Initiate program review aligned with CHED, ACBET, and Washington Accord outcomes, focusing on microelectronics, IC design, and emerging communications (6G). Begin ISO 9001 documentation.

Integrate advanced topics (VLSI Design, Advanced RF Engineering, Signal Integrity). Establish an electronics design and innovation hub. Prepare for PTC-ACBET preliminary visit.

Submit formal application for PTC-ACBET Tier 1 accreditation. Develop/offer upskilling courses in PCB design and RF planning for industry.

Conduct international benchmarking for curriculum alignment. Sustain and refine all enhanced student services and the design hub.

Prepare for and undergo PTC-ACBET re-accreditation. Position the program as a national leader in microelectronics and communications engineering.

Strengthen policies for IP and IC design protection. Identify research thrusts (e.g., Semiconductor Devices, VLSI, RF/Wireless Communications, Embedded Systems).

Launch internal seed fund for chip design and communications projects. Establish 2+ MOUs with semiconductor and telecom companies for R&D.

Target 1-2 patent/utility model applications for circuit designs. Pursue joint international research on semiconductor materials and 6G technologies.

Establish a dedicated research center (e.g., Center for Microelectronics and Wireless Communications). Secure sustained external funding (DOST, DICT).

Fully integrate into the national and global semiconductor ecosystem. Publish a comprehensive impact assessment of research and commercialization.

Conduct surveys to identify needs in telecommunications and electronics manufacturing. Map potential partners (e.g., DICT, semiconductor companies).

Launch community projects (e.g., community cellular networks, electronic waste recycling drives). Integrate projects into NSTP/service-learning.

Expand successful pilots. Guide communities/LGUs on improving local telecom infrastructure and e-waste management.

Engage in local policy-making for e-waste and telecom infrastructure. Conduct technical training for LGU technicians on communications equipment.

Establish a formal center for electronics design and community service. Institutionalize a culture of precision and innovation.

Launch LMS with EDA (Electronic Design Automation) tools access. Establish documented ISO 9001 QMS; conduct first internal audit.

Achieve ISO 9001 certification. Launch faculty development for advanced degrees and industry certifications in EDA tools and IC design.

Upgrade labs with advanced VNA, spectrum analyzers, and IC prototyping equipment. Diversify funding through grants and industry testing services.

Implement a dedicated anechoic chamber for advanced RF research. Conduct a comprehensive system review for continuous improvement.

Leverage data from industry partnerships for curriculum enhancement. Develop and launch the next strategic roadmap for 2029-2033.