This module reviews and examines the major components of molecular biology. The aim of this module is to provide extensive knowledge of biology at a molecular level. It will cover a range of topics including genome structure, replication and repair; the transcription, RNA processing and translation; regulation of gene expression as well as discuss the methods and laboratory techniques of molecular biology.

This course offers an introduction into biostatistics and data literacy. Descriptive statistics, estimation, confidence intervals and hypothesis tests are covered. The introduced statistical methods are presented together with examples and corresponding code for the free and open-source software package R.

This module provides an in-depth understanding of the human body’s organs and systems, including the skeletal, muscular, nervous, and cardiovascular systems. It covers essential physiological concepts and common diseases like heart attacks and diabetes. The course combines theoretical learning with practical applications to help students connect textbook knowledge to everyday health and wellness.

This module explores the intricate world of cells, the fundamental units of life. It covers key processes like DNA function, protein dynamics, and intracellular transport, alongside advanced technologies such as genome editing and live cell imaging. Students will gain a deep understanding of molecular cell biology and its potential for medical advancements.

This module provides a comprehensive understanding of the immune system and its critical role in protecting the body from diseases. It covers the key components of innate and adaptive immunity, with a focus on T and B cells. The course also explores the immune system's role in health and disease, offering insights into how immunological knowledge can lead to modern treatment approaches.

Explore the fascinating world of pathogens, including viruses, bacteria, fungi, and parasites, to understand how they cause disease and can be detected in clinical settings. This module covers diagnostic techniques, antimicrobial resistance, and infection control, equipping you with essential skills for healthcare, research, and biotechnology.

Dive into the cutting-edge world of DNA and genetic manipulation, where you'll explore techniques like recombinant DNA technology, gene editing, and CRISPR-Cas9. This module examines the transformative applications of genetic engineering in medicine, agriculture, and industry, while addressing ethical considerations and biosafety. Interactive e-learning tools and seminars ensure a dynamic and engaging learning experience.

Explore the revolutionary field of immunotherapy, which harnesses the power of the immune system to combat cancer and other diseases. This module covers cutting-edge therapies like immune checkpoint inhibitors, cytokine treatments, antibody therapies, and adoptive cell transfer. Gain insights into their mechanisms, challenges, and clinical applications, while staying updated on emerging innovations and research. Perfect for anyone eager to contribute to advancements in modern medicine.

Dive into the fascinating world of bioelectrical signals with this comprehensive course on ECG technology. Learn the fundamentals of how electrocardiograms (ECGs) measure cardiac activity, covering topics like physiology, electrochemistry, electronics, and signal processing. You’ll gain hands-on experience by building your own ECG system using simple electronic components and programming the necessary software. This course provides a versatile toolkit for anyone interested in biomedical engineering, with practical applications in various fields.

The module in Pharmacology and Pharmaceutical Chemistry offers an introduction to these two disciplines which are fundamental to understand the molecular action of drugs. Basic concepts will be provided along with methodological instruments to understand and discuss the therapeutic values of drugs, their toxicity and side-effects and issues related to their industrial productions.

This module introduces the key principles that drive modern pharmaceutical and biotechnological industries. It covers drug development, production, and quality control, highlighting the impact of pharmaceutical forms on medicine efficacy. Students will explore essential processes like pre-formulation, industrial scale-up, and Good Manufacturing Practices (GMP). By the end, they will have a strong understanding of excipients, preparation methods, and the ability to evaluate dosage form implications.

This module provides students with in-demand knowledge of GMP and cGMP (“current” GMP), emphasing continuous improvement and risk minimisation in manufacturing processes. Students are introduced to key GMP principles and requirements, including the structure and history of GMP, manufacturing workflows from raw materials to finished products, relevant guidelines and standards, organisational roles (including Annex 16 EU GMP) and many more. 

This module introduces key epidemiologic concepts for understanding the causes and distribution of health inequalities, focusing on methods to measure and minimize bias. Students will learn to conduct basic data analysis using R software, applying epidemiological methods to real-world public health scenarios. Topics include measures of disease occurrence and association, common epidemiologic study designs, and the fundamentals of clinical trials, such as randomization, blinding, and statistical analyses

In this module students will learn about the basics of Good Manufacturing Practices (GMP) in the pharmaceutical industry. Students will become familiar with contamination risks and learn how to develop a good strategy against them. They will mmoreover learn about the most important features of a cleanroom, how air monitoring and circulation work as well as how to set up an environmental monitoring plan.

This module considers how biotechnologies such as fermentation, microbial biotransformation, and nano-biotechnology can be applied in herbal medicine production and molecular authentication-based quality control. Such herbal biotechnology places technical demands on both manufacturers and regulators, which will be addressed in this module as well. 

This module focuses on Innovation Management and Sustainable Development, aiming to prepare students with expertise aligned with the Sustainable Development Goals. It combines theory, practice, and collaborative projects to explore innovation principles, problem-solving, and effective presentation techniques, emphasizing creativity, critical thinking, and ethical decision-making to tackle real-world challenges.

This module provides a step-by-step guide to turning a scientific idea into a successful startup. It covers key phases like evaluating the invention, patenting intellectual property, deciding on licensing or spin-off strategies, and creating a solid business plan. Learn the essential skills needed for launching a biotech company, including market evaluation, strategic advice, and pitching to potential investors. Gain practical insights into each phase of entrepreneurship, from invention to the startup launch, and prepare to bring your scientific ideas to life.

This online module immerses students in cultural diversity across continents using Virtual Reality (VR). Structured around Bloom’s Taxonomy, it covers cultural norms and communication styles from various regions through interactive VR experiences and case studies. Students will enhance their cross-cultural communication skills and cultural sensitivity through quizzes, essays, and group projects, preparing them to thrive in diverse, global environments.

This module focuses on developing essential science communication skills, helping you effectively share complex scientific concepts with diverse audiences. You'll learn how to simplify information, craft compelling messages, use storytelling techniques, and enhance presentations with visuals. The course also includes practical exercises, including creating messages and visuals, as well as public speaking practice to boost your communication confidence.

This module provides a thorough introduction to the essential technical systems for building operation and optimization. Covering areas like HVAC, electrical engineering, and safety technology, it focuses on system planning, installation, maintenance, and energy efficiency. Students will gain skills in diagnosing technical issues, adapting systems to local conditions, and applying modern technologies like IoT for enhanced facility management.

This module delves into key aspects of environmental protection, focusing on sustainability, environmental impacts, and resource efficiency. Students will gain insights into the history of environmental protection, evaluate environmental impacts using various footprints, and learn about integrating sustainability into corporate practices. The course also covers methods for assessing resource efficiency and addresses the challenges related to the availability of natural resources.

The "Energy Management" module offers a thorough examination of energy systems, from foundational principles to cutting-edge applications. Students explore energy technologies, including generation, conversion, and various sources such as solar, wind, and water. The module covers measurement technology, control engineering, and automation, providing hands-on experience with simulation tools. Emphasis is placed on sustainability, safety protocols, and optimization strategies for efficient energy use in diverse settings, preparing students for roles in renewable energy and power management.

The moduleprovides students with a practical and strategic understanding of how healthcare organizations design and manage their operations in complex and rapidly changing environments.The module addresses key challenges such as rising costs, workforce shortages, digital transformation, and sustainability requirements.

This module will introduce students to various standards of Ghana’s healthcare system, including but not limited to the following: overview of Healthcare Governance and regulation, Clinical Standards in Ghana’s healthcare system, Licensing and professional standards, Quality assurance and safety standards, and service delivery standards.

The module is structured to move participants beyond theoretical leadership concepts toward practical, results-oriented leadership behaviours suited to regulated healthcare and manufacturing environments. In doing so it addresses the following key themes: Personal Effectiveness & Leadership, Strengthening Performance and Execution Capability, Coaching and People Leadership Skills, Communicating for Results in Healthcare, Accountability & Ethical Leadership - Leading Change in Regulated Environments.

In this module you will learn the basic requirements for a quality management system and gain insight into risk analysis and quality assurance within a company environment. Students will learn about the specific activities and tasks that quality controls must fulfil and which role the Qualified Person plays as well as which requlatory requirements apply in the manufacturing process of drugs.  

In this module students gain an in-depth understanding of applicable requirements for sterile, biotechnological or medicinal products in manufacturing and relevant quality control.