IB Chemistry and university admissions: a roadmap for students in Vietnam

A student can earn 40 points in the IB Diploma and still discover that they cannot apply for the university course they want. The problem may not be their academic ability. It may be a subject decision made two years earlier: Chemistry was taken at SL when the course required HL, Biology was missing, or the wrong Mathematics course was selected.

The reverse can also be true. A student with 36 points and the correct prerequisites may have more realistic options than a student with a higher total but the wrong subject combination.

For families in Vietnam comparing universities in the UK, Australia, Singapore, Hong Kong, North America and elsewhere, there is therefore no single “good IB score”. The useful questions are more specific: Which degree is the student considering? Which subjects must be taken at Higher Level? What score is merely the minimum, and what profile is genuinely competitive? Are there tests, interviews or language requirements beyond the Diploma?

This guide answers those questions for students taking IB Chemistry and for the parents helping them make decisions before important university doors quietly close.

The answer in 60 seconds

If you read only one section, make it this one.

• Course prerequisites come before the total score. First check the required subjects, levels and Mathematics pathway for every serious university option.

• Chemistry HL preserves the widest range of chemistry-intensive routes, especially for Chemistry, Chemical Engineering, Pharmacy, Biochemistry and many Medicine pathways. It is not required everywhere, however: some medical programmes accept Chemistry SL, while some science degrees do not require Chemistry at all.

• A minimum entry requirement is not a safe target. It means an application may be considered. It does not mean that the applicant is likely to receive an offer.

• For selective Chemistry-related degrees, a working target of 38–40 points with 6s or 7s in the required HL subjects is often sensible. The appropriate target may be lower or higher depending on the course, university and country.

• Medicine is rarely “just an IB score”. Tests, interviews, personal qualities, deadlines, English requirements and sometimes residency or language rules can all affect the result.

• Students who are unsure of their final destination need a flexible shortlist. Include aspirational, realistic and safer choices in more than one country or admissions system.

• Parents can help most by building a calm decision process. Compare verified requirements, costs, deadlines and risks; do not turn every practice test into a verdict on the student’s future.

The central idea is simple:

Eligibility is created by the right subjects. Competitiveness is strengthened by the right grades. Admission depends on the entire selection process.

1. What can IB Chemistry lead to?

Chemistry is not only for students who intend to become chemists. It sits at the centre of several degree families, but each family uses it differently.

Degree route	How Chemistry is used	Common companion subjects	What students should investigate early
Chemistry and Medicinal Chemistry	Core theory, practical work, analysis and molecular design	Mathematics; sometimes Physics or Biology	Whether Chemistry and Mathematics must be at HL
Medicine, Dentistry and Veterinary Science	Biological chemistry, pharmacology, physiology and scientific reasoning	Biology; sometimes Mathematics or Physics	Exact Chemistry level, required second science, admissions test, interview and applicant restrictions
Pharmacy and Pharmaceutical Science	Drug action, formulation, analysis and medicinal chemistry	Biology, Mathematics or Physics	Whether Chemistry HL is compulsory and whether interviews or language rules apply
Biochemistry, Biomedical Science and Biotechnology	Molecular processes in cells, disease and laboratory investigation	Biology; sometimes Mathematics	Whether both Biology and Chemistry must be at HL
Chemical Engineering and Materials Science	Thermodynamics, reactions, process design, quantitative modelling and materials	Mathematics; often Physics	Mathematics pathway and level, plus Chemistry level
Environmental, Food and Forensic Science	Measurement, chemical systems and applied laboratory methods	Biology, Geography, Mathematics or Physics	Course-specific subject combinations and laboratory expectations

This is why “I enjoy Chemistry” is a useful beginning, not a complete university plan. A student also needs to ask:

1. Do I prefer molecular science, health, engineering, environmental work or another application?
2. Do the courses I may want require Chemistry HL, or do they accept SL?
3. Which second science and which Mathematics course keep those routes open?
4. Can I realistically achieve the required grade while maintaining a balanced Diploma?

The answers may change during the IB. That is normal. The aim is not to choose a lifelong career at 16. It is to avoid closing plausible routes without understanding the consequence.

2. Do I need Chemistry HL?

There is no universal answer. The correct level depends on the course and the admissions system.

Chemistry HL is usually the safer choice when a student is seriously considering:

• a Chemistry or Medicinal Chemistry degree;
• Chemical Engineering at a highly selective university;
• Pharmacy or Pharmaceutical Science;
• Biochemistry or Biomedical Science where two HL sciences are expected;
• Medicine in systems that commonly require Chemistry at HL; or
• several of these routes at once and has not yet chosen between them.

Chemistry SL may still be entirely appropriate when:

• the target programmes explicitly accept SL;
• Chemistry supports, rather than defines, the intended degree;
• another HL combination is more important for the student’s likely route;
• taking HL would create an unmanageable workload or reduce performance across the Diploma; and
• the family has checked a sufficiently broad list of real courses rather than relying on a general assumption.

The variation can be substantial. Oxford Medicine requires Chemistry at HL together with at least one of Biology, Physics or Mathematics at HL. NUS Medicine similarly expects HL Chemistry plus HL Biology or Physics. By contrast, Monash University’s direct-entry Medicine programme for international students lists Chemistry at grade 5 at SL or grade 4 at HL as its subject prerequisite, alongside a minimum overall IB score and further selection stages.

That does not make one programme “easier”. It shows that universities construct eligibility and selection differently.

A practical rule for undecided students

If Chemistry HL appears in the prerequisites for even two or three courses the student would genuinely consider, dropping to SL is not merely a timetable change. It is a decision to remove those courses unless the student later takes an accepted alternative qualification.

However, “keeping every door open” is not a sensible goal if it produces an overloaded Diploma and weak results. The right question is:

Which set of doors is worth keeping open, and what subject combination gives this student the best chance of walking through them?

3. What IB score should a student target?

A useful score target has three layers.

Layer 1: the published minimum

This is the lowest stated academic profile that normally allows the application to be considered. It may include:

• an overall Diploma score;
• a total across the three HL subjects;
• a particular grade in Chemistry;
• a required grade in Biology, Mathematics or Physics;
• restrictions on which Mathematics course is accepted; and
• English-language conditions.

Meeting all of these is eligibility, not a prediction of admission.

Layer 2: the competitive target

This is the academic profile that makes sense in the context of the course’s selectivity. It should be informed by official guidance, typical offers where published, past outcomes and the strength of the student’s wider application.

For many selective Chemistry-related courses, a sensible planning range is 38–40 overall with 6s or 7s in required HL subjects. Some courses sit below that range; a small number sit above it. The range is a planning tool, not a universal rule.

Layer 3: the personal working target

This is the score the student should work towards now. It must be challenging enough to protect the shortlist but specific enough to guide action.

“Get a 7 in Chemistry” is a wish. A working target sounds more like this:

• raise Paper 1 performance from 64% to 72% by the end of the term;
• eliminate recurring errors in equilibrium and energetics questions;
• complete timed data-based practice every week;
• improve explanations that require command terms such as “deduce”, “explain” and “evaluate”; and
• protect the Internal Assessment timeline so it does not collide with university applications.

Current examples from official university pages

The examples below demonstrate the range of requirements. They are not a university ranking and they should not be used as a substitute for a personal shortlist.

University and course	Published IB expectation	Important subject or selection detail
UCL Pharmacy MPharm	36 overall; 17 points across three HL subjects	Chemistry plus one of Biology, Mathematics or Physics at HL; no HL grade below 5
UCL Chemistry BSc	38 overall; 18 points across three HL subjects	Grade 6 in HL Chemistry and grade 6 in HL Biology, Physics or Mathematics; no HL grade below 5
Imperial Chemical Engineering	40 overall	Grade 7 in HL Mathematics, grade 7 in HL Chemistry and grade 6 in another HL subject
Oxford Biochemistry	39 overall including core points	Grade 7 in HL Chemistry and grade 6 in two other relevant subjects at HL or SL
Oxford Chemistry	40 overall including core points	Chemistry and Mathematics are required; the exact 766/776 pattern depends on Mathematics level
Cambridge Natural Sciences	Typical IB offer of 41–42 with 776 at HL	Mathematics plus two other science or Mathematics subjects at HL
CUHK Medicine, non-JUPAS	Minimum final IB score of 42 with at least 6, 7, 7 at HL	Chemistry or Biology at HL; both are recommended; interview required

Requirements change. Always check the page for the student’s intended entry year, and save a dated copy of important requirements in the family planning sheet.

4. Minimum does not mean likely

This distinction is one of the most important in university planning.

A university publishes a minimum because it needs a transparent academic threshold. A selective programme may still receive far more qualified applicants than it can admit. The admissions team may then compare subject grades, tests, interviews, academic context, written application components and other criteria.

Think of three separate questions:

Admissions question	Meaning	Example
Can I apply?	The student satisfies the formal academic and subject prerequisites.	The course requires 39 with HL Chemistry and Biology; the student is predicted 40 with both.
Am I competitive?	The profile is credible relative to the strength of the applicant pool.	Required HL grades are strong and there is evidence of course readiness.
Can I complete the selection process well?	The student can also perform in tests, interviews or other assessments.	A Medicine applicant prepares effectively for UCAT and interview.

Confusing these stages creates two opposite errors:

• false reassurance: “The requirement is 38 and I am predicted 38, so I should receive an offer”; and
• unnecessary discouragement: “The university is very selective, so there is no point applying”, even when the student has a credible profile and a balanced shortlist.

The better response is neither certainty nor panic. It is portfolio planning: a small number of ambitious choices, a larger group of well-matched choices and at least one or two options with a stronger margin of academic safety and genuine appeal.

How admissions systems differ by destination

Families in Vietnam often build international shortlists across several countries. That increases opportunity, but it also creates a hidden difficulty: the same word, “requirement”, can mean different things in different systems.

United Kingdom: precise prerequisites and course-specific decisions

UK applications are normally made to a specific course. Subject combinations matter early, and published IB offers are often precise.

Examples:

• Oxford Chemistry requires Chemistry and Mathematics and publishes different IB grade patterns depending on the student’s Mathematics level.
• UCL Biomedical Sciences requires an overall 38 with grade 6 in both HL Biology and HL Chemistry.
• UCL Medicine requires 39 overall, 19 points across three HL subjects and grades 6 and 7 in Biology and Chemistry in either order. Applicants also take UCAT and may be invited to a multiple mini interview.
• Oxford Medicine combines its IB requirement with UCAT and interview selection.

Students applying for 2027 entry or later should use current admissions-test pages, not old school presentations or forum posts. For example, Oxford has updated the tests used for several courses and publishes the current arrangements centrally.

Planning implication: In the UK, investigate the course before choosing subjects. A high overall score cannot repair a missing mandatory prerequisite.

Australia: thresholds, equivalencies and programme-specific selection

Australian universities may publish selection ranks, qualification equivalencies or minimum IB scores. The process varies sharply by degree.

Monash direct-entry Medicine for international students, for example, publishes a minimum IB score of 39 and accepts Chemistry at SL grade 5 or HL grade 4. International applicants must also follow the programme’s test and interview process. UNSW Medicine also uses academic results together with an external admissions test and interview when selecting international applicants.

This is a useful warning against copying a rule from one country to another. “Medicine requires Chemistry HL” is too broad to be reliable; “this Medicine programme requires Chemistry HL for this entry year” is the level of precision a family needs.

Planning implication: Confirm how the university converts or evaluates the IB, whether the published figure is a minimum or recent selection level, and whether tests and interviews operate as additional filters.

Singapore: strong science prerequisites and highly selective programmes

For science-intensive professional degrees, universities in Singapore often state specific HL combinations. NUS Pharmacy and NUS Pharmaceutical Science require a very good pass in HL Chemistry plus a very good pass in HL Biology, Physics or Mathematics. NUS Medicine requires a good pass in HL Chemistry and either HL Biology or Physics.

NUS Medicine also illustrates why applicant status matters. The published supplementary qualification arrangements differ between students applying with final IB results and those applying with forecast results.

Planning implication: Read the page for the exact applicant category. Do not assume that instructions for Singapore citizens, one qualification type or students with final results automatically apply to an international applicant using predicted grades.

Hong Kong: high academic thresholds plus programme conditions

Hong Kong offers strong options in Medicine, Pharmacy, science and engineering, but requirements differ by university and admission route.

For example, CUHK Medicine’s non-JUPAS route publishes a minimum final IB score of 42 with at least 6, 7, 7 at HL, requires Chemistry or Biology at HL, recommends both and includes an interview.

Professional programmes may also carry language or local-practice considerations. Students considering programmes such as HKU Medicine or HKU Pharmacy should verify the current international-qualification page and any programme-specific language requirement for their admission route.

Planning implication: Check whether a condition applies to all applicants or only to a particular admissions route. For clinical degrees, investigate the language of patient contact and professional registration as well as academic entry.

United States: holistic course preparation rather than a UK-style IB offer

US universities commonly assess the student’s school record, course rigour, grades, activities, essays and context rather than publishing a course-specific conditional offer such as “39 with 766”.

The University of California system, for example, publishes international first-year requirements and explains that its application review considers achievement in the context of the available curriculum, including performance in advanced courses such as IB HL. Separately, UC may award credit for an IB Diploma score of 30 or above. That credit rule is not an admission benchmark.

This distinction matters. A student should not interpret a credit threshold as evidence that the same score is competitive for admission.

Planning implication: Build a rigorous but sustainable subject programme and a coherent application. Do not search for a single unofficial IB number that supposedly guarantees entry.

Canada: university-wide and faculty-specific requirements

Canadian universities frequently publish general IB recognition alongside faculty or programme prerequisites. A Life Sciences, Engineering or Health Sciences route may require particular combinations even when the university’s general IB page appears flexible.

Planning implication: Work from the specific faculty and course page. Confirm Chemistry level, Mathematics course, English evidence, transfer-credit rules and whether admission is direct to the programme or to a broader first year.

What results from IB schools in Vietnam can — and cannot — tell us

Students in Vietnam are already reaching highly selective universities across the world. Publicly reported school outcomes make that clear.

• UNIS Hanoi reported a 2025 average of 34, a 97% Diploma success rate and offers from 147 universities in 16 countries, including Oxford, NYU, the University of California, Toronto, Seoul National University, Yonsei and HKU.

• BIS Hanoi lists destinations across the US, UK and other regions, including Stanford, Berkeley, UCLA, Columbia, Princeton, NYU, Imperial and UCL. Its academic results page reports an average Diploma score of 35.11 for 2026.

• BIS HCMC reports graduates progressing to universities including Stanford, Cornell, Berkeley, Oxford, Cambridge, Imperial, UCL, NUS, HKU, Toronto, Melbourne, Sydney, UNSW, Seoul National University and Yonsei.

• Saigon South International School’s 2024–25 annual report reports an IB average of 36.8 and offers including Berkeley, UCL, Toronto, the University of Pennsylvania, Sydney, KAIST and NUS.

• Australian International School Vietnam reports destinations across Australia, the UK, North America and Asia, with Science and Engineering among its graduates’ fields of study.

These data are encouraging, but they must be interpreted responsibly.

They are cohort-level results and destination lists. They do not tell us:

• the Chemistry grade of each applicant;
• which offer conditions the student had to meet;
• whether the student entered a Chemistry-related degree;
• what tests or interviews were completed;
• how many students applied unsuccessfully to the same course; or
• the probability that another student with a similar score will be admitted.

The correct conclusion is not “a score of X from a school in Vietnam leads to university Y”. It is:

IB students studying in Vietnam can reach an exceptionally wide range of universities, but each successful route still depends on the student’s subjects, grades, application and course-specific selection process.

This is also why the article should speak to the whole of Vietnam, not only Ho Chi Minh City. Students in Hanoi, Ho Chi Minh City and other locations may attend different schools, but they face the same core planning problem: international opportunities are broad, while admissions rules are fragmented.

7. Set a personal Chemistry target

A useful Chemistry target begins with the shortlist and works backwards.

Step 1: Create three possible routes

At the start of the Diploma, the student may not know the exact degree. That is fine. Write down three plausible routes, for example:

1. Medicine or Biomedical Science;
2. Chemistry or Medicinal Chemistry; and
3. Chemical Engineering or Materials Science.

If the student is already more certain, use three variations within the same family.

Step 2: Sample 8–12 real courses

Select courses across likely countries and selectivity levels. For each one, record:

• university, course and entry year;
• official course-page link;
• overall IB requirement;
• required HL subjects and grades;
• accepted Mathematics course and level;
• English-language requirement;
• admissions test and registration deadline;
• interview or supplementary application;
• international-applicant restrictions;
• tuition and approximate living costs; and
• the date the information was checked.

Do not rely on a search-result snippet, an admissions forum or a table copied from a previous year when the university page is available.

Step 3: Identify the highest meaningful prerequisite

Suppose eight preferred courses accept Chemistry HL grade 6, two require grade 7 and two accept SL. The student then needs to decide whether the grade-7 courses are important enough to shape the target.

The answer may be yes, but it is not automatic. Consider:

• the student’s current evidence and rate of improvement;
• how central those courses are to the student’s goals;
• the strength of alternatives;
• the opportunity cost across other subjects; and
• whether the course has further selection stages that also need time.

Step 4: Add a safety margin

If a key course requires 38 overall and grade 6 in Chemistry HL, targeting exactly 38 and 6 leaves no room for an uneven examination session.

A working target could be 39–40 overall and a secure 6 in Chemistry, with the learning plan aimed towards 7-level performance in the student’s weaker assessment areas. The appropriate margin depends on the profile; it should not become an arbitrary demand for perfection.

Step 5: Translate the grade into behaviours

For Chemistry, this could include:

• a topic-level error log, separated into knowledge, calculation, interpretation and communication errors;
• spaced retrieval of definitions, models and reaction patterns;
• weekly mixed problems rather than only chapter-by-chapter practice;
• timed work using the current assessment format;
• deliberate practice with data, unfamiliar contexts and multi-step reasoning;
• correction sessions in which the student explains why the original answer failed; and
• a realistic plan for practical work and the Scientific Investigation.

Parents should review whether the system is working, not attempt to supervise every equation. Ask, “What is the pattern in the errors?” rather than, “Why was this mark lower?”

8. A two-year roadmap

The exact calendar varies by school and application destination, but the sequence below is robust.

Before or at the start of DP1: protect options

• Identify likely degree families.
• Check whether Chemistry HL is required by any serious option.
• Check the second science and Mathematics requirement.
• Assess whether the proposed HL combination is realistically manageable.
• Establish a baseline in Chemistry rather than waiting for the first disappointing report.

During DP1: build evidence

• Strengthen core topics before small misconceptions become connected gaps.
• Learn from assessment patterns, not only from the headline grade.
• Explore possible degree routes through lectures, reading, laboratory opportunities or carefully chosen projects.
• Build an initial country and course shortlist.
• Note early admissions tests and application cycles.

DP1 summer: consolidate and decide

• Review the shortlist using current official requirements.
• Complete focused Chemistry revision based on the error log.
• Begin admissions-test preparation if the target course requires it.
• Decide whether the application strategy still matches the student’s results and interests.
• Avoid filling the summer with activities that sound impressive but leave no time for academic recovery.

Early DP2: apply with precision

• Confirm predicted grades and understand how the school determines them.
• Register for required tests before the deadline.
• Complete course-specific written materials honestly and specifically.
• Prepare for interviews where relevant.
• Keep Chemistry performance stable while applications are underway.

Later DP2: protect the offer

• Record every condition attached to each offer.
• Continue working towards the required total and subject grades.
• Prepare a credible insurance or contingency route.
• Compare course structure, cost, location and professional recognition — not only university name.

What if the current Chemistry grade is 4 or 5?

A 4 or 5 is information, not a verdict.

The next decision depends on four questions:

1. When was the grade earned? A 4 early in DP1 is different from a 4 shortly before final examinations.
2. Why was it earned? Missing knowledge, weak algebra, misunderstood command terms, slow timing and careless execution require different responses.
3. What does the target route require? A student aiming for a Chemistry course that requires HL 7 has a different risk profile from a student whose preferred course accepts SL 5.
4. Is the trajectory improving? A stable 5 with precise remaining gaps may be more encouraging than a recent 6 built on untimed or heavily scaffolded work.

A six-week recovery cycle

Week 1: Diagnose. Collect recent assessments and classify every lost mark. Identify the two highest-impact topics and the most common assessment error.

Weeks 2–3: Rebuild. Relearn the relevant concepts, then complete short sets that isolate one skill at a time. Check whether the student can explain each step without relying on a memorised pattern.

Weeks 4–5: Integrate. Move to mixed and unfamiliar problems. Add timed sections. Continue correcting the error log.

Week 6: Reassess. Use a comparable timed task. Compare not only the score but also accuracy by topic, completion rate and the type of errors.

After the cycle, choose among three responses:

• continue the current plan because the evidence shows improvement;
• intensify or change the support because the diagnosis was incomplete; or
• reconsider the target route or subject level if the gap remains large and the timetable makes recovery unrealistic.

Changing a plan is not failure. The purpose of early monitoring is to make an informed adjustment while good alternatives still exist.

10. A planning exercise for students and parents

Set aside 45 minutes. Use one shared document or spreadsheet. The student should lead the academic choices; the parent should help test assumptions and record practical constraints.

Student questions

• Which three degree routes am I genuinely curious about?
• Which Chemistry topics do I enjoy enough to study in greater depth?
• Which countries or learning environments appeal to me, and why?
• What is my current Chemistry evidence, not just my latest grade?
• What weekly change would have the greatest effect over the next eight weeks?

Parent questions

• Are we discussing the student’s goals, or projecting our own preferred university?
• What budget range and geographical constraints should be visible now?
• Have we distinguished official requirements from rumours and marketing?
• Does the shortlist contain options the student would genuinely be happy to attend?
• Are our progress conversations helping the student think, or only increasing pressure?

Questions to answer together

• Which courses disappear if Chemistry is taken at SL?
• Which courses require a second HL science or a particular Mathematics pathway?
• What score range makes the shortlist balanced?
• Which tests and deadlines fall before the main application deadline?
• What is Plan B if the Chemistry result or overall score is one or two points below target?

Read the action cards as text

Student: own the evidence

• Name 2–3 possible degree routes.
• Maintain the course-requirement sheet.
• Track Chemistry errors and progress.
• Ask for help before a gap becomes a crisis.
• Prepare for tests and interviews consistently.

Parent: strengthen the process

• Make budget and location constraints clear.
• Help verify dates, documents and official sources.
• Review progress at agreed intervals.
• Ask diagnostic questions rather than comparing students.
• Protect sleep, health and a balanced shortlist.

Together: make three decisions

1. Subject decision: Which Chemistry level and companion subjects preserve the right routes?
2. Target decision: What overall and subject grades create a sensible margin?
3. Portfolio decision: Which choices are aspirational, well matched and safer — and would all of them be acceptable?

Frequently asked questions

Is Chemistry HL necessary for Medicine?

Not for every university. Oxford and NUS are examples of medical programmes that require Chemistry at HL, while Monash direct-entry Medicine currently accepts Chemistry at either SL or HL at specified grades. Always check the exact programme, entry year and applicant category. Also check the required second science, admissions test and interview.

Is a 6 in Chemistry HL good enough?

For many strong Chemistry-related courses, yes: a 6 meets the published Chemistry requirement. Other courses require a 7, and some combine the Chemistry grade with a high total or another HL science. Whether a 6 is “enough” therefore depends on the shortlist, not on a universal judgement of the grade.

Is 38 a good IB score for university admission?

It is a strong score and meets the published academic threshold for a number of selective courses. It does not guarantee admission, and it cannot compensate for a missing prerequisite. Interpret it together with the required HL grades and any additional selection stages.

Should a student take Chemistry HL just to impress universities?

No. Take it because it is required for important options, provides valuable preparation for the intended degree, or is a subject in which the student can build a strong and sustainable profile. An unnecessarily overloaded HL combination can damage the overall application and the student’s wellbeing.

Which Mathematics course should a future Chemistry student choose?

It depends on the degree and university. Chemistry and Chemical Engineering courses may specify Mathematics at HL or accept only a particular route. Oxford Chemistry, for example, publishes different grade conditions based on Mathematics level. Check Mathematics at the same time as Chemistry; do not treat it as a separate decision.

Do universities care about the Chemistry Scientific Investigation?

Universities usually assess the resulting Chemistry grade rather than admitting a student because of one investigation topic. The project still matters: it contributes to the subject assessment and develops research, data and evaluation skills. It may also give the student something academically meaningful to discuss where the application format permits it, but it should never be exaggerated.

Can extracurricular activities compensate for a missing required subject?

Normally, no. Reading, competitions, laboratory experiences and service can strengthen an application where the admissions system considers them, but they do not replace a mandatory Chemistry level or grade unless the university explicitly accepts an alternative qualification.

Are school average scores useful when choosing a target?

They provide context about a cohort, not a personal admissions prediction. Use the student’s own subject profile and the official requirements of the target courses. A school destination list shows what has been possible for previous graduates; it does not reveal the profile or selection process behind each offer.

When should families begin this research?

Ideally before finalising IB subjects, then again during DP1 and before applications in DP2. Requirements can change, and the student’s interests and performance will become clearer. Record the date of every important check.

What if the student has no idea what to study?

Begin with broad degree families and investigate what the student likes doing: explaining molecular behaviour, solving quantitative problems, understanding disease, designing processes or working with environmental systems. Preserve a sensible range of options without trying to preserve every option. A broad first shortlist is better than a premature single answer.

Final takeaway

The most dangerous university-planning question is, “What IB score is good enough?”

It sounds precise, but it hides the decisions that matter:

• whether the student has the required subjects;
• whether those subjects are at the required level;
• whether the target grades are realistic and competitive;
• whether tests, interviews and language conditions have been understood; and
• whether the shortlist contains several routes the student would genuinely value.

For an IB student in Vietnam, Chemistry can open paths into molecular science, health, pharmacy, biotechnology, engineering and more. The best plan is not the one with the most impressive number or the longest university list. It is the one in which subject choices, score targets and application strategy all point in the same direction.

Start early enough to preserve options. Use official course pages. Build a margin rather than aiming at the minimum. Review progress from evidence, not anxiety. And remember that a successful destination is not simply the most famous university that offers a place; it is a course in which the student is prepared to thrive.

Sources and update note

Programme examples in this article were checked against official university and school pages on 11 August 2026. Entry requirements, tests, deadlines and applicant categories can change. Students should verify the page for their intended entry year before choosing subjects or submitting an application.

School averages and university destinations are included only as cohort-level context. They are not Chemistry-specific outcomes, acceptance rates or predictions for an individual student.