A practical, two-day workshop that decodes the full ADC development journey — from CMC and analytical control through non-clinical, clinical and expedited pathways to global submissions and market access — using recently approved antibody-drug conjugates as working case studies.
Antibody-drug conjugates (ADCs) are among the fastest-growing modalities in oncology, pairing the precision of a monoclonal antibody with the potency of a cytotoxic payload. That same architecture — a large biologic joined to a small-molecule drug through a designed linker — makes them one of the most demanding products to develop and register: an ADC must satisfy biologic and small-molecule expectations at once, and no single regulatory framework was written for it.
This workshop decodes the ADC development journey end to end, from CMC foundations through to market access. Across two focused days, it connects the disciplines that ADC programs too often treat in isolation:
Upon completion, participants will be able to anticipate agency questions, build defensible data packages, and move a program efficiently from molecule to market. They will work from recently approved ADCs case studies and interactive problem-solving.
Upon the completion of the program, participants will be able to:
Experienced regulatory affairs professionals, CMC and analytical development scientists, and quality, clinical and program leaders working on antibody-drug conjugates or other complex biologics. The program is designed for those already engaged in developing, manufacturing or registering ADCs — including teams preparing global submissions (IND/IMPD, BLA/MAA) and consultants or regulatory-intelligence specialists who need a current, integrated, lifecycle view of how ADCs are developed and reviewed. A working knowledge of biologics development is assumed.
Advanced: Content is designed for individuals who are well-versed in most, if not all, concepts associated with the topic(s). Activities place a high concentration on analysis and application of concepts or demonstration of competencies through exercises such as case studies, scenario building, and group projects. A high level of participation is expected from each attendee.
RAPS reserves the right to cancel this program at its sole discretion. RAPS will not be responsible for travel or other costs incurred due to cancellation. All cancellation requests must be submitted in writing to [email protected]. Cancellations will receive a full refund minus a 20% administrative fee. RAPS is unable to accept cancellations by phone.
Paid registration substitutions may be accepted with written approval from RAPS for requests received before the start of the event. To transfer a registration, email [email protected] with the event title, name of the original registrant and the contact information for the new attendee.
A certificate of attendance can be downloaded from the RAPS Learning Portal following the event.
Contact the RAPS Support Center:
Call +1 301 770 2920, ext. 200 (8:30 am–5:30 pm EST, Monday–Friday) or email [email protected].
CMC Scientist, Molgenium
Mohamad Toutounji is an accomplished scientist and consultant specializing in Advanced Therapy Medicinal Products (ATMPs), CMC strategy, and analytical development for biologics and cell/gene therapies. He holds a Ph.D. in Biochemistry from the University of Veterinary Medicine Hannover, Germany. With over 10 years of experience in pharmaceutical development, Mohamad has held senior roles at leading organizations including Sanofi, Lonza, and GE Healthcare, where he contributed to GMP compliance, tech transfer, and late-phase manufacturing readiness. His expertise spans mRNA platforms, radiopharmaceuticals, and biologics, supported by a strong foundation in regulatory documentation (IND/NDA) and quality systems. Mohamad combines scientific rigor with process optimization to drive innovation in advanced therapies. His career reflects a unique blend of research excellence, industrial leadership, and regulatory expertise, making him a recognized voice in the evolving landscape of biopharmaceutical development.