Dr. Hutomo Suryo Wasisto

1. Leading a research group "Optoelectromechanical Integrated Nanosystems for Sensing (OptoSense)" comprising PhD, Master and Bachelor students and cleanroom technicians 2. Writing project proposals, managing projects, and writing reports from Germany, EU, and Indonesia 3. Teaching "Integrated Circuits" 4. Building collaborations with international university and industry partners 5. Managing an interdisciplinary research center “Indonesian-German Center for Nano and Quantum Technologies (IG-Nano)”

1. Performed research and development of semiconductor (GaN) microLED array chips for optical sensors and lensless holographic microscope systems 2. Represented the company in the international industrial exhibitions (SPIE Photonics West 2017 and 2018, USA, Hannover Messe 2017, Germany)

1. Developed advanced Si MEMS devices (accelerometers, gravimetric sensors, and high-Q resonators) 2. Performed MEMS device design, numerical simulation (COMSOL), processing in cleanroom, and characterization 3. Assisted preparation of project proposals (NSF, DARPA, and NIH) and supervised graduate student

1. Performed design, cleanroom processing, and characterization of MEMS/NEMS for various sensors: nanoparticle, microtactile cantilever, humidity, and microforce sensors, as well as chip packaging and joining techniques 2. Managed collaboration between TU Braunschweig and partners (e.g., PTB, Fraunhofer IST and WKI, CiS Institut für Mikrosensorik und Photovoltaik GmbH, and TU Clausthal) 3. Supervised students and served as teaching assistant for lectures “Semiconductor Sensors” and “AVT”

1. Developed and produced various sensors based on MEMS/NEMS (nanoparticle, force, and tactile sensors) in cleanroom as well as their packaging and joining techniques (flip-chip, die attach, soldering, glue, and wire bonding) 2. Designed and simulated the proposed device structures with Finite Element Modelling (FEM) tools 3. Characterized MEMS/NEMS using different sensing methods (optical and electrical) 4. Developed portable electronic circuitries for control and automation (phase-locked loop)

1. Developed ultra-high voltage (UHV) integrated circuits (ICs) at Computational Micro-Electronics Lab: 800 V LDMOS devices 2. Simulated process and characteristics of CMOS and DMOS using TCAD tools (Synopsys Sentaurus and Taurus) 3. Created multiple reduced surface field (RESURF) technology and performed its thermal SOA investigations for UHV LDMOS 4. Solved urgent issues given by the industry partners (TSMC and Vanguard International Semiconductor (VIS) Corp., Taiwan)

1. Developed 3-D simulation methodology of HV devices, including 3-D process simulation, mesh strategy, and device simulations 2. Created CMOS platform and performed device calibration for some high-field devices especially 0.18 µm CMOS process technology (e.g., 32 V asymmetric LDNMOS) to further optimize device fabrications 3. Conducted research in high-field application TCAD tools

1. Assisted foreign language students (Taiwanese) to improve their English proficiency after classes at Foreign Language Department 2. Examined the assignments given by lecturers and helped the department with college events

1. Organized programs for promoting study in Germany, including language and living preparation 2. Contacted and built cooperation with institution partners to hold some cultural events, workshops, seminars, and courses

1. Prepared teaching materials, assisted lecturers to examine the student works for lectures “Industrial Management”, “Discrete Mathematics”, and “Fundamentals of Computer” at Electrical Engineering Department 2. Conducted research in the information technology (IT) fields

1. Conducted research on immersive visualization and communication center 2. Performed Chevron project development and execution process

1. Assisted students during practical works in several different laboratories at Electrical Engineering Department (electrical power engineering, digital systems, and advanced electronics). 2. Prepared for guidelines of laboratory measurement tools 3. Reviewed the student laboratory reports

Focus: Micro-/nanoelectromechanical systems (MEMS/NEMS) and semiconductor sensors PhD dissertation: Direct-reading personal airborne nanoparticle detector based on micromechanical silicon cantilever resonators Achievement: Summa Cum Laude and Walter Kertz PhD Study Award (Best PhD Dissertation)

Focus: Semiconductor engineering (microelectronics: CMOS and DMOS) Master thesis: 800V multiple RESURF LDMOS utilizing linear p-top rings Achievement: Outstanding scholar of semiconductor engineering industry R&D master degree

Focus: Computer and information system Bachelor thesis: Design and implementation of medical record security system based on smart card technology Achievement: Best Engineering Faculty graduate and Best Electrical Engineering (EE) Department graduate (age of 20 years old)