Our ECE pipeline is failing its graduates, and we have no time to lose

Wake up, Philippines.  There is a structural shift already reshaping telecommunications work across the region and Australia’s Telstra is an eye-popping example. From 2024 to 2026 Telstra has cut more than 3,500 roles while reporting rising profits and pursuing an AU$700 million AI joint venture. This is not collapse. This is deliberate, profitable automation. And profitable companies are the ones leading the layoffs because automation simply performs repetitive diagnostics, provisioning, and monitoring far better than human teams.

If you’re a policymaker, a dean, or an industry leader today who still treats workforce transformation as somebody else’s problem, you are behind the curve — dangerously so. The painful truth is this: the entry-level rungs of the traditional telco career ladder have been sawed off. The tasks that once absorbed fresh ECE graduates — fault detection, manual provisioning, field dispatch coordination — are now executed by AI, SDN orchestration, and algorithmic dispatch systems. This is not a prediction for 2035 but is now the daily operational reality in world markets

Why should we care? It is because our country keeps producing technically competent graduates who can wire a circuit and pass a board exam, but  employers consistently report a different, alarming problem: these graduates lack the software, cloud, and automation skills that telcos now demand. The World Economic Forum’s Future of Jobs Report 2025 is blunt: ASEAN needs nearly 9 million ICT professionals by 2030, but more than 75 percent of employers in parts of the region say fresh graduates lack the required skills. That’s not a shortage — it’s a mismatch. And mismatches are fixable only if institutions act with urgency.

Listen to hiring managers: they don’t want another batch of hardware-focused engineers who can recite circuit theory. They want new engineers who can write Python to automate network tasks, can design software-defined topologies, and capable of deploying infrastructure on cloud platforms. The work has moved up the stack. Our present ECE Curricula remain anchored to legacy hardware topics  that are now increasingly irrelevant to employers restructuring around cloud and AI.

Today,  speed matters because our neighboring countries are already executing. Malaysia’s JENDELA program is creating demand for next-generation network engineers. Singapore’s Skills Future retrains workers before they become unemployable. Thailand’s recent data center investments pledge billions and will require AI-aware infrastructure engineers. These countries are not debating the problem — they are seizing the opportunity.

The irony is cruel: our beloved country has every advantage to win this transition. We graduate thousands of ECE students every year. We have demonstrated an ability to scale technical workforces rapidly — the BPO story proves it. Our engineers adapt when given the chance. ASEAN-BAC is right: this is a talent mismatch, not a shortage. The difference matters — the former is solvable with policy, curriculum reform, and coordinated industry action.  If the nation falters, we will soon be exporting our best talent and importing second-tier jobs.

Who’s responsible? Everyone who touches technical education and workforce policy.  CHED and university deans cannot treat curricula as sacred relics immune to market shifts. TESDA’s admirable reskilling programs are underfunded and too slow. DOLE’s labor monitoring is reactive where it must be proactive. Industry leaders cannot shrug and say “we’ll train them” while outsourcing bulk retraining to short-term bootcamps that lack scale or certification recognition.

Can it be fixed? Yes, but only if we stop treating this as someone else’s problem. There must be concrete demands — no more platitudes, no more pilot programs that go nowhere.

First, conduct a  National Curriculum Rapid Audit immediately. Mandate an immediate audit of ECE and related engineering curricula. Prioritize inclusion of automation scripting, networking-as-code, cloud certifications, and telemetry analytics. CHED should convene universities, industry associations, and telco operators and publish a short, mandatory update list within 60 days.

Second, fast track Accreditation for Industry Skills. This means  recognizing vendor and cloud certifications (AWS, Azure, Google Cloud, Cisco SDN, Linux Foundation) as part of degree credit and board-prep equivalencies. TESDA, CHED, and PRC must create a pathway for credit transfer and exemptions tied to certified skill milestones.

Third, there should be immediate Scale Reskilling by creating Public-private training hubs: coat-funded academies run by telcos and cloud providers, while government retrains mid-career workers and recent grads. Output targets should be  thousands of certified network automation engineers per year with  national targets tied to projected demand.

Fourth, implement Apprenticeship and Industry Placement  immediately thru  required accredited programs that  guarantee industry internships/apprenticeships where students work with automation stacks and cloud infra. Employers should take co-responsibility: meaningful on-the-job skill transfer that must be contractually defined.

Lastly , companies hiring certified re-trained engineers must be given tax credits, matching grants and wage subsidies. Also,  seed public funds into regional centers that accelerate rural and provincial access — not just Metro Manila-centric.

A warning to academics: the board exam will not save graduates if employers stop needing the work the exam measures. It is cruel to certify students for jobs that no longer exist. Update core learning outcomes to reflect the industry’s “stack” today, not the stack of two decades ago.

A warning to government: retraining must be universal and accessible. Market-driven bootcamps alone will exacerbate inequality — only those who can afford time and fees will adapt. Subsidize, scale, and mandate.

A warning to industry: you will not close this gap with ad-hoc hires and offshoring. Invest in local capacity, co-design curricula, and commit to long-term apprenticeships. If you don’t, competitors — domestic and regional — will.

To our young engineers: your degree is a foundation, not a finish line. Learn to code for networks. Get certified in cloud platforms. Treat automation tools as basic plumbing. Those who adapt will be employable; those who wait risk redundancy.

Final word: the mismatch is fixable, but only with urgency and accountability. The Philippines can win this if institutions move like the crisis they are. Delay is a policy choice that sacrifices a generation’s economic prospects. Make the hard decisions now: modernize curricula, fund reskilling at scale, mandate industry-university integration, and measure relentlessly. Anything less is abandoning our engineers to a regional future that we lost by default.