Farhan Dwi Hermansyah Email & Phone Number

Surabaya, Id

Sumbawa Barat, West Nusa Tenggara, Indonesia

• Installation and Maintenance Projects: Led and supported various installation and maintenance projects, including pipe replacements, genset installations, and bridge upgrades. Responsibilities included design development, procurement coordination, safety inspections, and field activities coordination.• Construction Phase of Combined Cycle Power Plant (CCPP): Contributed to the construction and commissioning of a CCPP by developing SAP systems, reviewing project documentation, and conducting quality control processes.• Performance Analysis and Optimization: Conducted performance calculations, developed testing procedures, and created simulations to optimize gas turbine and combined cycle plant operations, as well as forecast fuel consumption for efficiency improvements.• Engineering Analysis and Root Cause Investigations: Conducted comprehensive root cause analyses using the Why-Tree Method, gathering evidence, calculating losses, and determining risk rankings for equipment failures such as forced draft fan trips, fuel leakage, and coal feeder belt cracks, leading to more informed maintenance strategies.

- Calculated emission reductions for the biodiesel substitution program, resulting in a reduction of 371.84 tons of CO2 equivalent emissions annually.- Analyzed the impact of solar flood lights at the Onshore Production Facility, leading to emission reductions of 166.33 tons of CO2 equivalent per year.- Assessed the efficacy of the fugitive emission monitoring and reduction program, achieving a reduction of 734.29 tons of CO2 equivalent emissions annually.- Utilized financial calculations including net present value (NPV), internal rate of return (IRR), and payback period on each program.

- Conducted on-site visits to both offshore and onshore platforms to gather essential data for comprehensive energy audits.- Crafted informative graphs depicting the company's production and consumption trends spanning the years 2017 to 2022.- Calculated energy intensity metrics and compared them against the standards outlined in Regulation of the Directorate General of Pollution Control and Environmental Damage (Number P.14/PPKL/SET/KUM.1/9/2020).- Employed cumulative summing techniques (CUSUM) alongside production data to establish baselines and dynamic monitoring charts, enabling comprehensive analysis of production outcomes.

Successfully contributed in 4 renewable energy projects, showcasing my adeptness in innovative solutions. These projects included implementing water turbines on ponton catamarans, developing an electric chips dryer powered by photovoltaic systems, conducting an Experimental Study of Vertical Span Hydrokinetic Turbine with Tailing Configuration, and establishing a system for converting food waste into biogas. These endeavors not only amplified my learning but also made significant contributions to addressing societal needs and environmental challenges.

- Mentored a group of 4-5 first-year students in a hands-on thermodynamic practicum focused on Heating, Ventilating, and Air Conditioning (HVAC) concepts. Facilitated improved comprehension of HVAC principles, enhancing their learning journey.- Innovated a novel practicum centered around fluid mechanics, integrating water turbines in flume tanks. The result: a 100% prototype success rate, demonstrating the efficacy of this teaching approach.- Enhanced my knowledge of thermodynamics and renewable energy through consistent weekly sessions of 1-2 hours each, collaborating with fellow laboratory assistants.

- Developed comprehensive standard operating procedures to enhance organizational efficiency and effectiveness.- Led and managed a dynamic team of over 20 members across 4 divisions (external, internal, project, and laboratory) to collectively attain laboratory objectives.- Conducted 5 engaging recreational activities to foster strong intermember relationships and a positive work environment.- Successfully spearheaded the Web Seminar INNERGY 2021 event, drawing an attendance of 100+ participants.- Accomplished a remarkable 73% of the laboratory's set goals, including optimizing the laboratory's role to facilitate impactful initiatives and beneficial actions.

- Gathered weather data (temperature, solar radiation, wind speed, relative humidity) and essential environmental factors (pond area, depth, flow rate, correction factors) to drive accurate production simulations.- Analyzed pump efficiency (9 samples) in energy consumption evaluation, identifying underperforming pumps or those operating below 80%.- Conducted MATLAB simulations for salt production and mass balance, utilizing salt evaporation references and 2019-2021 data to visualize results through a Sankey chart.- Employed cumulative sum (CUSUM) technique with production data spanning 1990-2021 to establish baseline trends and dynamic monitoring charts for comprehensive production analysis.

- Conceptualized and launched over 5 innovative projects tailored to adapt to pandemic conditions and amplify the department's influence.- Coordinated a faculty delegation to an impressive runner-up position across multiple sports during the prestigious Dies Natalis ITS Cup 2021.- Employed strategic analysis methodologies including SWOT analysis and an effort-impact matrix to formulate a comprehensive document featuring actionable recommendations and solutions for departmental projects.- Delivered outstanding results, achieving a remarkable 90.2% of the Department's Key Performance Indicators (KPIs).

- Became Faculty Sports Olympics Coordinator, responsible for formulating game rules, creating technical guidelines, and overseeing event execution.- Garnered an impressive athlete satisfaction rate of 81.9% for the Faculty Sports Olympic games.- Conducted a strategic analysis, utilizing insights from 106 questionnaire responses to faculty-student, to delve into student extracurricular credit units, tuition fees, and online class dynamics.- Recognized as the Best Staff of the Month award in March 2020, among a group of 70+ dedicated staff members.

- Acquired extensive knowledge in various maintenance methodologies including Total Productive Maintenance (TPM), preventive, predictive, and corrective maintenance within the maintenance department.- Gained comprehensive insights into product manufacturing processes spanning from initial Feasibility Study, through Die and Weld Tooling Development, to Trial Production and eventual Mass Production within the Engineering Department.- Developed proficiency in evaluating die and welding equipment, validating finished products against design specifications, and assessing material characteristics within the quality assurance and quality engineering department.- Skillfully analyzed data for 30 spare parts across quality control documents, adeptly identifying faults and ensuring product verification.

Bachelor Of Engineering - Be, Engineering Physics/Applied Physics, 3.40/4.00

Activities and Societies: Energy Engineering and Environmental Conditioning Laboratory, BEM FTIRS ITS, and Soccer Club -The thesis.

Science

Activities and Societies: OSIS, Pecinta Alam Pinandhita 94, and Soccer Club