Who should attend QbD training?

The course suits formulation and analytical scientists, process development engineers, QA professionals, and CMC regulatory specialists in pharmaceutical, biopharmaceutical, API, CDMO, and medical device organizations who want to understand and apply QbD in development and submissions.

Is QbD training worth it for my career?

Yes. QbD is now the expected operating model for pharmaceutical development, so the skills apply directly across scientist, quality, and CMC regulatory roles. As regulators expect QbD evidence and manufacturers adopt continuous processes, professionals fluent in the toolset are increasingly in demand worldwide.

Do I need prior experience to take QbD training?

No formal prerequisites are required. Familiarity with pharmaceutical development or GMP is helpful but not essential, as the course introduces QbD from first principles in a development context before applying the tools to worked scenarios.

Is QbD relevant for both small molecule and biologic products?

Yes. The training covers QbD for small molecule drug products such as tablets and injectables, and for biopharmaceutical products such as monoclonal antibodies and biosimilars. Case examples from both product types are included so you can apply the tools in either context.

How much does QbD training cost?

Pricing varies by delivery format, region, and group size, so the current fee is available on request. Live virtual, classroom, and corporate on-site options are priced differently. Request a quote and a learning advisor will share the options that fit your needs.

What is included in the QbD training fee?

The fee typically includes instructor-led sessions, structured courseware grounded in the ICH QbD guidelines, hands-on tool exercises, case studies, and learner support. You also receive a course completion record from Invensis Learning on finishing the program.

Do you offer corporate or group pricing for QbD training?

Yes. We offer corporate group training with customized schedules and volume-based pricing for development, quality, and regulatory teams. It is especially effective when a cross-functional team trains together on live projects. Ask about group pricing for a tailored quote.

What payment options are available?

We accept major credit and debit cards and bank transfers, with instalment options on selected plans. Speak with a learning advisor to choose the payment option that suits you or your organization.

Is there a discount for enrolling a team?

Yes. Volume-based pricing applies when you enroll multiple team members or book a dedicated corporate cohort. Contact us with your team size and preferred format for a customized quote.

How is learning assessed in QbD training?

Learning is reinforced through hands-on tool exercises, case study activities, and team discussion rather than a formal test. You apply QTPP construction, CQA identification, risk assessment, and design space interpretation to realistic development scenarios during the program.

Does this course include a formal test?

No. This is a practical, non-certification skills course, so there is no formal test. The focus is on building QbD knowledge and tool skills you can apply immediately at work, reinforced by exercises and worked examples.

What will I be able to do after the training?

You will be able to construct a QTPP, identify and classify CQAs, map risks with Ishikawa diagrams and FMEA, plan and interpret DoE for a design space, apply PAT concepts, and build a control strategy structured for ICH-aligned submissions.

Do I receive anything on completing the course?

Yes. On completing the program you receive a course completion record from Invensis Learning. The training builds practical QbD skills that are immediately applicable to pharmaceutical product and process development work.

Is this a certification course?

No. It is a skills training course focused on applying QbD concepts, tools, and best practices. It is grounded in the ICH Q8 to Q11 guidelines and the recognized QbD framework rather than a formal credential program.

What topics does QbD training cover?

The course covers QbD principles and the ICH regulatory context, QTPP and CQA identification, risk assessment with Ishikawa and FMEA, DoE and design space, PAT and control strategy, and QbD in practice through case studies and CTD submission structure.

Can a beginner take QbD training?

Yes. The course introduces QbD from first principles, so it suits professionals new to the approach as well as those refreshing their skills. A science or engineering background in a pharmaceutical setting helps you get the most from the exercises.

Does the course include hands-on DoE and tool exercises?

Yes. Hands-on exercises run throughout, including QTPP construction, CQA and criticality assessment, Ishikawa and FMEA risk assessment, and DoE and design space interpretation, all applied to realistic pharmaceutical development scenarios.

Which guidelines does the course align to?

The training is aligned to the ICH Q8(R2) Pharmaceutical Development, Q9 Quality Risk Management, Q10 Pharmaceutical Quality System, and Q11 drug substance guidelines, and reflects current FDA and EMA expectations for QbD in development submissions.

What learning materials are provided?

You receive structured courseware, worked case studies for small molecules and biologics, and QbD tool exercises and templates. Materials are grounded in the ICH QbD guidelines and the established QbD body of knowledge.

How do I enroll in QbD training?

You can enroll through the Invensis Learning website. Choose your preferred format, complete your booking, and you will receive access to the schedule, courseware, and learning resources. Talk to a learning advisor if you need help choosing a format.

What delivery formats are available?

The course is available online (live virtual instructor-led), in a classroom, and as corporate on-site training for teams. Choose the format that fits your schedule, location, and learning preference.

How long is the QbD training?

The program runs for one day (about eight hours) and can also be delivered as two half-days. It covers the full QbD framework with concept explanations, the ICH regulatory context, and hands-on tool exercises throughout.

Can QbD training be delivered on-site for my team?

Yes. Corporate on-site delivery lets a cross-functional team train together and apply the tools to your own live development projects during the session. Contact us to arrange scheduling and tailored case examples for your organization.

Can I reschedule my enrollment?

Yes. Flexible options let you reschedule or transfer to another session where available. Contact our support team to arrange a change that works for you, and ask about upcoming schedules for the format you prefer.

Quality by Design Training for Life Sciences

Build Quality in by Design

Master the science-based QbD approach that pharmaceutical and biopharmaceutical teams use to build quality into products from the development stage. This instructor-led Quality by Design training course equips formulation scientists, process engineers, QA, and CMC regulatory professionals to apply QTPP, CQAs, risk assessment, DoE, and control strategy in line with ICH Q8 to Q11 expectations.

Flexible

Training Schedules

Instructor-led

Mode

Hours

PDUs

13.3K+ already enrolled

4.1 (2330+ Reviews)

21 enrolled this week

Want to Train Your Team?

Master Quality by Design and Lead Excellence

Starts from

USD 395

What Quality by Design Training Delivers for Development Teams

A Science-Based Route to Built-In Quality

Quality by Design Training (QbD) is a practical, non-certification program that teaches the systematic, science-based approach to building quality into pharmaceutical and biopharmaceutical products from the development stage rather than testing it in at the end. Grounded in the ICH Q8(R2), Q9, Q10, and Q11 guidelines, the training reflects how modern development and manufacturing submissions are now expected to work by regulators including the FDA and EMA.

Across a focused curriculum you learn the complete QbD toolset: the Quality Target Product Profile (QTPP), Critical Quality Attributes (CQAs), risk assessment with Ishikawa diagrams and FMEA, Design of Experiments (DoE), the design space, Process Analytical Technology (PAT), and the control strategy. Hands-on exercises apply each tool to realistic product development scenarios.

The course suits formulation and analytical scientists, process development engineers, QA professionals, and CMC regulatory specialists who want to replace trial-and-error development with predictable, well-documented quality. Start building the QbD capability your organization and regulators increasingly expect.

Key Highlights

of the Quality by Design Training Course

End-to-End Skill Development

Structured Quality by Design training is designed to help learners understand QbD principles, regulatory frameworks, and pharmaceutical product development methodologies covered in the program
Course content aligned with current ICH Q8, Q9, and Q10 guideline expectations, real-world pharmaceutical quality requirements, and practical learning objectives for professionals delivered through a comprehensive Quality by Design training program
Real-world examples and scenario-based learning to help learners connect QbD concepts with everyday pharmaceutical development, manufacturing, and quality assurance situations
Guided learning support to help participants strengthen understanding, improve confidence, and apply QbD principles effectively across product development and manufacturing roles

Structured Courseware and Learning Resources

Access to organized QbD course materials including QTPP definition worksheets, CQA and CMA identification templates, CPP mapping guides, and DoE reference cards designed to support step-by-step learning
Topic-wise learning resources, exercises, and knowledge checks to reinforce understanding of Design Space, control strategies, and risk assessment tools
Practice activities, assignments, and scenario-based exercises to help learners apply QbD concepts in realistic pharmaceutical product development and manufacturing quality situations
Supplementary learning aids such as risk assessment matrices, Design Space configuration worksheets, RTRT implementation checklists, and control strategy development guides

Instructor-Led, Practical Learning Experience

Live interactive sessions delivered by experienced QbD practitioners with hands-on domain expertise across pharmaceutical, biotechnology, and manufacturing sectors
Real-world examples, case discussions, and applied QbD exercises to improve practical understanding of QTPP definition, CQA identification, DoE applications, and Design Space configuration
Opportunities to ask questions, clarify doubts, and participate in trainer-led discussions on risk assessment, CPP mapping, and regulatory compliance requirements
Training approach focused on helping learners apply QbD concepts confidently at work, not just complete the course content

Flexible Learning Support

Instructor-led training formats available for individual learners and corporate teams across
Options include live virtual classroom training, onsite training, and customized group training depending on availability and organizational requirements
Learning support designed to help participants stay on track before, during, and after the Quality by Design training
Additional revision and post-training support may be available based on the selected course format

Learn the Core Concepts Covered in the Course

Understand QbD fundamentals, background, key drivers, and the regulatory guidance documents including ICH Q8, Q9, and Q10 that shape modern pharmaceutical development
Learn how to define QTPP, identify CQAs, CMAs, and CPPs, apply DoE, configure Design Space, and develop control strategies based on the course curriculum
Explore practical use cases showing how QbD is applied in pharmaceutical, biotechnology, healthcare, and manufacturing environments
Build role-relevant knowledge of risk assessment and management, real-time release testing, and regulatory compliance that supports better quality decisions in product development

Practice, Assessment, and Completion Support

Practice defining QTPP, identifying CQAs and CMAs, mapping CPPs, and applying DoE through exercises and scenario-based activities
Use assessments to identify knowledge gaps in QbD concepts and strengthen understanding of Design Space and control strategy development
Receive guidance from instructors to improve understanding of QbD tools and stay aligned with course objectives
Earn a course completion certificate after successfully meeting the training requirements

Career and Workplace Application

Build practical QbD skills that can support career growth, role advancement, or improved pharmaceutical quality performance
Strengthen confidence in applying QTPP definition, CQA identification, DoE, Design Space, and risk management concepts to real-world product development challenges
Improve professional credibility through structured, skill-focused Quality by Design training recognized across pharmaceutical and manufacturing industries
Support enterprise capability building through Quality by Design corporate training for employees across pharmaceutical, biotechnology, healthcare, and manufacturing organizations.

Quality by Design Training Eligibility

Who Can Enroll?

No formal prerequisites are required to enroll in the Quality by Design training program
Basic familiarity with quality assurance concepts is helpful but not mandatory for enrollment
Professionals from pharmaceutical, biotechnology, healthcare, and manufacturing industries are well-suited for this training
Individuals and corporate teams seeking to build QbD knowledge and apply regulatory-aligned product development principles are eligible to enroll
Learners with backgrounds in quality, regulatory affairs, process engineering, and production management will find the content directly applicable to their roles

Why Building QbD Skills Pays Off

The Practical Payoff of QbD

For Individuals

Quality by Design training gives pharmaceutical and biopharmaceutical professionals a practical, science-based way to design quality into products rather than inspecting for it later. You learn the complete QbD toolset and apply it to realistic development scenarios during the program. Whether you develop formulations, characterize processes, assure quality, or prepare CMC submissions, the skills map directly to the work regulators and employers now expect.

If you want to move from empirical trial-and-error to predictable, well-documented development, QbD is a foundational capability. You leave able to build QTPPs, run risk assessments, plan DoE studies, and shape control strategies with confidence.

Design quality into products from the start instead of testing it in at the end
Turn patient and clinical needs into clear design targets with the QTPP and CQAs
Focus development effort using Ishikawa diagrams and FMEA risk assessment
Plan and interpret Design of Experiments (DoE) to define a robust design space
Build control strategies that hold quality steady through scale-up and manufacturing
Speak the QbD language regulators expect in ICH-aligned CTD submissions
Move from trial-and-error to predictable, science-based development decisions
Gain a cross-functional skill valued across pharma, biopharma, and CDMOs

For Organizations

QbD group training helps pharmaceutical organizations build a shared, cross-functional approach to product and process development. Delivered for formulation, analytical, process, quality, and regulatory teams together, it creates one common QbD language. For companies facing scale-up problems, recurring deviations, or heavy post-approval change burdens, QbD skills translate into more robust processes and stronger regulatory relationships.

When development, manufacturing, and regulatory teams apply QbD consistently, quality becomes designed-in rather than tested-in. Corporate training lets your team practice the tools on your own live development projects during the session.

Build a shared, cross-functional QbD approach across development and quality teams
Reduce manufacturing deviations through deeper process understanding
Strengthen regulatory relationships with well-documented control strategies
Cut post-approval change burden by working within an approved design space
Standardize QTPP, CQA, and risk-assessment practice across projects
Improve scale-up and technology-transfer outcomes
Deliver flexible training for scientists, engineers, QA, and regulatory staff
Practice QbD tools on your own live development projects

Where QbD Skills Take Your Career

Demand Across Pharma and Biopharma

Quality by Design training builds QbD skills that open doors across the pharmaceutical value chain, from formulation and analytical science to process development, quality assurance, and CMC regulatory affairs. As regulators expect QbD evidence in submissions and manufacturers adopt continuous processes and PAT, professionals who can apply the full toolset are in growing demand, from scientist roles through to regulatory and quality leadership. Here is what the global market is telling us right now.

$104K

Formulation Scientist average pay

per year, Salary.com 2026

$156K

CMC Regulatory Affairs Manager pay

average per year, Salary.com 2026

$9.1B

Continuous manufacturing market

by 2032, up from $2.7B in 2025

ICH Q8-Q11

Regulatory foundation for QbD

FDA and EMA aligned

SECTORS HIRING

—Pharmaceutical Manufacturing and Development
—Biopharmaceutical and Biotechnology
—Active Pharmaceutical Ingredient (API) Manufacturing
—Contract Development and Manufacturing Organizations (CDMOs)
—CMC Regulatory Affairs and Consulting
—Medical Devices and Combination Products

GROWTH TRENDS

—Regulators increasingly expect QbD evidence in development submissions
—Continuous manufacturing scaling up under ICH Q13
—PAT and real-time release testing adoption rising
—QbD fluency now a differentiating capability for CDMOs
—Biologics, biosimilars, and cell and gene therapy driving demand
—Shortage of professionals fluent in the full QbD toolset

Sources: Salary.com, Glassdoor, PayScale (US) 2026; PharmaSource and IntuitionLabs market analysis; FDA and EMA QbD guidance, 2026.

Designation

Quality by Design Professionals : Salary Insights and Trends

Hiring Companies

$70K

Min

$90K

Average

$130K

Max

Salary.com · PayScale (US) 2026

Thermo FisherPfizerNovartisMerck

Source: Thermo Fisher · Pfizer · Novartis · Merck

Industry Pressures Driving Demand for QbD Skills

The Test-And-Fix Trap

Many teams still rely on end-product testing to catch quality problems, which drives rework, deviations, and delays. QbD builds quality into the product through mechanistic understanding instead.

QbD replaces end-product testing with process understanding

Rising Regulatory Expectations

The FDA and EMA increasingly expect QbD evidence, QTPP, CQAs, design space, and control strategy, in CTD submissions. Teams without QbD fluency struggle to meet current review expectations.

QbD skills prepare you for ICH-aligned submissions

Scale-Up and Tech-Transfer Failures

Processes fixed empirically at lab scale often fail on transfer to commercial manufacturing. DoE and design space knowledge give teams the process understanding to scale up predictably.

QbD builds robust, transferable processes

The Shift to Continuous Manufacturing

As the industry moves from batch to continuous manufacturing under ICH Q13, QbD process understanding and PAT are essential to design the control systems these lines depend on.

QbD underpins continuous manufacturing control

Biologics and Advanced Therapy Complexity

Biologics, biosimilars, and cell and gene therapies are process-defined and sensitive to conditions. Applying QbD to CQAs like glycosylation and aggregation is a fast-growing need.

QbD applies to biologics and small molecules alike

A Shortage of QbD Talent

Employers have deep pools of traditional development staff but few who can lead QTPP workshops, run FMEA, and interpret DoE. That scarcity makes QbD capability a clear differentiator.

QbD-fluent professionals stand out

Sources: FDA and EMA QbD and continuous manufacturing guidance; ICH Q8 to Q13 guidelines; PharmaSource and IntuitionLabs market analysis, 2026.

QbD is more than a compliance exercise. It is the modern operating model for pharmaceutical development. Join professionals who design quality into products and speak the language regulators expect. Start your QbD journey today.

Your QbD Capability Shift

Where You Stand Today

The Shift QbD Skills Deliver

Pharmaceutical development is moving from testing quality in to designing it in, and employers increasingly separate professionals who can lead that shift from those who cannot. Here is which side of that line you want to be on.

Today

Shortlisted less often for roles that list QbD experience as preferred

After QbD

Ready for scientist, QA, and CMC regulatory roles where QbD is expected

Today

Confident in the lab, but not leading structured QbD activities

After QbD

Able to run QTPP workshops, FMEA sessions, and DoE studies with confidence

Today

Managing recurring deviations with limited process understanding

After QbD

Able to reduce deviations and post-approval changes through design space thinking

You build QbD capability

Before

Quality confirmed mainly through end-product testing after the fact

Now you have

A structured, science-based method to design quality into every product

Before

Familiar with individual tools but not a connected QbD framework

Now you have

Command of QTPP, CQAs, risk assessment, DoE, and control strategy

Before

Unsure how regulators expect QbD data to be structured

Now you have

The fluency to prepare and defend QbD evidence in ICH-aligned submissions

Before

A single-function view of development with limited mobility

Now you have

A cross-functional skill recognized across pharma, biopharma, and CDMOs

"The gap between testing quality in and designing it in is exactly what modern regulators reward, and the teams that lead already know it."

Join the professionals who trained with Invensis Learning and made the shift to QbD.

Sources: Salary.com, Glassdoor, PayScale (US) 2026; FDA and EMA QbD guidance.

Module 2: QbD Tools and Techniques

Risk management principles and tools used to identify, assess, and control quality risks in product development
Design of Experiments (DoE): fundamentals, design types, and how DoE is used to understand process variability
Design Space definition and control strategies: how boundaries are established and maintained throughout the product lifecycle

Module 3: Industry and Regulatory Perspective

Regulatory framework for QbD including agency expectations from the FDA, EMA, and ICH guidelines
Implementation challenges organizations face when transitioning from traditional to QbD-based development approaches
Real-world industry examples demonstrating how pharmaceutical and biotechnology organizations have adopted QbD

Module 4: Quality Target Product Profile (QTPP)

Definition of the Quality Target Product Profile and its role in guiding QbD-based product development decisions
How QTPP links patient needs and regulatory requirements to specific product quality attributes and design objectives
Practical steps for defining a QTPP for pharmaceutical and biotechnology products

Module 5: Critical Quality Attributes, Critical Material Attributes, and Critical Process Parameters

Identifying Critical Quality Attributes (CQAs): what they are, how to define them, and why they are central to QbD
Critical Material Attributes (CMAs): how raw material properties influence product quality and must be controlled
Critical Process Parameters (CPPs): identifying process parameters that impact CQAs and require monitoring and control

Module 6: Statistical Design of Experiments

Fundamentals of statistical DoE including full factorial, fractional factorial, and response surface methodologies
Applications of DoE in pharmaceutical process development and optimization
Interpreting DoE results to establish design space boundaries and process understanding

Module 7: Design Space and Process Control

Design Space concept: defining the multidimensional combination of input variables and process parameters that provide quality assurance
Implementation of Design Space within regulatory submissions and manufacturing control strategies
Continuous process verification and how Design Space supports process control across the product lifecycle

Module 8: Risk Assessment and Management

Risk assessment methodologies used in QbD including FMEA, Ishikawa diagrams, and risk ranking tools
Applying risk management principles to product development decisions, process design, and control strategy development
Linking risk assessment outcomes to Design Space boundaries and CQA control strategies

Module 9: Real-time Release Testing (RTRT)

RTRT concept: replacing end-product testing with in-process monitoring and real-time quality assurance
Regulatory requirements and industry expectations for RTRT implementation in pharmaceutical manufacturing
Practical considerations for implementing RTRT as part of a QbD-based control strategy

Module 10: Case Studies and Practical Applications

Pharmaceutical and biotechnology case studies demonstrating end-to-end QbD implementation from QTPP to RTRT
Practical group exercises and scenario analysis applying QbD tools including QTPP definition, CQA identification, DoE, and risk assessment
Lessons learned and best practices from real QbD projects in pharmaceutical, biotechnology, and manufacturing environments

Course Curriculum

of the Quality by Design Training

The online Quality by Design training course curriculum is structured across ten modules, taking learners from foundational QbD background and regulatory guidance through to real-world case studies and practical applications in pharmaceutical, biotechnology, and manufacturing environments.

100% Secure and Safe download

Module 1: Introduction to QbD

Background and key drivers that led to the adoption of Quality by Design in pharmaceutical development
Regulatory guidance documents including ICH Q8, Q9, and Q10 that define the QbD framework
QbD development process flow from concept and design through to manufacturing and regulatory submission

Shifts your thinking from testing quality in at the end to designing it in from the start.

100% Secure and Safe download

The QbD Tools You Will Learn to Apply

QTPP, DoE, PAT, and Control Strategy

In this Quality by Design training you will learn to apply the full QbD toolset to realistic pharmaceutical development scenarios. By the end of the program you can build a QTPP, identify CQAs, run risk assessments, plan DoE studies, and shape a control strategy.

Build a Quality Target Product Profile (QTPP)

In this Quality by Design training you will learn to translate patient, clinical, and regulatory needs into a QTPP that sets the design specification for the entire development program, from dosage form and route to pharmacokinetic and quality targets.

Identify and Classify Critical Quality Attributes

Learn to identify CQAs for small molecules and biologics, distinguish critical from non-critical attributes, and link each CQA to Critical Material Attributes and Critical Process Parameters using prior knowledge and structured assessment.

Run Risk Assessments with Ishikawa and FMEA

Apply Ishikawa (fishbone) diagrams and FMEA to map and prioritize the material and process variables that most affect quality, using Severity, Occurrence, and Detectability to focus experimental effort where it matters most.

Design and Interpret DoE for the Design Space

Learn how Design of Experiments replaces one-factor-at-a-time testing, which screening and response-surface designs to use, and how to read DoE outputs to define a design space with Normal Operating and Proven Acceptable Ranges.

Apply PAT and Real-Time Monitoring

Understand how Process Analytical Technology tools such as NIR and Raman enable in-process monitoring and real-time release testing, so quality is measured during manufacturing rather than only at the end.

Develop a Control Strategy for Submission

Learn to build a risk-proportionate control strategy from your risk assessment and DoE outputs, and to structure QbD evidence for CTD submissions in line with ICH Q8 to Q11 expectations.

Who Should Take

Quality by Design Training?

Process Engineers

QC Analysts

Engineering Teams

Technical Staff

Production Managers

Distribution Managers

Regulatory Affairs Specialists

Quality Assurance Professionals

Who Can Take This Certification Training

Quality by Design Training Modes

for Professionals and Teams

We offer flexible training formats designed to suit different learning preferences, schedules, and professional goals. Whether you prefer self-paced learning or a structured, corporate, instructor-led experience, choose the option that best supports your skill development journey with the best Quality by Design online training options.

Quality by Design Live Virtual Training

Live online instructor-led sessions

Interactive discussions and virtual activities

Expert guidance from experienced trainers

Practice assessments and revision support

Dedicated Q&A sessions for concept clarification

Fixed schedules for accountability and momentum

Small batch sizes for personalized attention

Access from any location with internet connectivity

Starts from

USD 395

Please Note: Attend fully interactive weekday Quality by Design training sessions from anywhere while benefiting from real-time instructor guidance and collaborative learning experiences.

Best For: Professionals seeking the flexibility of online learning without compromising on live instructor interaction.

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Why Choose Invensis Learning for QbD Training

Trusted Training for Life Sciences Teams

As a trusted Quality by Design training company, Invensis Learning delivers practical QbD training for pharmaceutical and biopharmaceutical professionals and teams who want to build quality into products by design. Our programs combine experienced instructors, hands-on tool exercises, and courseware grounded in the ICH Q8 to Q11 guidelines. Whether you enroll as an individual or arrange training for a cross-functional team, you get a professional learning experience built around real-world application and measurable capability, backed by our ISO 9001:2015 and ISO 27001:2022 certified operations.

Experienced trainers with real pharmaceutical development and quality experience
Live virtual, classroom, and corporate on-site delivery to fit any schedule
Hands-on exercises using realistic drug and biologic development scenarios
Structured, up-to-date courseware grounded in the ICH QbD guidelines
Training available for individuals and cross-functional corporate teams
Dedicated learner support before, during, and after the program
ISO 9001:2015 quality and ISO 27001:2022 information-security certified operations
Global delivery with regional support across time zones

98%

First-Attempt Pass Rate

5000+

Accredited Trainers Globally

4.7/5

Rated by Learners Worldwide

500+

Corporate Clients

ISO 9001:2015 Certified

ISO 27001:2022 Certified

Secure SSL Encryption

Leaders in Training industry for 12+ years

Over 5000 five star reviews

Level AA conformance, W3C WCAG 2.2

Corporate QbD Training

Upskill Development and Quality Teams

Train formulation, process, QA, and regulatory teams together
Customized schedules aligned to your project and release timelines
Live virtual, on-site, or hybrid delivery for local and global teams
Apply QbD tools to your own live development projects in the session
Experienced trainers with pharmaceutical and biopharma expertise
Progress tracking and dedicated coordination for group programs
Scalable delivery across sites, business units, and regions

What Our Learners Say

From Guesswork to a Real Design Space

"The training finally connected the QbD tools for me. I now run QTPP and CQA sessions with my formulation team and plan DoE studies instead of guessing at process parameters. The hands-on scenarios made it click."

Elena Fischer

Formulation Scientist

0/0

Clearer View of QbD Submissions

"As a CMC regulatory specialist I needed to understand how QbD evidence is built and defended. The sessions on risk assessment and control strategy gave me exactly the structure I use when reviewing pharmaceutical development sections."

David Okoro

CMC Regulatory Affairs Specialist

0/0

Practical and Well Paced

"The FMEA and Ishikawa exercises were the highlight. I came in strong on analytics but weak on linking material attributes to CQAs, and the trainer walked us through it with real product examples."

Priya Sharma

Analytical Scientist

0/0

One Shared QbD Language for the Team

"We booked the corporate session for our process development and QA groups. Having everyone learn one QbD language shortened our review cycles and improved how we document design space decisions. Delivery was flexible around our shift patterns."

Marcus Lindqvist

Head of Process Development

0/0

Tailored and Immediately Useful

"As an L&D lead in a biopharma organization, I needed training that our scientists and regulatory staff could both use. The trainer tailored the biologics case studies to our work, and the team applied the tools to a live project the same week."

Aisha Rahman

Learning and Development Lead

0/0

4.6

Ratings

100K+

Happy Learners

100+

Locations Worldwide

99%

Training Satisfaction

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Frequently Asked Questions

Here's everything you may ask...

Quality by Design training is a practical program that teaches the systematic, science-based approach to building quality into pharmaceutical and biopharmaceutical products from the development stage. It covers the QbD toolset, QTPP, CQAs, risk assessment, DoE, design space, PAT, and control strategy, aligned to the ICH Q8 to Q11 guidelines.

Quality by Design Training for Life Sciences

What Quality by Design Training Delivers for Development Teams

Key Highlights

Quality by Design Training Eligibility

Why Building QbD Skills Pays Off

Where QbD Skills Take Your Career

SECTORS HIRING

GROWTH TRENDS

Industry Pressures Driving Demand for QbD Skills

The Test-And-Fix Trap

Rising Regulatory Expectations

Scale-Up and Tech-Transfer Failures

The Shift to Continuous Manufacturing

Biologics and Advanced Therapy Complexity

A Shortage of QbD Talent

Where You Stand Today

The Shift QbD Skills Deliver

Module 2: QbD Tools and Techniques

Module 3: Industry and Regulatory Perspective

Module 4: Quality Target Product Profile (QTPP)

Module 5: Critical Quality Attributes, Critical Material Attributes, and Critical Process Parameters

Module 6: Statistical Design of Experiments

Module 7: Design Space and Process Control

Module 8: Risk Assessment and Management

Module 9: Real-time Release Testing (RTRT)

Module 10: Case Studies and Practical Applications

Course Curriculum

Module 1: Introduction to QbD

The QbD Tools You Will Learn to Apply

Build a Quality Target Product Profile (QTPP)

Identify and Classify Critical Quality Attributes

Run Risk Assessments with Ishikawa and FMEA

Design and Interpret DoE for the Design Space

Apply PAT and Real-Time Monitoring

Develop a Control Strategy for Submission

Who Should Take

Quality by Design Training Modes

Quality by Design Classroom Training

Quality by Design Corporate Group Training

Quality by Design Focused 1-to-1 Training

Quality by Design Live Virtual Training

Why Choose Invensis Learning for QbD Training

Corporate QbD Training

What Our Learners Say

Inquire with us now

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