Chemists with disabilities face numerous obstacles in their field, but progress is being made towards greater accessibility and inclusion.
Chemistry is a field that requires precision, dexterity, and access to specialized equipment. However, for chemists with disabilities, these requirements can present significant challenges. Despite the fact that an estimated 22% of the UK population declared a disability in 2021, only 5% of members of the UK Royal Society of Chemistry (RSC) self-identified as disabled. This disparity highlights the need for improved accessibility and support for chemists with disabilities. In this article, we explore the experiences of three chemists and their suggestions for fostering progress in the field of chemistry.
Blaine G. Fiss: One step at a time
Blaine G. Fiss, an inorganic chemist, shares his journey as a chemist with cerebral palsy. Fiss discusses the inaccessibility of lab equipment and facilities, which pose significant challenges for chemists with physical disabilities. He highlights the need for small adjustments, such as installing waist-high autoloaders on spectrometers, to make equipment more accessible. Fiss calls for the chemistry community to prioritize the voices of chemists with disabilities in discussions surrounding lab planning and funding for accessible equipment.
Laena D’Alton: Accommodations are key to equity
Laena D’Alton, a disabled chemist, recounts the challenges she faced during her PhD studies due to a chronic illness. D’Alton emphasizes the importance of accommodations and flexibility in academia, particularly for part-time students. She highlights the need for part-time career options with realistic workloads and appropriate support at all levels in academia. D’Alton also addresses the systemic barriers faced by disabled chemists, such as the inaccessibility of conferences, and calls for the incorporation of social aspects into virtual conference participation.
Naumih M. Noah: Teach with an open mind
Naumih M. Noah discusses the importance of inclusive teaching strategies for students with disabilities in chemistry courses. She highlights the gap in accommodations between secondary and tertiary education in Kenya, where specialized universities are lacking. Noah emphasizes the need for university lecturers to receive training on supporting students with impairments and creating inclusive learning environments. She shares her own experience of organizing a workshop for chemistry lecturers on inclusive teaching, which had a positive impact on her perspective and teaching pedagogy.
Conclusion:
The experiences and insights shared by chemists Blaine G. Fiss, Laena D’Alton, and Naumih M. Noah shed light on the challenges faced by chemists with disabilities and the progress being made towards greater accessibility and inclusion. Their stories highlight the need for improved access to equipment and facilities, flexible career options, and inclusive teaching strategies. By prioritizing the voices of chemists with disabilities and involving them in discussions and policy-making, the chemistry community can work towards a more inclusive and equitable field. It is crucial for academia and the chemical industry to continue making changes to fully welcome and support chemists with disabilities, ensuring that their valuable contributions are not hindered by barriers.
Leave a Reply