Audy Violina Mulya Agusti is a civil engineer based in Jakarta. Audy has focus in structural engineering, but it has not covered possibilities that she also has capability in project management, transportation planner, and geotechnical engineering. She is also very keen in Building InformationModelling and Sustainability Construction.
BACHELOR DEGREE OF ENGINEERING
August 2019-May 2023
Contact Me: Jakarta
linkedin.com/in/audyviolinamulyaagusti
violinaaudy@gmail.com
(+62) 81334973014
Audy is a very likeable person and pleasure to work with. She has a great dedication in her work. During her college, She actived in several organization as the coordinator of division which challenged her to manage her team to finish their projects. She likes to think of herself as both a good leader and follower. She approachs each situation differently, and responds to what it needs from her. She enjoys leading projects that relate to her strengths, but also happy to follow the lead of others who may be a better fit. Still, she has so much to learn. She believes that her knowledge and skills will greatly improve by the time.
Audy values are Integrity, Responsibility, and Lifelong Learning. She likes new challenges, especially when it comes to problem solving. She enjoys her time to learn software of civil engineering by autodidact
Civil Engineering
GPA 3,92/4,00
Undergraduate Thesis:
Design of a 12-Story Reinforced Concrete Building in a Strong Earthquake Zone
Awards:
1. The Best Aacademic Achievement Student
2020-2022
2. 2nd Winner on National Poster Competition
Civil Fest Universitas Jambi 2021
3. Awardee of Karya Salemba Empat Scholarship
2021-2022
SEPTEMBER 2021 - SEPTEMBER 2022
Role: Coordinator of Rumah Anak Cerdas Division
Responsibilites:
Provided facilities for tutors.
Provided study room for 3rd class of high school students to help their preparation to join UTBK.
Activities:
Became delegate from UNAND to join Technology For Indonesia that brought Ecobrick Idea to Implemented it to Sumur Boto’s citizen in Semarang.
Became Treasurer & Secretary of Socialization Karya
Salemba Empat Scholarship in UNAND.
Gerakan Donor Darah Committee
FEBRUARY 2021- NOVEMBER 2021
Role: Secretary & Treasurer of Academic Division
Responsibilites:
Correspondenced;
Had responsible for organizing academic division’s financial transactions.
Activities:
Held national webinar on International Water Day 2021
JANUARY 2021- DECEMBER 2021
Role: Coordinator of Multimedia Center Division
Responsibilites:
Coordinated the members of multimedia center division; Coordinated foristek social media by spreading information about Islam through graphic design.
Activities:
Created a mascot for the organization so it has its own identity, the mascot has name “Da Ris” as we can see on the right bottom.
Role: Lecturer & Laboratory Assistant
Responsibilites:
Taught students during practicum of concretes job mixing formula and major assignments of structural analysis;
Assessed student work by writing and proctoring exams;
Responsible as a laboratory assistant in the implementation of laboratory tests;
Helping lecturer experiments in laboratory;
Responsible to all material test project in laboratory from other companies.
Role: Student Internship
Responsibilites:
Observed the construction to found out the technical method besides study the theory in college;
Consulted with managers and staffs in the project regarding to method and management of construction projects;
Created as build drawing of Toilet using AutoCAD;
Created 3D-Structure of the Building using Sketchup Pro.
Role: Civil Engineer
Responsibilites:
To produce project plans, including structure analysis, shop drawing, bill of quantity, and created them into reports;
To support project management commissions;
To liase with the project stakeholders;
To monitor project progress, including preparation of progress reports.
Software: ETABS
Modelling & Analysis the structure with ETABS
Software: SketchUp
Modelling the structure with SketchUp based on data from analysis structure
Software: SketchUp & Lumion
Modelling with Sketchup then rendering with Lumion
The history of earthquakes in Indonesia shows that several earthquakes that occur cause considerable damage, for example Padang Earthquake in 2009, Palu Earthquake in 2018, and Cianjur Earthquake in 2022. These earthquakes caused thousands of casualties, buildings and infrastructure collapsed, losses of trillions rupiah for rehabilitation and reconstruction. So, that's why it's really important to design the building that can withstand during earthquake.
SNI 1726:2019 ; SNI 2847:2019 ; SNI 1727:2020
Structure Analysis, Design of Upper Structure and Foundation, and Bill of Quantity. The total amount is about 44 Billion IDR.
Software: Revit
Created 3D Structure with Revit
Software: Revit
Created 3D Architecture with Revit
Software: Revit
Created Reinforcement Detail
Software: Revit
Created Section Portal with Revit
Software: AutoCAD
Created Plumbing Plan with AutoCAD
Software: AutoCAD
Created Electrical Plan with AutoCAD
Software: AutoCAD
Created Layout with AutoCAD
Software: AutoCAD
Created View with AutoCAD
Software: AutoCAD
Created Roof Plan with AutoCAD
Software: AutoCAD
Created Portal Section with AutoCAD
Software: SketchUp
Created 3D Architecture with SketchUP
Software: MS.Excel
Calculated BOQ with MS.Excel
Software: SAP2000
Internal Forces Diagram from SAP2000
Software: SAP2000
Checked on Steel Ratios from SAP2000
Software: SAP2000
Modelling & Analysing the structure with SAP 2000 Regulation
SNI 1729:2020
Software: MS. Excel & AutoCAD
Calculated Bolt Connection Required with MS.Excel
then created shop drawing with AutoCAD
Software: SAP2000
Modelling & Analysing the structure with SAP 2000 Regulation
SNI 1729:2020 ;
SNI 1726:2019 ; SNI 1727:2020
Software: SAP2000
Internal Forces Diagram from SAP2000
Software: SAP2000
Checked on Steel Ratios from SAP2000
Software: SAP2000
Created Report of Structure Analysis result from SAP2000
WAREHOUSE DESIGN
Software: Revit
Modelling the structure with Revit
Software: Revit Steel Connection
Software: Revit Steel Connection TOWER
Software: Revit Base Plate Design
Software: Tekla Structures
Modelling the structure with Tekla Structures Regulation
Software: Tekla Structures
Base Plate Design
SNI 1729:2020 ;
SNI 1726:2019 ; SNI 1727:2020
Software: Tekla Structures Steel Connection
Software: Tekla Structures Steel Connection
Software: SAP2000
Modelling & Analysing the structure with SAP 2000 Regulation
SNI 1725:2016 ; SNI 2833:2016
Software: SAP2000
Internal Forces Diagram from SAP2000
Software: SAP2000
Checked on Steel Ratios from SAP2000
Software: SAP2000
Created Report of Structure Analysis result from SAP2000
Software: AutoCAD
Created WBS,CBS, and OBS WBS,CBS, OBS
Software: MS.Excel & AutoCAD
Created NPT,CPM, and PDM NPT,CPM, PDM
Software: MS. Excel & MS.Project
Created TSM, S-CURVE, and GANTT CHART
TSM, S-CURVE, GANTT CHART
Software: PTV Vissim
Modelling and analysis with PTV Vissim
Software: AutoCAD
Modelling trace with AutoCAD
Software: PTV Vissim Input traffic volume into PTV Vissim
Software: PTV Vissim Traffic simulation with PTV Vissim
Software: AutoCAD Created curve with AutoCAD
Software: AutoCAD
Calculated & Created Road Excavation
Software: Revit & Robot Structural Analysis
Modelling & Analysing the structure
Software: Robot Structural Analysis
Modelling with Revit then IO the model to RSA for structure analysis
Software: Robot Structural Analysis
RSA will automatically design structure elements
Regulation
SNI 1726:2019 ; SNI 2847:2019 ; SNI 1727:2020
Software: Revit IO the structural design from RSA to Revit