VET Pathways Program channels TAFE-trained technicians into engineering degrees, expanding Australia’s pool of workers for renewable energy and recycling industries.
Australia’s clean energy transition faces a critical workforce shortage, particularly in engineering and technical roles. The VET Pathways program has established structured routes for TAFE graduates to transition into university degrees, tapping into a largely overlooked talent pool.
Bridging the skills gap
Traditional university admission systems have historically disadvantaged vocational graduates. TAFE diploma holders were assessed with ATAR equivalencies that made them less competitive than school leavers, blocking many qualified candidates from engineering programs despite their hands-on technical experience.
“We were missing out on students who already had practical industry knowledge and were motivated to upskill,” says Tracy Tran, TRaCE Program Manager who led the initiative. “These are exactly the people industry partners tell us they need, technically skilled workers who understand real-world applications and want to deepen their expertise.”
Between 2023 and 2025, Tracy mapped over 20 TAFE articulation pathways into UNSW degrees, working across faculties to align vocational qualifications with university outcomes. The program now offers clear routes into electrical engineering, telecommunications, renewable energy, photovoltaics and solar energy, environmental management, and science degrees.
From technician to engineer
Students entering through VET pathways bring practical experience from TAFE training in fields directly relevant to clean energy infrastructure, electrical systems, solar installations, environmental monitoring. The program awards credit for prior learning, potentially reducing degree completion time by up to one year, accelerating their entry into the workforce at a higher qualification level.
“We’re not creating an ‘alternative’ pathway, we’re recognising that vocational training is legitimate preparation for engineering study,” Tracy says.
The program worked closely with TAFE NSW and Jobs and Skills Councils to understand industry skill needs and align curriculum. This collaboration ensures students graduating through VET pathways are prepared for both academic rigour and industry expectations.
Building workforce capacity
Industry partners consistently report needing more engineers and scientists with practical understanding of clean energy systems. VET pathways recruit from a pool of students who’ve already demonstrated commitment through vocational training and often have relevant work experience, enriching university cohorts with students who understand how things actually work in the field.
The program has established a sustainable model with projections indicating 500-1,000 students transitioning through VET pathways by 2035. Nine students enrolled between 2023 and 2025, with ongoing support proving critical for retention and success.
Tracy Tran’s work has created a replicable framework now being embedded into UNSW’s permanent operations. For industry partners seeking technically skilled graduates who bridge theory and practice, VET pathways represent an untapped recruitment channel.
“These students often have clearer career goals and better understanding of workplace realities than typical school leavers,” Tran says. “They’re exactly who we need building Australia’s clean energy future.”
Students interested in exploring VET pathways can visit the UNSW website for detailed information on available programs and eligibility requirements.
