Curriculum Vitae
Vierari Indi Safitri
I hold a Bachelor's degree in Civil Engineering from Yogyakarta State University, with a specialization in Geotechnical Engineering. Throughout my academic journey, I established a strong technical foundation in structural analysis, foundation design, Building Information Modeling (BIM), and Finite Element Analysis (FEA)—skills that enable data-informed decision-making grounded in real site conditions. My GPA of 3.49 reflects both academic consistency and a steadfast commitment to technical excellence. I am deeply passionate about infrastructure development, mineral exploration, the mining industry, and the oil and gas sector—particularly regarding their strategic role in advancing national infrastructure and energy security. I gained valuable industry exposure during an internship at PT Hutama Karya (Persero) on the Phase 3 Proving Ground BPLJSKB Project in Bekasi, where I contributed to the optimization of structural and foundation designs. Additionally, I have actively participated in national engineering competitions and engaged in student organizations to cultivate leadership, teamwork, and professional networking capabilities. My interest in the 2025 Magenta BUMN Program stems from its mission to foster resilient and forward-thinking state-owned enterprises. As an analytical, solution-driven, and sustainability-oriented individual, I am committed to contributing meaningfully to Indonesia’s long-term development through technical integrity and cross-sector collaboration.
Maret 2025
Universitas Negeri Yogyakarta
S1 • Teknik Sipil • IPK 3.49
Mei 2021
SMAN 3 CIBINONG
SMA/SMK • Ilmu Pengetahuan Alam (IPA) • Nilai rata-rata: 91.74
Februari 2024 - Juli 2024
Divisi Sipil Umum
PT Hutama Karya (Persero) • Magang
During my internship at PT Hutama Karya (Persero), I was directly involved in both the planning and execution phases of the Proving Ground Project in Bekasi—recognized as the largest international-scale vehicle testing infrastructure project in Southeast Asia. My primary contribution involved the redesign of foundation systems for five out of thirteen buildings, using engineering software such as AutoCAD, ETABS, and Plaxis. These buildings were distributed across six strategic operational zones to maximize test track efficiency. In addition, I played an integral role in infrastructure mapping, road map stationing development, and the processing and adjustment of test track coordinate points using AutoCAD and Microsoft Excel. I also contributed to the geometric design of test tracks, performance evaluation of Mini Pile foundations, on-site construction monitoring, and technical documentation of field activities. Furthermore, I collaborated closely with cross-functional teams, including engineers, drafters, and field workers, ensuring effective communication and alignment throughout the project workflow. These comprehensive experiences not only enhanced my technical proficiency but also strengthened my ability to collaborate professionally within dynamic and complex project environments. This involvement also shaped my character to be highly collaborative, disciplined, and adaptive to the implementation of appropriate and practical technologies.
Media
Januari 2023
UKM Rekayasa Teknologi Divisi Rancang Bangun
Divisi Rancang Bangun • 022//A.05/UKMRT/UNY/2024
As a staff member in the Water Resources Division (SDA) under the Design and Planning Department, I was responsible for expanding and sharing technical knowledge with fellow members. My role focused on preparing and delivering materials essential to hydrological and hydraulic engineering.
I facilitated learning sessions on various core topics, including matriculation guidelines, PowerPoint development, and TMTP SDA documentation. I presented modules on the introduction to hydraulic structures, regional rainfall analysis, competition Terms of Reference (ToR), frequency analysis, and rainfall distribution. Additionally, I covered effective rainfall and baseflow, PMP (Probable Maximum Precipitation), unit hydrograph concepts, and spillway discharge calculations.
This experience significantly enhanced my communication, instructional, and technical synthesis skills. It also deepened my understanding of real-world water resource applications, allowing me to contribute meaningfully to knowledge development within the division. By combining theory with practical tools, I helped foster a collaborative and technically informed environment among members.
Media
Oktober 2022
Peserta Lomba Poster Ilmiah Tingkat Nasional dalam Festival AKASIA 2022
Universitas Tanjungpura • 5583/UN22.7/KM.05.04/2022
I participated in the National Scientific Poster Competition at the AKASIA 2022 Festival, hosted by the Forestry Student Organization of Tanjungpura University. The competition carried the theme “Actualizing the Role and Innovation of Students in Supporting a Sustainable Forestry Sector.”
My poster presented an interdisciplinary perspective on sustainable forestry management, integrating environmental awareness with civil engineering approaches. The experience enhanced my skills in scientific communication, visual data representation, and environmental literacy. Competing at the national level also broadened my perspective on forestry issues and reinforced my commitment to contributing to sustainable development through innovative, student-led initiatives.