Reimagining TVET Pedagogy for Kenya’s Bottom-Up Transformation Agenda

By Joseph Okwaro Athenus | Principal Vocational and Technical Trainer.

Kenya’s Bottom-up Economic Transformation Agenda (BETA) is more than a policy—it’s a national call to action. Anchored on five key pillars: Agriculture, MSMEs, Housing, Healthcare, and the Digital Superhighway—BETA is being implemented through the Fourth Medium Term Plan (MTP IV). It envisions a future where youth are empowered, MSMEs thrive, and communities drive innovation from the grassroots.
Yet, beneath this vision lie critical skills gaps across these priority areas:
Agriculture: Shortages in extension services, blue economy expertise, innovation, and value addition. Weak entrepreneurial skills continue to inhibit commercialization.
MSME Economy: Limited STEM-related skills for technology upgrading, coupled with curricula that fail to align with practical industry needs.
Housing: Gaps in new construction technologies such as Appropriate Building Materials and Technologies (ABMT) and Expandable Polystyrene Panels (EPS), alongside deficiencies in maintenance skills.
Healthcare: Skills gaps in prevention, detection, and emergency response, as well as forecasting and quantification of Health Products and Technologies (HPT).
Digital Superhighway & Creative Economy: A lack of intermediate and advanced digital skills, weak alignment between ICT curricula and industry needs, and insufficient technical skills in creative industries.
For BETA’s vision to materialize, one sector must rise to the challenge: Technical and Vocational Education and Training (TVET). At the heart of this transformation lies the need to restructure TVET pedagogy.

Why TVET Needs a Pedagogical Shift
Traditional TVET models often rely on rigid curricula, outdated tools, and limited recognition of informal skills. This leaves many learners, especially those from marginalized communities locked out of opportunity. My research highlights several gaps:

Green construction and renewable energy skills are missing from most training programs.
Digital innovation (e-commerce, automation, etc.) is taught sporadically, if at all.
Trainers lack support to adopt technology-enhanced pedagogy such as simulations, mobile learning, and blended formats.
Informal sector skills remain undervalued, despite powering much of Kenya’s economy.
A Technology-Enhanced Competency-Based Framework
The proposed framework blends four powerful ideas:

Constructivist Learning – Learners build knowledge through hands-on, real-world projects. The constructivist learning approach is a student-centered methodology where learners actively build their own knowledge and meaning from experiences, rather than passively receiving information. Teachers act as facilitators, promoting dialogue, collaboration, and critical thinking to help students connect new information to their existing knowledge.
Competency-Based Education (CBE) – Progress is measured by mastery, not seat time. It is a learning model where students advance by demonstrating mastery of specific skills (competencies) rather than by time spent in class, focusing on practical application, personalized pace, and real-world readiness over traditional grading. It emphasizes outcomes, flexible learning paths, and tailored support, ensuring students truly understand and can apply knowledge before moving on, a key shift from traditional, time-based instruction.
Technology Adoption Models (TAM & TPACK) – Trainers leverage digital tools to deliver content, assess skills, and personalize learning. Technology Adoption Models (TAM) and Technological Pedagogical Content Knowledge (TPACK) are complementary frameworks for understanding technology integration, particularly in education. TAM predicts user acceptance based on perceived usefulness and ease of use, while TPACK defines the knowledge teachers need to integrate technology effectively. Together, they bridge behavioral intention (TAM) with pedagogical capability (TPACK).
Inclusive Education – All learners, regardless of background, access flexible, equitable pathways to certification. An inclusive education model ensures all students—regardless of ability, background, or identity—learn together in general education classrooms, rather than in segregated settings. This framework, which is central to SDG 4, focuses on removing barriers, adapting curriculum via universal design (UDL), and providing support to improve, not just access, education for diverse learners. This framework was co-designed with TVET trainers, administrators, and community stakeholders. It should be piloted in selected institutions, with modules on green housing technologies, digital entrepreneurship, and community-based innovation labs.
Expected Outcomes
Once piloted, the framework is expected to demonstrate:

Deeper learner engagement when digital tools and real-world challenges are integrated.
Increased trainer confidence in using blended learning and mobile platforms.
Marginalized youth—especially those with informal skills—thriving in flexible, competency-based formats.
Policy Implications
For policymakers, this study offers actionable insights as listed below:
1. Invest in trainer capacity for technology-enhanced pedagogy.
2. Expand modular certification for green and digital skills.
3. Recognize informal sector competencies through community-based assessments.
4. Embed inclusive design principles in TVET infrastructure and financing.
Final Thought
Kenya’s transformation won’t come from the top—it will be built by skilled hands, innovative minds, and inclusive systems. By reimagining how we teach, certify, and empower through TVET, we can turn BETA’s vision into reality.
Let’s build a future where every learner counts, every skill matters, and every community thrives.