Hari ini, Pengurus BK Sipil PII kembali menggelar roadshow ke daerah untuk memenuhi aspirasi para anggotanya sebagai bagian dari pengembangan keprofesionalan berkelanjutan para Insinyur Indonesia.
Tema sentral “Insinyur Indonesia untuk mewujudkan Indonesia Emas 2045” di sesi Kuliah Keinsinyuran Program Profesi Insinyur Universitas Sultan Agung (UNISSULA) Semarang dibawakan oleh Ketua BK Sipil PII Ir. Habibie Razak, FIEAust., EngExec., IntPE(Aus) dilanjutkan sesi workshop tata cara pengisian FAIP oleh Ir. Wahyu Hendrastomo.

Ir. Habibie dalam paparannya memberikan insightnya bagaimana peran Insinyur Indonesia dalam cita-cita mewujudkan Golden Indonesia 2045.
His presentation stressed that engineers will play a critical role in achieving Indonesia’s long-term national goals, particularly:
1.Indonesia Emas 2045
2.Making Indonesia 4.0 by 2030
3.Net Zero Emissions (NZE) by 2060.

The key message is that Indonesia needs a large number of future-ready professional engineers who combine technical expertise, ethics, sustainability awareness, digital capabilities, and leadership. Professional certification, continuing professional development (CPD), and international recognition are presented as essential mechanisms to ensure engineering quality, public safety, and global competitiveness.

Engineers Are Strategic Enablers of National Development
The presentation positions engineers as key contributors to Indonesia’s transformation into one of the world’s largest economies.
Important priorities should include:
•Industrial downstreaming (hilirisasi)
•Sustainable infrastructure
•Energy transition and decarbonization
•AI and digital economy development
•Semiconductor and manufacturing development
•Smart cities and IKN development
PII (Persatuan Insinyur Indonesia) is tasked with developing engineering talent through education accreditation, engineering certification, professional licensing (STRI), and continuing professional development.

Professional Engineering Is About Public Safety and Accountability
A major theme is that engineering mistakes can have severe consequences.
The presentation uses examples such as:
•Quebec Bridge collapse (1907)
•Massachusetts gas pipeline explosion (2018)
These cases demonstrate that:
•Engineering work affects public safety.
•Ethical failures can lead to disasters.
•Professional licensing and accountability are essential.
The core philosophy presented is:
Ethics + Knowledge + Experience = Professional Engineering Practice.
Importance of Professional Engineers (PE)
The presentation distinguishes between:
Graduate Engineer
•Can work in engineering.
•Requires supervision.
•Cannot independently assume legal responsibility.
While Engineer-in-Training
•Transitional stage after graduation.
•Builds practical experience.
And Professional Engineer (IPM/IPU)
•Can practice independently.
•Can certify and stamp engineering documents.
•Holds legal and professional responsibility.
•Generally receives higher compensation due to accountability.

The PE stamp (STRI) serves as a formal validation of technical documents and engineering accountability.
Future-Ready Engineers Need More Than Technical Skills
The presentation emphasizes a new competency model. Key future competencies include: Project management, Leadership, Entrepreneurship, Communication, Ethics, Sustainability, Carbon accounting, Digital engineering which consist of BIM, AI, Digital twins, Data analytics, Interdisciplinary collaboration, Foreign language capability.
Major Industry Opportunities for Indonesian Engineers
- Energy Transition
The presentation identifies energy as a major growth sector involving:
•Wind
•Hydropower
•Geothermal
•Energy storage
•Supergrid development
•EV ecosystem
•Carbon capture and storage (CCS/CCUS)
•LNG-to-power projects
•Floating solar
•Industrial decarbonization
•Green industrial parks
•Data centres
•Small Modular Reactors (SMR) - Indonesia’s New Electricity Plan (RUPTL 2025–2034)
Highlights include:
•Significant renewable energy expansion
•Green Super Grid (47,758 km)
•New energy storage systems
•Nuclear pilot projects (SMRs)
•More than 50 GW renewable capacity targets
Expected impacts:
•Massive investment opportunities
•Growth of Independent Power Producers (IPPs)
•Approximately 1.7 million new jobs
•Majority classified as green jobs - Floating Solar Power
Indonesia’s dams and reservoirs provide large floating solar opportunities.
Benefits include:
•No competition with land use
•Improved solar performance from water cooling
•Integration with battery storage
•Strong market growth potential globally and in Asia-Pacific - Geothermal Development
Indonesia possesses some of the world’s largest geothermal resources.
Arguments for accelerating development:
•Supports decarbonization.
•Enhances energy security.
•Creates jobs.
•Provides reliable baseload power unlike solar and wind.
•Supports economic growth. - Supergrids and Smart Grids
Future electrical systems will require:
•Digital monitoring
•Automation
•Renewable integration
•Long-distance transmission
•Interconnection of islands and regions
These are seen as fundamental to Indonesia’s future power system. - Mineral Downstreaming and EV Ecosystem
The presentation strongly supports hilirisasi.
Examples include:
•Bauxite → Alumina → Aluminium
•Nickel → Battery materials
•Copper → Higher-value manufacturing products
The EV ecosystem includes:
•Mining
•Refining
•Battery materials
•Battery manufacturing
•Charging infrastructure
•Recycling - Data Centres
Data centres are identified as a major future infrastructure sector.
Growth drivers:
•Cloud computing
•Artificial Intelligence
•Edge computing
•IoT
•Tax incentives
The presentation highlights opportunities for:
•Green data centres
•Renewable-powered facilities
•BESS integration
•Advanced cooling systems
•Low-carbon infrastructure
Role of BKS PII
The Civil Engineering College of PII (BKS PII):
•Represents over 45,000 members.
•Supports professional development.
•Organizes seminars and technical visits.
•Promotes sustainable and multidisciplinary engineering.
•Supports Indonesia 4.0, Indonesia Emas 2045, and Net Zero ambitions.
Key Conclusions
1.Indonesia’s development goals depend heavily on engineering capability.
2.Professional engineers must be ethically accountable and properly certified. Public safety requires qualified professionals to take responsibility for engineering decisions.
3.Engineering careers are expanding into emerging sectors such as renewable energy, geothermal, floating solar, supergrids, EV batteries, data centres, and carbon management.
4.Future engineers must combine technical expertise with sustainability and digital skills. Carbon literacy, BIM, AI, and digital twins will become core competencies.
5.Green and digital transformation are inseparable. The next generation of infrastructure must be smarter, more efficient, and lower-carbon.
6.The ideal “Future-Ready Engineer” is a technically strong, ethical, digitally proficient, sustainability-focused leader capable of helping deliver Indonesia Emas 2045.
Hadir dari sisi UNISSULA, Dekan Fakultas Teknik Dr. Ir. Abdul Rachim, MT, Dr. Ir. Juny Andry Kepala Prodi PPI dan juga dari kepengurusan BK Sipil PII, Ir. Joko Riyanto, MT., IPU yang juga staff pengajar PSPPI UNISSULA. Kegiatan ini diselenggarakan secara hybrid di Kampus Fakultas Teknik Universitas Sultan Agung Semarang.









































































