Project Experience
Lemtek UI Sebagai Garda Ilmiah dalam Infrastruktur dan Penataan Kawasan Vital Jakarta
Project Owner :
Waduk Pluit, dengan luas eksisting sekitar 800.000 m² dan sistem pompa berkapasitas total 49 m³/s, merupakan komponen utama dalam sistem pengendalian banjir dan drainase kawasan pesisir utara Jakarta. Seiring berjalannya Jakarta Sewerage Development Project (JSDP) Zone 1, yang dirancang untuk melayani hingga 989.389 jiwa dengan debit pengolahan air limbah rata-rata 200.000 m³ per hari, perubahan pola hidrologi dan peningkatan beban hidraulik menjadi aspek kritis yang memerlukan analisis kuantitatif. Dalam konteks tersebut, Lembaga Teknologi Universitas Indonesia (Lemtek UI) dipercaya oleh Dinas Sumber Daya Air Provinsi DKI Jakarta untuk melaksanakan kajian menyeluruh terhadap hydraulic performance, pump station reliability, dan interconnection effect antara sistem pengelolaan air limbah domestik dan sistem pengendalian banjir di kawasan Waduk Pluit.
Kajian ini disusun melalui koordinasi keilmuan yang melibatkan bidang Hydraulic and Environmental Engineering, Architecture, serta Civil and Structural Design. Pekerjaan mencakup hydrodynamic simulation, catchment modeling, batimetric and topographic survey, serta analisis energy efficiency and operational demand dari sistem pompa eksisting. Di tingkat kawasan, Lemtek UI merancang Integrated Spatial and Environmental Scheme untuk Waduk Pluit, yang menata hubungan antara fungsi hidrologi, ruang terbuka hijau, dan utilitas teknis kota. Selain itu, disusun Detailed Engineering Design (DED) untuk Instalasi Pengolahan Lumpur Lanjutan (IPLL) sebagai unit pengolahan lumpur hasil Wastewater Treatment Plant (WWTP) JSDP Zona 1, dengan mempertimbangkan efisiensi ruang, karakteristik material, serta standar lingkungan yang berlaku.
Hasil kegiatan ini mencakup analisis empiris terhadap beban hidraulik Waduk Pluit, yang meliputi perubahan pola aliran, volume air limbah yang masuk, dan potensi peningkatan frekuensi pompa beroperasi , serta rancangan teknis penataan kawasan berbasis engineering evidence and spatial precision. Seluruh tahapan dilaksanakan menggunakan metode computational modeling dan pengukuran lapangan beresolusi tinggi untuk memastikan kesesuaian desain dengan kondisi aktual. Melalui kajian ini, Lemtek UI memperkuat peran akademik dan teknologisnya dalam mendukung Pemerintah Provinsi DKI Jakarta menjaga sistem air perkotaan yang efisien, tangguh, dan adaptif terhadap perubahan hidrologi serta kebutuhan ruang kota modern.
Kajian ini disusun melalui koordinasi keilmuan yang melibatkan bidang Hydraulic and Environmental Engineering, Architecture, serta Civil and Structural Design. Pekerjaan mencakup hydrodynamic simulation, catchment modeling, batimetric and topographic survey, serta analisis energy efficiency and operational demand dari sistem pompa eksisting. Di tingkat kawasan, Lemtek UI merancang Integrated Spatial and Environmental Scheme untuk Waduk Pluit, yang menata hubungan antara fungsi hidrologi, ruang terbuka hijau, dan utilitas teknis kota. Selain itu, disusun Detailed Engineering Design (DED) untuk Instalasi Pengolahan Lumpur Lanjutan (IPLL) sebagai unit pengolahan lumpur hasil Wastewater Treatment Plant (WWTP) JSDP Zona 1, dengan mempertimbangkan efisiensi ruang, karakteristik material, serta standar lingkungan yang berlaku.
Hasil kegiatan ini mencakup analisis empiris terhadap beban hidraulik Waduk Pluit, yang meliputi perubahan pola aliran, volume air limbah yang masuk, dan potensi peningkatan frekuensi pompa beroperasi , serta rancangan teknis penataan kawasan berbasis engineering evidence and spatial precision. Seluruh tahapan dilaksanakan menggunakan metode computational modeling dan pengukuran lapangan beresolusi tinggi untuk memastikan kesesuaian desain dengan kondisi aktual. Melalui kajian ini, Lemtek UI memperkuat peran akademik dan teknologisnya dalam mendukung Pemerintah Provinsi DKI Jakarta menjaga sistem air perkotaan yang efisien, tangguh, dan adaptif terhadap perubahan hidrologi serta kebutuhan ruang kota modern.
Lemtek UI Oversees the Construction of the Faculty of Computer Science Building to Ensure Quality, Cost, Schedule, and Safety Compliance
Project Owner :
The Institute for Technology at the University of Indonesia (Lemtek UI) carries out the construction supervision of the Faculty of Computer Science (Fasilkom UI) Building as part of its commitment to ensuring quality, cost efficiency, schedule accuracy, and construction safety within the University of Indonesia. The Lemtek UI supervision team—comprising experts in structure, architecture, MEP, and K3L (Occupational Health, Safety, and Environment)—performs technical control in the field to ensure that all construction processes meet the established quality standards, budget allocation, and implementation schedule.
Throughout the supervision activities, the team conducted a series of inspections, including checklists for reinforcement works of pile caps, tie beams, and floor slabs prior to casting, as well as column and floor steel inspections. The supervision scope also includes evaluation and approval of materials submitted by the contractor, ensuring compliance with design drawings, technical specifications, and occupational safety requirements at the project site.
With meticulous and well-documented supervision, Lemtek UI plays an active role in supporting the realization of a modern, safe, efficient, and high-standard academic facility at the University of Indonesia. Through this project, Lemtek UI reaffirms its position as a trusted engineering institution in the supervision and quality control of construction projects within Indonesia’s education sector.
Throughout the supervision activities, the team conducted a series of inspections, including checklists for reinforcement works of pile caps, tie beams, and floor slabs prior to casting, as well as column and floor steel inspections. The supervision scope also includes evaluation and approval of materials submitted by the contractor, ensuring compliance with design drawings, technical specifications, and occupational safety requirements at the project site.
With meticulous and well-documented supervision, Lemtek UI plays an active role in supporting the realization of a modern, safe, efficient, and high-standard academic facility at the University of Indonesia. Through this project, Lemtek UI reaffirms its position as a trusted engineering institution in the supervision and quality control of construction projects within Indonesia’s education sector.
Lemtek UI Strengthens Fire Protection Engineering and Risk Analysis for National Energy Production Facilities
Project Owner :
The Institute for Technology at the University of Indonesia (Lemtek UI) has been entrusted by PT Pertamina EP to conduct the Basic Design Philosophy and Fire Protection System Assessment for several oil and gas production facilities located in Tambun Field, Jatibarang Field, Subang Field, and Onshore Gas Treatment (OGT). These facilities operate under the authority of Pertamina EP Zone 7. This program aims to enhance the resilience of production facilities against fire and explosion risks through the application of engineering safety principles, in accordance with international standards such as the National Fire Protection Association (NFPA), American Petroleum Institute (API), and Center for Chemical Process Safety (CCPS). The study comprehensively evaluates both active and passive fire protection systems, including water and foam suppression networks, clean agent systems, hydrant networks, gas detection systems, lightning protection, grounding systems, and safe spacing between process units.
As the basis for technical analysis, Lemtek UI employs the Process Hazard Analysis Software Tool (PHAST) to simulate hazard consequences such as gas leaks, thermal radiation, and overpressure scenarios during plant operations. The simulation results are used to define effect zones and assess the adequacy of existing fire protection systems through hydraulic calculations, fire pump capacity assessments, spill containment (bundwall) analysis, and the evaluation of emergency response system effectiveness. Each analysis outcome is consolidated into technical recommendations that serve as a foundation for Pertamina EP’s future facility safety improvement plans.
Through this initiative, the Institute for Technology at the University of Indonesia (Lemtek UI) demonstrates its engineering expertise in the fields of Fire Protection System (FPS) and industrial risk management, grounded in applied research and technical validation. Its systematic scientific approach and data-driven assessment have resulted in a comprehensive Basic Design Philosophy document and quantitative risk evaluation. The outcome serves as a strategic reference for strengthening operational integrity, enhancing safety system reliability, and ensuring holistic protection of personnel, assets, and the environment within Indonesia’s national energy production facilities.
As the basis for technical analysis, Lemtek UI employs the Process Hazard Analysis Software Tool (PHAST) to simulate hazard consequences such as gas leaks, thermal radiation, and overpressure scenarios during plant operations. The simulation results are used to define effect zones and assess the adequacy of existing fire protection systems through hydraulic calculations, fire pump capacity assessments, spill containment (bundwall) analysis, and the evaluation of emergency response system effectiveness. Each analysis outcome is consolidated into technical recommendations that serve as a foundation for Pertamina EP’s future facility safety improvement plans.
Through this initiative, the Institute for Technology at the University of Indonesia (Lemtek UI) demonstrates its engineering expertise in the fields of Fire Protection System (FPS) and industrial risk management, grounded in applied research and technical validation. Its systematic scientific approach and data-driven assessment have resulted in a comprehensive Basic Design Philosophy document and quantitative risk evaluation. The outcome serves as a strategic reference for strengthening operational integrity, enhancing safety system reliability, and ensuring holistic protection of personnel, assets, and the environment within Indonesia’s national energy production facilities.
Lemtek UI Strengthens National Energy Security and Efficiency through the Engineering Design of Household Gas Networks in West Java
Project Owner :
As a continuation of the trust given by the Ministry of Energy and Mineral Resources (ESDM), the Institute for Technology at the University of Indonesia (Lemtek UI) has once again been entrusted to carry out the Front-End Engineering Design – Detail Engineering Design for Construction (FEED–DEDC) of the Household Natural Gas Network (Jargas) in Depok City, Bogor Regency, and Bekasi Regency, with a total target of approximately 459,490 household connections (SR). This assignment follows a previous project in which Lemtek UI prepared the Feasibility Study (FS), FEED, and Cost Estimate (RAB) for 115,264 SR. Both projects are part of the national strategy to *reduce the LPG 3-kg subsidy burden—currently around IDR 87 trillion per year—*and to support the national transition toward a safer, more efficient, and environmentally responsible natural gas distribution system.
This FEED–DEDC work is led by Prof. Dr. Ir. Asep Handaya Saputra, M.Eng., and supported by Professors and Lecturers from the Faculty of Engineering, Universitas Indonesia, with expertise in Chemical, Mechanical, Civil, Metallurgical, and Geodetic Engineering. The expert team includes distinguished academics such as Prof. Sutrasno Kartohardjono as Lead Expert for Process and Gas Distribution, Prof. Engkos A. Kosasih for Mechanical Systems, Prof. Rokhmatuloh for Geodesy and GIS, and Prof. Abdul Wahid and Prof. Slamet for Pipeline Engineering. In its implementation, Lemtek UI conducts several strategic stages including secondary data collection, technical field surveys, Real Demand Surveys (RDS), building identification surveys, and topographic surveys to ensure that all gas network designs comply with technical, operational, and occupational safety (K3L) standards.
As an essential part of the design preparation process, the Lemtek UI team also carries out intensive coordination with multiple stakeholders at both the national and regional levels, including the Ministry of Energy and Mineral Resources, local governments of Depok City, Bogor Regency, and Bekasi Regency, as well as the State Gas Company (PGN) as the existing network operator. Coordination activities include technical meetings, on-site discussions, and public outreach sessions with sub-district authorities and community representatives in the planned project areas, such as Cileungsi, Gunung Putri, Citeureup, Cibitung, Tambun Selatan, Tambun Utara, Cimanggis, Sukmajaya, and Tapos. In addition, Lemtek UI also organized training sessions for field surveyors prior to the commencement of official survey operations, ensuring accuracy and safety throughout the technical data collection process.
Supported by academic research and the application of comprehensive engineering principles, Lemtek UI develops Jargas technical designs that meet safety and technical specifications as stipulated in the Directorate of Oil and Gas Infrastructure Planning and Development (Kepdir ESDM) standards. Each design is formulated based on scientific justification, integrating aspects of engineering reliability, operational integrity, and safety assurance, ensuring its safe implementation within residential environments. The involvement of Lemtek UI in this project reinforces the institution’s academic and technical capacity to support national energy policy through the development of safe, efficient infrastructure planning that contributes to state budget savings and strengthens national energy independence.
This FEED–DEDC work is led by Prof. Dr. Ir. Asep Handaya Saputra, M.Eng., and supported by Professors and Lecturers from the Faculty of Engineering, Universitas Indonesia, with expertise in Chemical, Mechanical, Civil, Metallurgical, and Geodetic Engineering. The expert team includes distinguished academics such as Prof. Sutrasno Kartohardjono as Lead Expert for Process and Gas Distribution, Prof. Engkos A. Kosasih for Mechanical Systems, Prof. Rokhmatuloh for Geodesy and GIS, and Prof. Abdul Wahid and Prof. Slamet for Pipeline Engineering. In its implementation, Lemtek UI conducts several strategic stages including secondary data collection, technical field surveys, Real Demand Surveys (RDS), building identification surveys, and topographic surveys to ensure that all gas network designs comply with technical, operational, and occupational safety (K3L) standards.
As an essential part of the design preparation process, the Lemtek UI team also carries out intensive coordination with multiple stakeholders at both the national and regional levels, including the Ministry of Energy and Mineral Resources, local governments of Depok City, Bogor Regency, and Bekasi Regency, as well as the State Gas Company (PGN) as the existing network operator. Coordination activities include technical meetings, on-site discussions, and public outreach sessions with sub-district authorities and community representatives in the planned project areas, such as Cileungsi, Gunung Putri, Citeureup, Cibitung, Tambun Selatan, Tambun Utara, Cimanggis, Sukmajaya, and Tapos. In addition, Lemtek UI also organized training sessions for field surveyors prior to the commencement of official survey operations, ensuring accuracy and safety throughout the technical data collection process.
Supported by academic research and the application of comprehensive engineering principles, Lemtek UI develops Jargas technical designs that meet safety and technical specifications as stipulated in the Directorate of Oil and Gas Infrastructure Planning and Development (Kepdir ESDM) standards. Each design is formulated based on scientific justification, integrating aspects of engineering reliability, operational integrity, and safety assurance, ensuring its safe implementation within residential environments. The involvement of Lemtek UI in this project reinforces the institution’s academic and technical capacity to support national energy policy through the development of safe, efficient infrastructure planning that contributes to state budget savings and strengthens national energy independence.
Building Digital Resilience and Institutional Preparedness at the University of Indonesia
Project Owner :
The University of Indonesia, through the Directorate of Digital Transformation, has appointed the Institute for Technology at the University of Indonesia (Lemtek UI) to develop an Information Technology Business Continuity Plan (BCP) as a strategic initiative toward becoming a world-class university. This BCP serves as a systemic foundation to ensure the continuity of the university’s digital services, maintaining functionality even in the face of major disruptions caused by natural disasters, cyberattacks, or infrastructure failures. Through an approach based on Business Impact Analysis, Risk Assessment, and ISO 22301 standards, this project strengthens IT governance as one of the key pillars of a World Class University.
Lemtek UI developed the BCP and Disaster Recovery Plan (DRP) documents contextually, tailored to the complexity of the University of Indonesia’s IT systems. Through training and socialization activities, this project not only builds technical readiness but also fosters awareness and collective responsibility among the academic community in managing risks. This approach reflects the development of organizational resilience—the institution’s adaptive capacity to withstand and recover from disruptions without compromising the quality of academic and administrative services.
With the completion of the Information Technology BCP, the University of Indonesia reaffirms its commitment to digital resilience and modern governance as part of its transformation toward becoming a world-class university. Lemtek UI ensures that the university’s technology systems are not only robust in infrastructure but also institutionally strong, setting a model for higher education institutions’ preparedness in an increasingly uncertain digital era.
Lemtek UI developed the BCP and Disaster Recovery Plan (DRP) documents contextually, tailored to the complexity of the University of Indonesia’s IT systems. Through training and socialization activities, this project not only builds technical readiness but also fosters awareness and collective responsibility among the academic community in managing risks. This approach reflects the development of organizational resilience—the institution’s adaptive capacity to withstand and recover from disruptions without compromising the quality of academic and administrative services.
With the completion of the Information Technology BCP, the University of Indonesia reaffirms its commitment to digital resilience and modern governance as part of its transformation toward becoming a world-class university. Lemtek UI ensures that the university’s technology systems are not only robust in infrastructure but also institutionally strong, setting a model for higher education institutions’ preparedness in an increasingly uncertain digital era.
Structural Analysis Study for Hydraulic Workover Unit (HWU) Activities
Project Owner :
PT Pertamina Hulu Energy Offshore North West Java (PT. PHE ONWJ)
Consultancy Services for the Feasibility Study of the Fuel Terminal Development Project in West Sumatra
Project Owner :
PT. Permania Patra Niaga
Swakelola Study (Review and Evaluation) on Surge Phenomenon in the Firewater System of Anoa FPSO and Gajah Baru
Project Owner :
Premier Oil Nusantara Sea B.V. (Harbour Energy)
Failure Analysis and Risk Assessment Study for Static Equipment
Project Owner :
PT. Petra hulu Energi OSES (PT. PHE OSES)
HSE Corridor GHG Emission Calculation & Reporting Support Serives
Project Owner :
Medco E&P Grissik Ltd
Swakelola Type II Consultancy for Supporting Study on Regional Regulation Establishing the Regional Energy-Owned Enterprise (BUMD Energi) and Initial Capital Participation
Project Owner :
Regional-Owned Enterprise Development Agency of DKI Jakarta Province (BP BUMD)
Conceptual Study on Gas Flare Utilization at Cinta and Krisna Platforms, PT PHE OSES
Project Owner :
PT. Pertamina Hulu Energi OSES (PT. PHE OSES)