Curriculum Vitae
Mohammad Yazdi Rachim
D-IV Graduate in Energy Conversion Engineering Technology from LNG Academy (a collaboration between Politeknik Negeri Jakarta and PT Badak NGL), specializing in Mechanical Rotating. Equipped with internship experience at the Technical Department of PT Badak NGL and capable in engineering software including Autodesk products, SolidWorks, and other utility software such as Microsoft Office and Adobe.
Januari 2025
POLITEKNIK NEGERI JAKARTA
D4 • Teknik Mesin • IPK 3.95
April 2024 - Januari 2025
Intern - Civil Craft, Project Management Team (PMT)
PT Badak NGL • Magang
● Foundation, Building and Non-Building Structural Tagging for preliminary assessment.
● 3D Structure Modeling of Train F including Pressure Vessel, Heat Exchanger, and Structure with their Foundation as a part of Train F Assets Management
● Participated in the selection process of static equipment foundation to be evaluated using the Equipment Criticality Ranking (ECR) method for assessment.
● Compliance Data Recapitulation for SKK Migas in Preparation for the Assessment and Procurement Stage of Train F Reactivation
● Mapping of Underground Composite in Train F and Recapitulation of Existing PT Badak Crane Data to determine appropriate crane placement during the Train F Reactivation
Media
Februari 2024
Basic Fire Fighting Course
PT Badak NGL • No. 003/ CERT/B/BG 31/2024 321.01
Participated in confined space and firefighting practical exercises, demonstrating adherence to Safety, Health, Environment, and Quality (SHEQ) principles.
Media
Agustus 2023
1st Winner of Mechanical Design Competition VIII
Gadjah Mada University Mechanical Engineering Student Association • -
Barokah Olweys team get the 1st place in Mechanical Design Competition on March 2023. This event held as a part of UGM Mechanical Engineering anniversary. MEDCOM VIII has several steps that are Problem sheet release and submission, Semi-final, and final stage that held in Mechanical Engineering faculty, Universitas Gadjah Mada Yogyakarta at 18-19 March 2023. Throughout the steps, I was specifically responsible for designing a 3D model of the heat exchanger and running stress analysis simulations to ensure the structural integrity of the equipment.