Boston, MA According to DPS Group, Bill Whitford has joined the consulting team as the life science strategic solutions leader. Reporting to Sue Cooke, director of the Strategic Consulting Group, he will assist in developing DPS’s brand in the innovative therapeutics and life science solutions space. 

“I am delighted that Bill has joined DPS Group and our Strategic Consulting team,” said Cooke. “He will be a great asset to the company, delivering a global perspective on current and emerging innovative Biotech solutions. Having such a well-published and recognized key opinion leader on our team further strengthens DPS’s ability to deliver to our international clients’ needs.” 

Over a 35-year career, Whitford  has been a leader in research and development (R&D), developing and commercializing over 40 distinct products supporting biomedicine and bio-manufacturing. Most recently Whitford has been a thought and strategic solutions leader identifying burgeoning biomedical arenas for companies such as Cytiva, GE Healthcare, and Thermo Fisher Scientific.

On his appointment, Bill commented: “For some time I’ve known of the premier consulting services DPS provides but am particularly impressed by the current international renown DPS now enjoys in delivering award-winning facilities to the bioproduction and ATMP manufacturing industry.”

He has taught classes at the Utah State University’s Biotechnology & Genomics Research Center, the State University of New York at Buffalo’s Department of Microbiology and Immunology, and for the Department of Genetics, Science and Mathematics at the College of Santa Fe. He now enjoys serving on such boards and committees as LabTwin’s Lab of the Future Council and the Editorial Advisory Board of BioProcess International. 

Having published over 300 articles, book chapters and patents in the bioproduction arena, Bill’s current interest areas and published materials align with the DPS strategy to advance business opportunities in the novel therapeutics space. His recent publications involve Industry 4.0 and digitalization, bioreactor model-based prediction and control, bioprocess intensification, continuous biomanufacturing, applications in cell and gene therapy, exosome production and isolation, 3D bioprinting, theranostics and bioIntelligent manufacturing.