Did you know that Biotechnology and Design Studies are listed as G3 Applied Subjects for the 2027 SEC? Biotechnology K375 connects biology with technological applications. Design Studies K376 explores design thinking and visual or spatial design. Their practical work leads towards different kinds of evidence and outcomes.
Biotechnology combines two theory papers worth 70% in total with a structured project worth 30%. Design Studies combines a written examination worth 40% with a design project worth 60%. Both require an approved school offer, and SEAB says applied-subject fees are quoted by the examining agencies.
Looking for the exam breakdown? Jump to the assessment table. Choosing a subject? Start with the fit questions. Ready to practise? Try the weekly routine, or open the complete G1/G2/G3 syllabus directory.
Scope: 2027 SEC school-candidate syllabuses, checked 10 October 2026. Confirm the school offer and the correct examination-year document for your cohort. Practice examples are our suggestions, not official specimen questions or placement tests.
Choose a chapter
Understand the subject · Chapters 1–3
Choose and study · Chapters 4–5
Check the code carefully. Biotechnology K375 is distinct from G3 Biology K325. Design Studies K376 is distinct from Design & Technology K345. The names may suggest related interests, but they identify separate examination specifications.
The directory also distinguishes these SEC Applied Subjects from the separately listed G1 MOE-ITE Applied Subjects. Read the certification scope before assuming that every course called “applied” has the same examination status.
Record the exact subject name, level, code and examination year. A Posting Group is an entry arrangement; it does not name every syllabus in the student’s subject combination. For the distinction, read Does Posting Group decide every subject level?.
For a student entering Secondary 1 in 2027, this 2027 examination document is a reference for that examination cohort. Obtain the applicable teaching programme now, then use the correct graduating-cohort specification as it becomes available.
| Subject and component | Duration | Subject weighting |
|---|---|---|
| Biotechnology K375 Paper 1: multiple choice | 45min; 30 raw marks | 20% |
| Biotechnology K375 Paper 2: structured questions | 1h 45min; 80 raw marks | 50% |
| Biotechnology K375 Paper 3: structured project | 15h; 100 raw marks | 30% |
| Design Studies K376 Paper 1: written examination | 2h 30min | 40% |
| Design Studies K376 Paper 2: design project | 30h: ten 3h sessions | 60% |
Biotechnology’s project includes a plan, experimental work and a report. Design Studies’ project includes a journal, digital design presentation and oral presentation. Sources: K375 and K376.
Put project dates beside the student’s other commitments. A percentage tells you how much a component contributes; the school’s schedule tells you when the work happens. Ask for both before deciding how the week will fit together.
For Design Studies, assessed project work must be carried out in class under the teacher supervisor. Home learning suggestions below are independent practice ideas. They do not permit a family member or tutor to complete assessed project work.
Ask the student what kind of question they would like to investigate. “What can this evidence tell us about a biological process?” and “How could this design serve its user better?” lead towards different habits of inquiry.
For the first, invite a careful explanation of a teacher-approved data set. For the second, invite a sketch of two possible solutions to an everyday communication problem. These suggested exercises can reveal interests without pretending to measure course eligibility.
Notice how the learner responds to revision. Do they enjoy checking observations, improving an explanation or testing whether a proposed design addresses a need? A polished first attempt is less revealing than the willingness to inspect and improve it.
Ask about subject selection, facilities, software, supervised sessions, fees and timetable arrangements. Use the school’s confirmed information. An attractive national subject listing does not establish that every secondary school offers the course.
For our illustrative Biotechnology practice, give the student a teacher-approved table of results already collected in class. Ask them to identify a pattern, point to the supporting values and name one question the data cannot answer. Use existing materials rather than arranging an unsupervised experiment.
This keeps observation and interpretation visible. “The values increase across these samples” is an observation. Explaining why they increase requires further reasoning and evidence. Ask the student to mark where they move from one to the other.
For our illustrative Design Studies practice, consider a fictional school-event sign. Sketch two versions for someone approaching from a distance. Set criteria such as readable event name, clear direction and a useful hierarchy of information.
Compare the sketches against those criteria. A learner might prefer a decorative version yet find the simpler one easier to read. Invite a revision with an explanation of the trade-off. This is an independent learning exercise, not an official design brief.
Help the student keep dates, access arrangements and questions in one place. Before a supervised session, they can identify the clarification they need from the teacher. Afterwards, they can describe the skill they found difficult.
For independent study, practise a short explanation from an approved example. Check whether it separates what was observed, what was inferred and what would need further evidence. That distinction supports clearer thinking across subjects.
For independent design practice, retain successive sketches and label the reason for each change. For data practice, keep the first interpretation beside the corrected version. This makes progress visible without rewriting an assessed submission.
Ask the teacher what feedback and outside support are allowed. Use the syllabus-reading guide for component rules, then confirm future course requirements separately from present subject interest.
Contents · Previous chapter · Return to the subject directory
Continue with the next subject
- What Is Drama in Secondary School?
- What Is the Difference Between Music and Higher Music?
- What Is the Difference Between Business and Economics in Secondary School?
See every G1, G2 and G3 syllabus · Compare SEC elective choices
Official sources
For the learning approach behind this series, read Secondary 1 Mathematics Tutor Clementi · Small Groups Tutorials. It explains why identifying the precise learning gap helps a student build a stronger next step.