Firmansyah Achmad

I am a graduate of Petroleum Engineering from TRISAKTI UNIVERSITY, achieving a GPA of 3.83/4.00. During my academic journey, I completed a student internship at PT. Rock Flow Dynamics in the reservoir division. My hands-on experience includes dynamic modeling for the Deras field and conducting WO/WI studies for the Fajar, Kokoh, and Sihangat fields at BATM Trisakti. Additionally, I contributed to an idle well inventory project at Asset 1 Jambi.

My career aspiration is to further develop my expertise in Petroleum Engineering, with a particular focus on Reservoir, Production, and Drilling fields. I am proficient at working both independently and as part of a team. I am passionate about learning new skills and tackling challenges. My personality traits include being active, communicative, persistent, and disciplined.

I am currently seeking job opportunities where I can apply my knowledge and experience in Petroleum Engineering.

Petroleum Engineer –Inventorisation of Idle Well Project March 2023-March 2024 

• Evaluate reservoir and production through data dynamics with Earth Scientist of 388 Idle Wells on Jambi Field • Make 31 Work Over and 357 Well Service recommendation programs on Jambi Field • Make a database and priority level of 388 idle wells recommendation on Jambi Field • With total expected oil gain up to 2837 BOPD and 10 MMSCFD from 388 Idle Wells on Jambi Field

Junior Petroleum Engineer – WO/WI Project September 2022 – March-2023 

• Calculate Q (rate) Vertical Well after job recommendation using Darcy’s Equation with average increment oil gain 108 BOPD/well 
• Analyze every problem and the solution from 1 vertical well that occurs in high gas issue and high temperature reservoir on Fajar Field. 
• Analyze every problem and the solution from 1 directional well that occurs in high gas issue, high temperature and no log data reading reservoir on Fajar Field. 
• Analyze every problem from 1 directional well that occurs in reservoir on Kokoh Field. 
• Analyze every problem and the solution from 1 vertical well that occurs in high gas issue and gas lock problem reservoir on Sihangat Field. 
• Generate 6 Work Programs (rig procedure, pump setting depth, data support, tools). 
• Supporting data dynamics (production data) for work over and well intervention study in Fajar, Kokoh and Sihangat Field. 
• Evaluate well completion and perforation history through marker data with Earth Scientist. 
• Evaluate reservoir and production through data dynamics with Earth Scientist. 
• Historical matching from production data, well-test data, completion history, and work over job history. 
• Justify the root causes that reduce the Vertical Wells’ production performance. 
• Determine the most possible recommendation to solve the problem from every vertical well in Fajar, Kokoh and Sihangat Field. 
• Conduct Chan Analysis to define channeling or coning that happens in Fajar, Kokoh and Sihangat Wells. 
• Justify the root causes that reduce the Horizontal Wells’ production performance on Petapahan Field. • Determine the most possible recommendation to solve the problem from every horizontal well on Petapahan Field. 
• Identify the injector impact that impacted the horizontal well using the Trail List method on Petapahan Field.

Junior Petroleum Engineer – Deras Project September 2022 – January-2023 

• Dynamic modeling and History matching on Deras Field using T-nav software 

• Forecast re-opening and Infill well scenario on Deras field with THP and gas control

Universitas Trisakti West Jakarta, Indonesia Bachelor’s Degree in Petroleum Engineering with 3.83/4.00 GPA (2018-2022)