Andreas Raja Goklas Sitorus Email and Phone Number
Andreas is a graduate in naval architecture and marine intelligent robotics, now pursuing a PhD in engineering cybernetics. With a focus on reinforcement learning, multidisciplinary design optimization, and marine control systems, Andreas is particularly invested in simulation-based optimization and system stress testing. His earlier experience involved ship hull modeling and hydrodynamics analysis and included hands-on work in the development of a custom-built remotely operated vehicle (ROV) at Institut Teknologi Sepuluh Nopember (ITS). Later, his research expanded to discrete ballast configuration estimation to improve deployment processes for underwater vehicles. Driven by a passion for continuous learning, he has since broadened his expertise to complex system simulations, intelligent control, and optimization.Outside of academia, Andreas enjoys balancing technical pursuits with creative hobbies, including cooking, baking, portrait photography, and watching stand-up comedy. On weekends, he can often be found either gaming or staying active with fitness routines. Curious and engaging, Andreas thrives on connecting with diverse fields and staying up-to-date with the latest in AI and technology.
Ntnu Fakultet For Informasjonsteknologi Og Elektroteknikk
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Phd CandidateNtnu Fakultet For Informasjonsteknologi Og ElektroteknikkTrondheim, Trøndelag, No -
Phd CandidateNtnu Fakultet For Informasjonsteknologi Og Elektroteknikk Aug 2024 - PresentTrondheim, Trøndelag, NorwayAs part of the OptiStress Project, my PhD research concentrates on advancing simulation-based stress testing methodologies, including Adaptive Stress Testing (AST). The OptiStress Project is dedicated to developing efficient system optimization and stress testing methods, specifically targeting virtual prototyping for maritime systems and operations through "Co-simulation" method by SINTEF. My work aims to transition from using simple simulators that test parameter variations, such as position trajectories for sensor misdetection or collisions, to the effective use of complex system simulators. This approach allows for assessing emergent system behavior (be it desired or undesired) from the early stages of the design process through to implementation. The assessment could then be used to assure and/or optimize the design and performance of the system. -
3D Designer And Hull Analyst - Rov W101 ProjectInstitut Teknologi Sepuluh Nopember (Its) Nov 2021 - Jul 2022Surabaya, East Java, Indonesia• Design Remotely Operated Vehicle’s hull and body parts along with its full production plan• Analyze stability, speed-power prediction, seakeeping ability, wave-making ability, component management, and hull form development using the numerical and experimental method• Involved in the manufacturing and assembly process of ROV hull and its mechanical components -
Teaching AssistantInstitut Teknologi Sepuluh Nopember (Its) Mar 2021 - Jul 2022Surabaya, East Java, Indonesia• Teach courses in Ship Hydrodynamics, particularly Computational Fluid Dynamics.• Deliver lectures to three classes, each consist of approximately thirty students. One of the class came from another local university.• Participate in an ongoing research with my professor about "Analysis of COVID-19 spread in fast boat cabin using CFD". -
Ship Engineer InternPt Pal Indonesia (Persero) Sep 2021 - Dec 2021Surabaya, East Java, Indonesia• Work as an intern at Engineering Bureau, in Merchant Ship Division.• Assigned to design a Construction Profile Plan, Block Division Plan and Production Schedule Plan of a Frigate at Concept Design Phases. -
General ManagerBarunastra Its Roboboat Team Aug 2020 - Oct 2021Surabaya, East Java, Indonesia• Manage a robotic team that specializes in Autonomous Surface Vehicle (ASV) research and development.• Direct the team to be productive in the COVID-19 pandemic. Eventually led the team to win a national and international robotic competition in a very difficult situation.• Lead a team of thirty-three students from various majors that come from many places in Indonesia. -
Hull Design And AnalystBarunastra Its Roboboat Team Apr 2019 - Oct 2021Surabaya, East Java, Indonesia• Design the boat hull along with its hull production plan. In total, have designed 2 ASV, 1 electric remote-controlled boat and 2 fuel engine remote-controlled boats.• Develop a new design method that further increase ASV hull production shape accuracy.• Analyze both hydrostatic and hydrodynamic aspects of the hull, such as stability, speed-power prediction, seakeeping ability, wave-making capability, component management, and hull form development both numerically and experimentally.• Solve several problems such as hull stability, deck wetness, speed and manoeuvring problems with CFD analysis and prototype model testing on our two latest ASV.
Andreas Raja Goklas Sitorus Education Details
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Marine Robotics -
Mechatronics, Robotics, And Automation Engineering -
Sma Unggul Del
Frequently Asked Questions about Andreas Raja Goklas Sitorus
What company does Andreas Raja Goklas Sitorus work for?
Andreas Raja Goklas Sitorus works for Ntnu Fakultet For Informasjonsteknologi Og Elektroteknikk
What is Andreas Raja Goklas Sitorus's role at the current company?
Andreas Raja Goklas Sitorus's current role is PhD Candidate.
What schools did Andreas Raja Goklas Sitorus attend?
Andreas Raja Goklas Sitorus attended Norwegian University Of Science And Technology (Ntnu), Université De Toulon, Institut Teknologi Sepuluh Nopember (Its), Sma Unggul Del.
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