果冻传媒

Karen Scrivener

Karen Scrivener is one of the most prominent and influential researchers in the field of cement and concrete with over 300 scientific publications. Her major contributions include understanding the microstructure, hydration mechanisms and durability of cementitious materials and, in particular, the invention of LC3 (limestone calcined clay cement) technology that enables a reduction of the CO₂ intensity of cement by up to 40%. This technology is now deployed by companies in more than 50 countries.

鈥淜aren Scrivener is a leading scientist and her work on sustainability in the widely used building materials cement and concrete align perfectly with 果冻传媒鈥檚 sustainability goals and ambitions,鈥� says Theo Salet, dean of the Department of the Built Environment.

鈥淚n addition to research into new, more sustainable building materials, research into making concrete more sustainable is vital, especially in the coming years as I anticipate that concrete will continue to be a widely used building material.鈥�

She is truly a pioneer in the profession and, in her own discipline, cement and concrete, she is an authority.

Jos Brouwers, professor of Building Materials

the honorary doctorate supervisor for Scrivener is , professor of Building Materials at 果冻传媒. 鈥淔rom our group, I have been working with Karen for over 30 years and we regularly meet at conferences and scientific meetings on building materials. She is truly a pioneer in the profession and, in her own discipline, cement and concrete, she is an authority.鈥�

鈥淣ot only in the scientific field but also precisely because of her impact on the construction industry,鈥� says Brouwers. 鈥淭his is an excellent opportunity to recognize an outstanding female scientist in the predominantly male-dominated construction world and to highlight her achievements. I look forward to broadening our collaboration and possibly doing more projects together.鈥�

Martin van den Brink

Since starting at ASML in 1984, Martin van den Brink has proven himself a leader within the company. ASML owes its technological successes mainly to Van den Brink鈥檚 visionary leadership. He has always recognized the interdisciplinary nature of the challenges of complex machines, combining his deep knowledge of physics, materials, mechatronics, and electronics.

He is a leader in systems engineering with an inspiring style that demands the very best from himself and his staff.

Van den Brink鈥檚 scientific impact is evident in his enormous contributions to the development of semiconductor manufacturing technology, particularly in the field of photolithography. His work continues to have a major impact on the development of smaller and more powerful microchips, which support many modern technologies and play a crucial role in various scientific and industrial applications.

鈥淏ased on his scientific excellence and his crucial role in industry and society, Martin van den Brink is an outstanding honorary doctor for our university. Awarding him the honorary doctorate is not only a more than deserved recognition of his achievements, but also of his contribution to the body of knowledge about high-tech systems, mechanics and materials science, and mechanical engineering in particular,鈥� says Patrick Anderson, dean and honorary doctorate supervisor of the Department of Mechanical Engineering.

As an innovator and visionary, he is the undisputed technical-scientific brains behind ASML鈥檚 success.

Maarten Steinbuch, University Professor of Control Systems Technology

Maarten Steinbuch, university professor of Control Systems Technology and honorary doctorate supervisor, is also enthusiastic about Van den Brink鈥檚 upcoming appointment as an honorary doctor. 鈥淎s an innovator and visionary, he is the undisputed technical-scientific brains behind the success of ASML, where he has shown himself to be a true master of integrating disciplines and systems engineering.鈥�