Muhammad Akbar Assyarbini

PORTFOLIO MUHAMMAD AKBAR ASSYARBINI [-] [ - ] MINING ENGINEERING [ @assyarbini_45 ] [ Muhammad Akbar Assyarbini ] ABOUT ME A recent graduate from the Mining Engineering study program at the University of Jember. I have an internship experience at PT Tunas Inti Abadi located in South Kalimantan, a coal company. During my internship, I was part of the engineering department that acted as wellsite on geotechnical drilling projects. There, I learned how to identify soil and rock types from core drilling results, recognize drill parts and types, and conduct field observations to inspect field conditions directly. I aspire to work in well site, geotechnical, geology, mine planning and exploration. I have expertise in understanding soil or rock mechanics characteristics, slope stability, risk mitigation, and slope monitoring. I also have a high interest in learning, able to adapt in a new environment, communicate well, have strong work motivation, and ready to be placed anywhere by the company. EDUCATION UNIVERSITY OF JEMBER MINING ENGINEERING- SKILLS Influence of Heavy Equipment Activity, Blasting, and Groundwater Pressure on Slope Stability of Coal Mines in East Kutai Regency, East Kalimantan This research explores how factors such as heavy equipment activity, blasting, and groundwater pressure affect slope stability in coal mining operations. Through field research methods and data analysis, results were obtained that were able to provide recommendations for improved operational techniques at the coal mine. PROJECT Final Assignment PROJECT Final Assignment Contribution This study provides important insights for the mining industry, particularly in efforts to prevent landslides and environmental damage. Provides workable solutions to minimize risks at mine sites. Research Methods Data collection using the company's secondary data. Data analysis using geotechnical modeling (Rocscience). Research Instruments Use of heavy equipment (High Dump) used to transport embankment (OB). Measurement of groundwater pressure with piezometer. Monitoring vibration due to blasting with seismometer. the MAIN Findings Heavy equipment activity has been shown to increase stress on slopes, increasing the likelihood of landslides. Blasting causes significant dislocation of soil layers, providing opportunities for soil collapse. High groundwater pressure reduces the shear strength of the soil, making the slope unstable. @reallygreatsite RECOMMENDATION Implementation of a real-time monitoring system for groundwater pressure and vibration. Reduction of blasting frequency and intensity. Reinforcement of slopes through soil stabilization techniques such as the use of geotextiles or soil ties. @reallygreatsite Practical Implementation The results of this research have been tested at several mine sites with positive results. The new method was applied in mine planning and design to improve safety and operational efficiency. FINAL ASSIGNMENT Muhammad Akbar Assyarbini Reference 1. Kolapo, P., Oniyide, G. O., Said, K. O., Lawal, A. I., Onifade, M., & Munemo, P. (2022). An Overview of Slope Failure in Mining Operations. Mining 2. Ahangari Nanehkaran, Y., Pusatli, T., Chengyong, J., Chen, J., Cemiloglu, A., Azarafza, M., & Derakhshani, R. (2022). Application of Machine Learning Techniques for the Estimation of the Safety Factor in Slope Stability Analysis. Water (Switzerland) 3. Simataa, E. (2019). Investigating Slope Stability in an Open Pit Mine – A Case Study of the Phyllites Western Wall at Sentinel Pit. 121 p. Actual slope before loading ATTACHMENT Actual slope after inputting into Software Slide V6.0 ATTACHMENT CORRELATION OF CALCULATION METHOD TO SAFETY OF FACTOR VALUE CORRELATION OF LOADING TO SAFETY FACTOR VALUE Muhammad Akbar Assyarbini LET’S WORK TOGETHER [ -] [ - ] [ @assyarbini_45 ] Humans are born with ignorance, so learning and continuing to develop ourselves is the main solution to becoming a knowledgeable human being.