrices, vector spaces, transformations, eigenvalues and complex numbers.
Mechanics, vectors, energy, matter, thermodynamics and waves.
Optics, electricity, magnetism and modern physics.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Study human anatomy and physiology from cells to systems, focusing on clinical applications.
Study ecosystems, nutrient cycles, ecological energy and the dynamics of biological communities.
Study proteins, nucleic acids, gene expression, DNA techniques and enzyme kinetics.
Explore organic molecular structures, bonding, naming, stereochemistry and selected compound classes.
Examine the reactions of hydrocarbons and single-function organic compounds and the factors affecting them.
Analyse biological evidence through DNA, toxicology, entomology, pathology and other forensic fields.
Study forensic laboratories, crime scenes, evidence collection, analysis and chain of custody.
Use probability distributions, hypothesis tests, estimation and statistical software to analyze scientific data.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Study inheritance, chromosomes, gene structure and function, mutation and statistical analysis of genetic traits.
Design biological experiments, analyze and interpret results and prepare them for publication.
Examine metabolism, its regulation, membranes, cellular signalling and photosynthesis.
Examine the admissibility of expert testimony and ethical challenges in analyzing evidence and testifying in court.
Discuss current issues in the analysis and interpretation of biological forensic evidence.
Discuss current issues in the analysis and interpretation of non-biological forensic evidence.
Study forensic DNA typing, analytical interpretation, population genetics and limitations. Restricted to Forensic Science students.
Forensic laboratory operations, personnel and facilities, information systems, case review, quality assurance and method validation.
Scientific writing, abstracts, talks, posters and critical reading of research. At least 60 BSc or BEng credits, or instructor permission.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Practice criminal-investigation methods through cases, simulated crime scenes and mock trials. Requires third-year completion or instructor permission.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Cell biology, genetics, respiration, photosynthesis, evolution and ecology.
Plant and animal structure, function, reproduction, nutrition and integrated organ systems.
Atomic and molecular structure, nuclear chemistry, stoichiometry, periodicity and solutions.
Thermodynamics, kinetics, equilibrium, acids, bases, electrochemistry and introductory organic chemistry.
Canadian criminal procedure, trials, offences, Charter rights and defence from a forensic-science perspective.
Limits, derivatives, applications, introductory integration, areas and volumes.
Integration, differential equations, polar curves, sequences, series and multivariable functions.
Mechanics, vectors, energy, matter, thermodynamics and waves.
Optics, electricity, magnetism and modern physics.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Study quantitative chemical analysis through gravimetry, titration, data treatment and introductory instrumental methods.
Study proteins, nucleic acids, gene expression, DNA techniques and enzyme kinetics.
Examine periodic properties, chemical bonding, solid structures and reactions of main-group elements.
Explore organic molecular structures, bonding, naming, stereochemistry and selected compound classes.
Examine the reactions of hydrocarbons and single-function organic compounds and the factors affecting them.
Study thermodynamics, chemical equilibria, phase rules and critical phenomena in gases, liquids and solids.
Analyse biological evidence through DNA, toxicology, entomology, pathology and other forensic fields.
Study forensic laboratories, crime scenes, evidence collection, analysis and chain of custody.
Use probability distributions, hypothesis tests, estimation and statistical software to analyze scientific data.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Study chemical-analysis instruments using separation methods, spectroscopy, spectrometry and electrochemical techniques.
Examine metabolism, its regulation, membranes, cellular signalling and photosynthesis.
Determine organic-molecule structures using UV-visible, infrared and NMR spectroscopy and mass spectrometry.
Examine the admissibility of expert testimony and ethical challenges in analyzing evidence and testifying in court.
Discuss current issues in the analysis and interpretation of biological forensic evidence.
Discuss current issues in the analysis and interpretation of non-biological forensic evidence.
Study chemical analysis of forensic evidence, including fire debris, explosives, paint, glass, fibres and suspected drugs.
Study forensic DNA typing, analytical interpretation, population genetics and limitations. Restricted to Forensic Science students.
Forensic laboratory operations, personnel and facilities, information systems, case review, quality assurance and method validation.
Scientific writing, abstracts, talks, posters and critical reading of research. At least 60 BSc or BEng credits, or instructor permission.
Published year-group menu, including alternatives. Elective slots are separate; this is not a weekly timetable.
Practice criminal-investigation methods through cases, simulated crime scenes and mock trials. Requires third-year completion or instructor permission.
Description unavailable in the reviewed current university course sources.
Physical-chemistry principles of electrochemistry, reaction kinetics, surfaces and colloids.
Advanced inorganic chemistry of organometallic compounds, metal clusters and industrial catalysis.
Medicinal chemistry through drug structure, stereochemistry, design and interactions with enzymes or receptors.
Study forensic drug analysis, pharmacology and limits on toxicological interpretation, including alcohol and drugs of abuse.
Bacterial classification, structure, physiology and growth through lectures and laboratory work.
Molecular, structural and functional cell biology, including membranes, organelles, respiration, division, DNA and protein synthesis.
Plant and photosynthetic-organism diversity through evolution, morphology, ecology and life histories, emphasizing Northern Ontario examples.
Animal diversity and the evolution of phyla from early organisms to complex multicellular animals.
Environmental and applied microbiology, including metabolism, physiology, microbial genetics and industrial biology.
Description unavailable in the reviewed current university course sources.
Description unavailable in the reviewed current university course sources.
Plant populations, resources, communities, sampling and environmental interactions, with North American vegetation examples.
Insect structure, classification, physiology, ecology and behaviour, with campus and Northeastern Ontario examples.
Human and mammalian tissues from molecular to organ scales, with an introduction to histological techniques.
Animal-environment relationships, populations, species interactions and geographic or ecological distribution.
Vertebrate organ-system physiology and the mechanisms maintaining internal homeostasis.
Description unavailable in the reviewed current university course sources.
Vertebrate development from fertilization through early embryonic stages, using amphibians, fish, birds and mammals.
Description unavailable in the reviewed current university course sources.
Animal ecophysiology and adaptation to temperature, light, drought, salinity, pressure, oxygen and demanding habitats.
Biological membrane structure and function, transport, energy transduction and receptor interactions.
DNA-manipulation techniques, including library screening, PCR, mutagenesis, transgenic models and commercial applications.
Description unavailable in the reviewed current university course sources.
Selected current-literature topics in cellular and medical biochemistry.
Cellular and molecular toxicity mechanisms, chemical uptake, metabolism, storage and elimination, with human-health and ecological risk assessment.
Study human skeletal anatomy and normal variation in the context of forensic medicine.
Analyze skeletal remains for identification, age, sex, ancestry, stature, pathology and postmortem interval.
An instructor-approved science placement after at least 60 BSc credits. The Honours Thesis laboratory experience cannot also satisfy this internship.
Faculty-supervised research ending in a poster, seminar and thesis. Requires NATS 3106 and at least a B average in required second- and third-year courses.
A supervised literature review ending in a major review paper; NATS 3106 required. Cannot also retain Honours Thesis credit.
Canadian criminal procedure, trials, offences, Charter rights and defence from a forensic-science perspective.
Analyse biological evidence through DNA, toxicology, entomology, pathology and other forensic fields.
Study forensic laboratories, crime scenes, evidence collection, analysis and chain of custody.
Examine the admissibility of expert testimony and ethical challenges in analyzing evidence and testifying in court.
Discuss current issues in the analysis and interpretation of biological forensic evidence.
Discuss current issues in the analysis and interpretation of non-biological forensic evidence.
Forensic laboratory operations, personnel and facilities, information systems, case review, quality assurance and method validation.
Scientific writing, abstracts, talks, posters and critical reading of research. At least 60 BSc or BEng credits, or instructor permission.
Design biological experiments, analyze and interpret results and prepare them for publication.
Study forensic DNA typing, analytical interpretation, population genetics and limitations. Restricted to Forensic Science students.
Study changes in population genetic frequencies through mutation, selection, drift, migration and related processes.
Genome structure and function, including chromatin, replication, repair, recombination and gene-expression control.
Medical microbiology, immunity and infectious diseases, including causative agents, symptoms, treatments and immunization.
Description unavailable in the reviewed current university course sources.
Description unavailable in the reviewed current university course sources.
Study quantitative chemical analysis through gravimetry, titration, data treatment and introductory instrumental methods.
Study chemical-analysis instruments using separation methods, spectroscopy, spectrometry and electrochemical techniques.
Determine organic-molecule structures using UV-visible, infrared and NMR spectroscopy and mass spectrometry.
Description unavailable in the reviewed current university course sources.
Study chemical analysis of forensic evidence, including fire debris, explosives, paint, glass, fibres and suspected drugs.
Soil formation, classification, physical and biological properties and environmental issues. Cross-listed with BIOL 3397; one credit only.
Relationships between brain structure, chemistry and electrical activity and sleep, memory, thought, motivation and emotion.
Mechanisms and behavioural effects of drugs, emphasizing those used clinically, across major pharmacological classes.
Theories and research on emotional behaviour, physiology, cognition, conflicts and defence mechanisms.
Theories and experiments on motivation in people and animals through behaviour, instinct, physiology and cognition.
Disordered behaviour, personality disorders and psychoses, with an introduction to assessment and therapies.
Description unavailable in the reviewed current university course sources.
Forensic Identification option: scientific crime-scene inquiry, physical evidence, investigation roles and avoidance of tunnel-vision bias.
Forensic Identification option: recovery, processing and photographic recording of fingerprint evidence while protecting exhibit integrity and DNA.
Forensic Identification option: firearms, ballistics, wound effects, ammunition identification and tool-mark evidence.
Forensic Identification option: lawful and safe fire-scene management, interagency coordination and use of investigation findings; FOID 1306 required.
Forensic Identification option: mechanisms, scientific interpretation and limits of bloodstain-pattern analysis.
Forensic Identification option: human decomposition, forensic ecology and estimation of the postmortem interval.
Description unavailable in the reviewed current university course sources.
Forensic Identification option: operational exhibit processing and fingerprint photography practicum; FOID 2206 required.
Forensic Identification option: fire origin and cause, chemistry, patterns, excavation and evidence documentation.
Forensic Identification option: collection, comparison and documentation of footwear-impression evidence for reports and testimony.
Study Canadian criminal law, trial procedures, criminal responsibility and defences.
Examine professional ethics in forensic science, including accountability, privacy, intellectual property and conflicts of interest.
Complete supervised original research and a thesis with a conference presentation. Fourth-year Forensic Science students need chair and supervisor approval.
Recognize, collect and compare plant evidence, then prepare a forensic botany report.
Complete an approved agency internship and research report in fourth-year Forensic Science. Pre-application and chair permission are required.
Degree variants, specializations and major options explicitly published on these selected program pages.
University-published career examples; some require further study or registration. These are not ranked graduate outcomes. Clinical, medical, psychological and teaching routes require further study or registration. The university notes criminal background checks for forensic science employment.
Standard undergraduate · 30 credits
2026–27 · September 2026–April 2027 · Stated programme credit load · CAD
Ontario students example · Choose your category
Published tuition · Other charges extra
Housing and meals are outside this estimate.
Last updated