This study investigates the impact of re-skilling science teachers on
fostering inclusive and productive employment that will improve students’
performance. One of the pivotal dimensions of this research is its emphasis
on inclusivity in teachers’ instructional practices. In an era characterised
by diverse student populations, re-skilling initiatives that cater for
educators from various backgrounds, fostering a more representative
teaching force is imperative. By adopting an ex post facto design through a
quantitative approach, surveys, and classroom observation checklists were
used to rate teachers and students to identify the existing gaps in science
education and illuminate the potential solutions for equitable access to
quality learning. Data were collected from 90 teachers before and after a
professional development programme held in Ogun state, Nigeria. Data
were analysed using descriptive statistics, t-test, and structural equation
modelling (SEM). Results indicated that teachers in the experimental group
scored higher than their counterparts in the other group in technology
integration in their instructional practices. The outcome of this research
provides insights to inform policy decisions, curricular reforms, and
teacher training programs on an international scale. By shedding light on
effective re-skilling strategies and the symbiotic relationship between
science education and employment opportunities, this study contributes to
a more inclusive, skilled, and adaptable global workforce.