Panel Paper:
Creating an Evidence-Base - Feasibility Study and Evaluation of Non-Traditional Occupation (NTO) Demonstration
*Names in bold indicate Presenter
This study is a unique and innovative rigorous evaluation of NTO-themed recruitment content aimed at nudging women to take short-term steps towards applying to an NTO training program directed at women. The behavioural RCT study randomizes women into a treatment group that receives targeted, women-themed recruitment content and a generic control group that receives non-themed, generic recruitment content. Content was delivered to individuals assigned to each group through multiple emails and a postcard, all of which directed the female jobseeker to a website that contained additional recruitment content. We selected communication modes that were easily accessible to workforce system practitioners.
This study was implemented separately with two American Apprenticeship Initiative (AAI) grantees—Seattle, Washington (South Seattle Community College), and Albuquerque, New Mexico (Central New Mexico Community College) in two different industries that offer careers that are NTOs for women: Partnership for Advanced Technology Apprenticeships in Manufacturing and Marine Engineering (PATAM) program in South Seattle for Advanced Manufacturing and Construction pre-apprenticeships.
The Seattle study highlights the benefits, creates awareness and reduces misperceptions of the advanced manufacturing/construction industries and the New Mexico one does it in Information Technology industry. Over the course of the demonstration period (June 2017 to March 2018), the evaluation team randomly assigned approximately 20,000 female jobseekers 18 years old or older from Central New Mexico and 15,000 female jobseekers (also 18 years old or older) from South Seattle.
The results of this RCT study will advance DOL and training practitioner knowledge on the effectiveness of using an NTO-themed, multi-mode outreach approach to encourage women to enter traditionally male-dominated occupations.
Full Paper: