Background : Stacker-01 is located in the original stockpile at KPC’s Tanjung Bara Coal Terminal. Coal is delivered from the mine via the OLC and can be fed proportionately to either the stacker or direct to out-loading. A number of years ago, the stacking flow rate was increased to 4200tph (4500tph surge) through belt speed increases. Modifications were done to the Stacker-01 tripper to boom transfer with the intention of accommodating the increased speed and flow rate. However, no knowledge of the mechanisms for blockage and high-wear areas on the receiving belt were known.Job :- Modeled the coal flow through a 4200 TPH max. capacity stacker central chute at Tanjung Bara Coal Terminal using the Discrete Element Method. - Analyzed the potential problems such as high wear, chute blockage, improper material centering, and material spillage at 0 & 45 degrees slewing angle maximum luffing angle.Output :- Determined the updated maximum allowable TPH before surge.- Determined the fine coal accumulation areas on the transfer chute.- Determined the areas with high wear potential at the chute (if not properly lined with ceramics).- Explained the cause, mechanism, as well as the area of the high wear on the receiving belt.

Background : Kapol Peundeuy Project is a community development pilot project initiated by Simpang Village representatives in collaboration with Yayasan Solidarity Forever and Himpunan Mahasiswa Mesin ITB. This project aims to solve the economic problem of Simpang villagers by providing them with the necessary technology to leverage their agricultural products. The team designs and manufactures one amomum drying machine and one distillation machine. This project is valued at 70,000,000.00 IDR.Job :- Proposed several laboratory tests to PT. Sinkona Indonesia Lestari (a PT. Kimia Farma Tbk. subsidiary).- Managed the testing schedule and coordinated with our supervisor ( Former President Director of PT. Sinkona Indonesia Lestari, Mrs. Ida Rahmi K.)- Recorded the process and the data result of the ammomum distillation test at Sinkona Research Center.- Devised a manual book for both the drying and distilling machine.Output : - A joint laboratory test for ammomum in collaboration with PT. Sinkona Indonesia Lestari, under the direct supervision of the President Director of PT. SIL.- 2 Manual books (ammomum dryer & amomum distilling machine).

Background : Entrepreneurship Division, also previously known as Technopreneur Division, is one of the three division in Profession Department BP HMM ITB 2021/2022. The main objective is to help the HMM ITB members preparing their entrepreneurial knowledge and skills. This division worked on various projects such as providing entrepreneurial courses, money management small class, start-up visits, and many more.Job :- Led a team of 5 members to organize two alumni entrepreneur online sharing sessions during the COVID-19 outbreak. In the first session, we invited the co-founder & CEO of Hardtmann Mekatroniske, which is an automation equipment design and manufacture company. In the second session, we invited the founder & CEO of Baran Energy, which is an Indonesian pioneer in battery pack. Achievement : - We succeeded to reach 60 members participation, an increase of 10 percent from the previous year.

Job : - Conveyed information related to the October Graduation Parade of HMM ITB 2021 to the Mechanical Engineering Graduates ITB.

Techno-preneur Division is one of the three division in Profession Department BP HMM ITB 2020/2021.

1. Assisted Mechanical Engineering students taking Statics of Structure course during lectures and problem discussions in the class. As well as helped them to better understand statics concepts and solve problem sets.2. Prepared solutions for the quizzes and assignments.3. Corrected 5 quizzes & assignments for 57 students from the Class V of M.E. Students Batch 2022 enrolled in MS1210 Statics.

Background: Needle-Syringes act as an intermediary channel during the process of injecting drugs into the patient's body. According to the standard medical procedures and operations, syringes should ideally only be used once, as to prevent the unknowing spread of substances or body fluids from one person to another, which can endanger medical personnel, patients, or all parties involved in the needle and syringe waste processing chain.During the COVID-19 pandemic, the demand for vaccination syringes increased exponentially. Mechanical Engineering ITB challenged us in the 1-year Mechanical Engineering-Biomedical Engineering Collaborative Course to design and assemble our own high capacity needle-destroyer. Project worth IDR 5 million.Job:- Proposed a fundamental problem and set the ultimate goal for the team (To build a needle destroyer with a maximum capacity of 900 needles per hour for a maximum budget of 5 million IDR in 12 months).- Divided up the work and sets the weekly goal for each of the 6 teammates.- Coordinated with the team to arrange shop visits, purchases, collaborative work sessions, as well as the weekly meeting.- Reached out to the demotivated or ill teammates and temporarily took over their duty (in emergency situations).- Monitor, evaluate, and sometimes revise the weekly progress of the team.Output:- Needle Destroyer Device (Document attached).- Needle Destroyer Manual Book- Needle Destroyer PosterAchievement:- Honorable Mention in the Exhibition

TPS3R DESIGN REVIEW PROJECT1. The objective is to review the machinery specification, design, and layout to convert the 15 TPS in the Province into TPS3R. Waste management efficiency and sustainability aspect are of utmost importance. The team comprised about 50 members from wide-ranging backgrounds, including mechanical engineering, architectural engineering, civil engineering, electrical engineering, environmental engineering, & business management. 2. I was responsible for the review design of wind shifters across the largest 3 out of 15 waste sorting plants in the Province.3. I conducted research on the technical aspects (mechanical, electrical, and layout), ease of maintenance, performance, durability, efficiency, and spare parts availability. As well as the market availability, vendor readiness, and pricing. 4. I worked with various sales representatives from China and Indonesia to provide the best alternative to the team.5. I collaborated with the team to provide detailed engineering reports on the suitable wind shifter alternatives for each waste sorting plant.

Wikilead.id is a non profit organization that is trying to improve Indonesian's literacy rate by providing easier access to books, journals, and other literature sources in bahasa.

Background : Q-talks was a non-profit independent community with the objective to inspire and share knowledges. Job : - Backend

Committed to Mechanical Engineering Stuff