The QualCert Level 6 Diploma in Pharmaceutical Informatics (D Pharmaceutical Informatics) is a cutting-edge qualification designed for professionals who wish to enhance their career prospects, broaden their expertise, and advance their Continuing Professional Development (CPD) in the rapidly evolving field of pharmaceutical data and digital health technologies. This advanced diploma equips learners with the knowledge and practical skills to effectively manage, analyse, and utilise pharmaceutical information to improve decision-making, patient outcomes, and organisational efficiency.
This programme covers key areas such as health informatics, data management, digital tools in pharmaceutical practice, regulatory compliance in informatics, and innovation in healthcare technology. Learners will develop a strong understanding of how informatics integrates with pharmacy practice, drug development, and patient care, enabling them to contribute to the digital transformation of pharmaceutical and healthcare services. By focusing on both theoretical knowledge and applied practice, the course prepares learners to address complex challenges in pharmaceutical informatics with confidence and professionalism.
Centres delivering this qualification must ensure they have competent and qualified staff with relevant expertise in pharmaceutical informatics. They are also required to provide up-to-date resources, modern learning materials, and suitable facilities to ensure high-quality training and learner success. These requirements guarantee a supportive and effective learning environment.
Upon completion of the QualCert Level 6 Diploma in Pharmaceutical Informatics, learners will be well-positioned for advanced roles in pharmaceutical companies, healthcare organisations, research institutions, or technology-driven healthcare projects, contributing to innovation and excellence in digital healthcare solutions.
Course Contents of QualCert Level 6 Diploma in Pharmaceutical Informatics (D Pharmaceutical Informatics):
The QualCert Level 6 Diploma in Pharmaceutical Informatics (D Pharmaceutical Informatics), consists of a structured set of study units designed to provide learners with in-depth and comprehensive knowledge. The qualification includes a total of 1200 Total Qualification Time (TQT), 600 Guided Learning Hours (GLH), and awards 120 credits.
| Unit Ref# | Unit Title | Credits | GLH | TQT |
| QC30071- 1 | Advanced Principles of Pharmaceutical Informatics | 20 | 100 | 200 |
| QC30071-2 | Health Data Management and Analytics in Pharmacy | 20 | 100 | 200 |
| QC30071-3 | Digital Tools and Technologies in Pharmaceutical Practice | 20 | 100 | 200 |
| QC30071-4 | Regulatory Compliance and Data Governance in Pharmaceutical Informatics | 20 | 100 | 200 |
| QC30071-5 | Innovation, Artificial Intelligence, and Emerging Trends in Pharmaceutical Informatics | 20 | 100 | 200 |
| QC30071-6 | Applied Research Project in Pharmaceutical Informatics | 20 | 100 | 200 |
Entry Requirements for the QualCert Level 6 Diploma in Pharmaceutical Informatics (D Pharmaceutical Informatics):
Minimum Age
- Learners must be 19 years or older at the time of enrolment to demonstrate maturity and readiness for advanced-level study.
Educational Background
- A Level 5 qualification or equivalent in pharmacy, pharmaceutical sciences, healthcare, or a related discipline.
- Alternatively, a relevant university degree or diploma in a science or healthcare-related field will be accepted.
Experience
- Previous work experience in pharmacy, healthcare, or pharmaceutical data management is highly recommended to provide context for advanced topics.
Language Proficiency
- Learners must have proficient English language skills (speaking, reading, and writing) to engage with course materials, assessments, and discussions effectively.
Commitment to CPD
- Applicants should show a clear commitment to Continuing Professional Development (CPD) and a willingness to engage in reflective learning and skills improvement.
Access to Required Resources
- Learners must have access to a reliable computer or laptop, stable internet connectivity, and necessary digital tools to participate in online research, assignments, and assessments.
- Access to professional or academic resources such as libraries, pharmaceutical journals, and industry-standard software may be beneficial.
Learning Outcomes for QualCert Level 6 Diploma in Pharmaceutical Informatics (D Pharmaceutical Informatics):
Advanced Principles of Pharmaceutical Informatics
- Understand the core concepts and frameworks of pharmaceutical informatics
- Analyse the role of informatics in enhancing pharmaceutical services and patient outcomes
- Apply advanced informatics methodologies to solve complex pharmaceutical problems
- Evaluate the integration of informatics within pharmaceutical operations and healthcare systems
Health Data Management and Analytics in Pharmacy
- Demonstrate knowledge of health data collection, storage, and retrieval techniques
- Apply analytical tools and techniques to interpret pharmaceutical data effectively
- Assess the importance of data accuracy, security, and confidentiality in pharmacy practice
- Use data-driven insights to support clinical decisions and optimise pharmaceutical processes
Digital Tools and Technologies in Pharmaceutical Practice
- Identify and evaluate key digital tools used in modern pharmaceutical operations
- Understand the application of electronic health records, automation, and digital platforms
- Assess the impact of digital transformation on pharmaceutical workflows and patient care
- Recommend appropriate technologies to enhance pharmaceutical practice and efficiency
Regulatory Compliance and Data Governance in Pharmaceutical Informatics
- Understand regulatory requirements and compliance frameworks in pharmaceutical informatics
- Analyse data governance principles and their importance in pharmacy operations
- Apply ethical standards and legal considerations to data management and sharing
- Evaluate strategies to maintain compliance with international pharmaceutical regulations
Innovation, Artificial Intelligence, and Emerging Trends in Pharmaceutical Informatics
- Explore the use of artificial intelligence and machine learning in pharmaceutical contexts
- Assess the potential of emerging technologies to transform pharmaceutical informatics
- Analyse case studies of innovation in pharmaceutical data management and healthcare
- Develop strategies for adopting innovative solutions within pharmaceutical organisations
Applied Research Project in Pharmaceutical Informatics
- Plan and conduct an independent research project on a relevant informatics topic
- Apply advanced research methods and analytical techniques in pharmaceutical informatics
- Interpret and present research findings effectively for academic or professional use
- Demonstrate critical thinking, problem-solving, and project management skills in a practical context
The Course is ideal for :
- Pharmacy professionals aiming to enhance their expertise in digital technologies and data management within pharmaceutical practice
- Healthcare and pharmaceutical data specialists seeking to advance their knowledge of informatics and regulatory compliance
- Clinical researchers and scientists interested in integrating digital tools and analytics into pharmaceutical development and patient care
- Professionals in pharmaceutical companies, hospitals, or regulatory organisations aiming for leadership roles in informatics and healthcare innovation
- IT and healthcare technology professionals looking to specialise in pharmaceutical informatics and support digital transformation in healthcare
- Learners committed to Continuing Professional Development (CPD) who wish to expand their career opportunities in pharmaceutical sciences and informatics
- Individuals with a background in pharmacy, healthcare, or pharmaceutical sciences who wish to contribute to the digital transformation of pharmaceutical services
- Must have qualified and experienced staff with relevant expertise in pharmaceutical informatics and digital health technologies
- Provide up-to-date learning materials, resources, and industry-standard software to support effective teaching and learning
- Maintain suitable facilities, including classrooms, laboratories, or virtual learning platforms, to ensure high-quality training delivery
- Implement robust quality assurance procedures to monitor teaching standards and learner progress
- Ensure access to digital tools and secure data management systems for practical and applied learning activities
- Offer academic and technical support to assist learners throughout their studies
- Adhere to all health, safety, and data protection regulations applicable to pharmaceutical informatics training
- Maintain clear assessment policies and provide timely feedback to learners on their performance
- Demonstrate the ability to support Continuing Professional Development (CPD) for staff involved in delivering the qualification
- Establish effective communication channels between tutors, learners, and administrators to promote a smooth learning experience