Course Catalog

Toxicology Bootcamp (Biosciences Summer)

The Toxicology Bootcamp introduces learners to the scientific principles used to understand how chemicals and other potentially harmful substances affect living organisms. The course combines foundational toxicology with dose-response concepts, exposure assessment, risk evaluation, and case-based learning. Participants will learn how toxicity is influenced by factors such as dose, route of exposure, duration, biological characteristics, and chemical properties. They will also explore how toxicological information can be used to evaluate risks and support decisions in healthcare, environmental science, pharmaceuticals, research, and public health. Key Learning Areas: • Fundamentals of toxicology • Types and classifications of toxic substances • Dose-response relationships • Routes of exposure • Absorption, distribution, metabolism, and excretion • Mechanisms of toxicity • Acute and chronic toxicity • Organ-specific toxicity • Chemical and environmental toxicology • Pharmaceutical and occupational toxicology • Risk assessment principles • Hazard identification • Exposure assessment • Interpretation of toxicology data • Case-based toxicology analysis • Toxicology and public health Expected Outcome: Learners will develop a solid foundation in toxicology and be able to interpret basic toxicological concepts, assess exposure scenarios, understand dose-response relationships, and apply toxicology principles to real-world cases.

26-Step Biochemistry Bootcamp (Biosciences Summer)

The 26-Step Biochemistry Bootcamp is a structured learning programme designed to take learners through the major concepts of biochemistry in a logical progression. The course moves from fundamental biochemical principles to complex metabolic pathways, helping participants understand not only individual concepts but also how they connect within living systems. Learners will explore the structure and function of biological molecules, enzyme activity, energy production, metabolic pathways, molecular interactions, and the biochemical basis of health and disease. The 26-module structure allows learners to progress systematically through the subject while reinforcing understanding through examples, applications, and problem-solving activities. Key Learning Areas: • Foundations of biochemistry • Water, pH, buffers, and biological systems • Amino acids and proteins • Protein structure and function • Enzymes and enzyme kinetics • Carbohydrates • Lipids • Nucleic acids • DNA and RNA • Biological membranes • Bioenergetics • ATP and energy transfer • Carbohydrate metabolism • Glycolysis • Citric acid cycle • Oxidative phosphorylation • Lipid metabolism • Amino acid metabolism • Nucleotide metabolism • Metabolic integration • Hormonal regulation of metabolism • Biochemical genetics • Molecular mechanisms of disease • Clinical biochemistry • Applied biochemical problem-solving Expected Outcome: By completing the programme, learners will have a more integrated understanding of biochemistry and the ability to connect molecular processes with physiological functions, metabolism, health, and disease.

Biomedical Bootcamp (Medicine Summer)

The Biomedical Bootcamp is an intensive programme designed to provide learners with a practical introduction to biomedical science and its applications in healthcare, diagnostics, laboratory science, and research. The programme brings together foundational biomedical concepts and practical laboratory-oriented learning. Participants will explore how biological processes relate to human health and disease while gaining exposure to diagnostic principles and biomedical laboratory practices. The bootcamp is particularly useful for students and early-career professionals seeking to strengthen their biomedical knowledge, gain practical exposure, or understand how biomedical science contributes to modern healthcare and research. Key Learning Areas: • Foundations of biomedical science • Human biology and disease processes • Basic clinical concepts • Biomedical laboratory principles • Diagnostic approaches • Laboratory testing and interpretation • Sample collection and handling principles • Quality assurance in biomedical laboratories • Research and evidence-based practice • Biomedical applications in healthcare • Introduction to diagnostic technologies • Practical biomedical problem-solving • Laboratory and professional ethics Expected Outcome: Learners will gain a broader understanding of biomedical science and its role in diagnosis, healthcare, and research while developing practical knowledge that can support further academic or professional development.

Medical Writing Bootcamp (Medicine Summer)

The Medical Writing Bootcamp provides practical training in scientific, clinical, and medical communication. It is designed for students, healthcare professionals, researchers, graduates, and aspiring medical writers who want to communicate scientific and clinical information clearly, accurately, and professionally. Participants will learn how to organise scientific information, write different types of medical documents, develop case reports, communicate research findings, and prepare manuscripts for potential publication. The programme also introduces the principles of scientific referencing, evidence-based writing, editing, and publication. The course focuses on transforming complex scientific information into clear and structured content while maintaining accuracy and appropriate professional standards. Key Learning Areas: • Fundamentals of medical and scientific writing • Scientific writing structure • Clinical writing • Research writing • Case report development • Abstract and manuscript writing • Literature review writing • Scientific referencing • Evidence-based communication • Data and research interpretation • Medical terminology and clarity • Editing and proofreading • Publication fundamentals • Ethical considerations in medical writing • Building a medical writing portfolio Expected Outcome: Participants will be better equipped to produce clear, structured, evidence-based medical and scientific content for academic, clinical, research, healthcare, and publication settings.

Track E — Fashion & Tech Writing

The Fashion & Tech Writing programme develops professional writing skills for learners interested in fashion, technology, lifestyle media, digital publishing, and related creative industries. The course combines research, writing, trend analysis, product communication, and portfolio development. Participants will learn how to transform research and observations into engaging, informative, and commercially useful content. They will explore different forms of fashion and technology writing, including trend reports, product descriptions, technical content, reviews, features, and digital articles. The programme places strong emphasis on building a portfolio that demonstrates the learner's ability to research topics, communicate clearly, adapt their writing style, and produce professional content for different audiences. Key Learning Areas: • Fundamentals of professional writing • Fashion and technology journalism • Trend research and reporting • Product descriptions • Technical writing • Feature and article writing • Research and source evaluation • Digital content writing • Audience-focused communication • Editing and proofreading • Brand voice and tone • Storytelling techniques • Portfolio development • Freelance and professional writing opportunities Expected Outcome: Participants will develop versatile writing skills and a portfolio of professional-quality work that can support opportunities in fashion media, technology communication, content creation, digital publishing, marketing, and freelance writing.

Track C — Career Booster

The Career Booster programme is designed to help students, graduates, job seekers, and early-career professionals become more competitive in today's employment market. The programme focuses on the practical skills required to present yourself professionally, search for suitable opportunities, apply effectively, and perform confidently during recruitment processes. Participants will learn how to develop a professional CV, tailor applications to specific roles, communicate their strengths effectively, prepare for interviews, and build a professional presence. The programme also introduces practical approaches to job searching and career planning. Rather than simply teaching learners how to write a CV, the course helps them understand how employers evaluate candidates and how to communicate their skills, experience, achievements, and potential effectively. Key Learning Areas: • Career planning and goal setting • CV and résumé development • Writing effective professional profiles • Cover letters and job applications • Identifying transferable skills • Job-search strategies • Understanding job descriptions • Tailoring applications to specific positions • Interview preparation • Common interview questions • Professional communication • Personal branding and professional presence • Workplace readiness • Accessing and effectively using job opportunities Expected Outcome: Participants will develop stronger career documents, improved interview confidence, better job-search strategies, and a clearer understanding of how to position themselves for employment and career advancement.

Track A — Lab Skills for Biotech

The Lab Skills for Biotech programme is designed to introduce learners to the essential practical skills required in biotechnology, biomedical science, laboratory research, and related scientific fields. The course bridges the gap between theoretical knowledge and practical laboratory application, helping beginners develop confidence in working with common laboratory procedures and equipment. Participants will learn fundamental laboratory practices including accurate pipetting, measurement and preparation of solutions, sample handling, basic assay techniques, laboratory documentation, contamination prevention, and safe laboratory practices. Emphasis is placed on accuracy, reproducibility, attention to detail, and proper laboratory technique. Through structured demonstrations, guided practical activities, and applied exercises, learners will develop the foundational skills needed to work effectively in a laboratory environment. The programme is particularly suitable for students and early-career learners interested in biotechnology, biochemistry, biomedical science, pharmaceutical science, microbiology, and laboratory-based research. Key Learning Areas: • Laboratory safety and good laboratory practice • Introduction to biotechnology laboratory environments • Accurate pipetting and liquid handling • Measurement and preparation of laboratory solutions • Sample preparation and handling • Basic assay principles and techniques • Laboratory equipment and proper use • Experimental accuracy and reproducibility • Data recording and laboratory documentation • Contamination control and quality practices • Practical laboratory problem-solving Expected Outcome: By the end of the programme, learners should have a stronger understanding of laboratory procedures and the confidence to apply essential laboratory techniques in academic, research, or entry-level professional environments.

Track D — Skincare / Dermal Care

The Skincare / Dermal Care programme provides learners with a structured introduction to the science and practice of skin health and skincare. It combines foundational knowledge of skin anatomy and physiology with practical approaches to skin-type assessment, product selection, formulation principles, and dermal care. Learners will explore how the skin functions as a biological barrier, how different skin types and conditions can be identified, and how skincare products interact with the skin. The programme also introduces the principles behind cosmetic and skincare formulation, helping participants understand ingredients, product characteristics, and appropriate skincare practices. The course is suitable for individuals interested in skincare, beauty and wellness, cosmetic science, personal-care products, or businesses involving skincare products and services. Key Learning Areas: • Structure and function of the skin • Skin anatomy and physiology • Skin types and characteristics • Skin assessment principles • Common skincare concerns • Skin barrier function • Basic cosmetic science • Skincare ingredients and their functions • Product formulation principles • Cleansers, moisturisers, serums, and other product categories • Product selection and skincare routines • Hygiene and safe skincare practices • Understanding product claims • Introduction to skincare product development Expected Outcome: Learners will develop a stronger scientific understanding of skin health and skincare products and will be better equipped to evaluate products, understand skin needs, develop appropriate skincare routines, and explore opportunities in the skincare and personal-care industry.

Track B — MCAT Accelerator

The MCAT Accelerator is an intensive preparation programme designed for students preparing to take the Medical College Admission Test (MCAT). The programme combines structured content review, strategic test preparation, extensive practice, performance tracking, and targeted improvement. Rather than relying solely on memorisation, learners are guided to understand the concepts behind questions and apply scientific reasoning under examination conditions. The programme covers the major MCAT testing areas while helping students develop the speed, accuracy, critical-thinking ability, and examination strategy required for a competitive performance. Students will work with practice questions and full-length examinations designed to simulate the demands of the actual test. Performance analysis is used to identify strengths and weaknesses, allowing learners to focus their preparation where it is most needed. Key Learning Areas: • MCAT examination structure and expectations • Biological and biochemical foundations • Chemical and physical foundations • Psychological, social, and biological foundations • Critical Analysis and Reasoning Skills (CARS) • Scientific reasoning and data interpretation • Passage-based question strategies • Time management and pacing • Full-length practice examinations • Score analysis and performance tracking • Identification and correction of knowledge gaps • Test-day preparation and examination strategies Expected Outcome: Learners will leave the programme with a structured MCAT preparation strategy, stronger subject knowledge, extensive practice experience, and a clearer understanding of the areas they need to improve before the examination.