Erwin Sutiono Email & Phone Number

Jakarta, Indonesia

Jakarta Metropolitan Area

Antler is a global early-stage VC enabling and investing in the world's most exceptional people. With offices across most major startup hubs globally, Antler is passionate about supporting exceptional people to fundamentally improve the world. Part of Antler's ID7 Cohort

Jakarta, Indonesia

• Lead a multidisciplinary team in engineering, software development, and design to spearhead a cutting-edge cooking robot project, showcasing innovative products.
• Oversee the entire product development lifecycle, from system design and prototyping to the successful launch of the cooking robot system.
• Conceptualize and prototype cost-effective and efficient exoskeletons for warehouse applications, aimed at reducing labor-related injuries.
• Design of an in-house Automated Guided Vehicle (AGV) project tailored for factory optimization

Emeryville, CA

• Spearheaded quality assurance efforts and led mechanical engineering initiatives for the FDA Class 2 medical device project, "Phoenix Medical Exoskeleton," enabling individuals with Spinal Cord Injuries to regain.
• Successfully navigated FDA and CE certification processes for the Phoenix Medical Exoskeleton Device.
• Developed comprehensive Product Requirements Documents, conducted risk analyses, and facilitated usability testing to ensure the successful delivery of the product.
• Demonstrated adaptability in leading remote, cross-functional teams from Indonesia, ensuring seamless product delivery and troubleshooting.
• Enhanced the design of Phoenix knees, drastically reducing users' learning curve from 20 sessions to just 2 sessions.
• Explored and validated cost-effective off-the-shelf components, resulting in a significant reduction of part costs per device by over 20%.

Emeryville

• Designed (SOLIDWORKS) and machined mechanical test fixtures of various PHOENIX exoskeleton parts
• Programmed motor trajectory and torque control system using MBED microcontroller
• Conduct data collection (Teraterm), data processing (MATLAB), and root failure analysis
• Designed improvements for PHOENIX exoskeleton and FEA in SOLIDWORKSSkills:Rapid Prototyping (Machining and 3D printing)SolidworksC++MATLABFEA

Berkeley, CA

• Assisted in initial product development and prototyping of an autonomous cooking robot
• Designed and integration of the electrical systemSkills:ArduinoElectrical debuggingOpenCVSolidWORKS

Alameda, CA

• Designed and fabricated functional testing machines for prototype testing and characterization
• Created a demonstration setup to show the strength of our prototype compared to competitor's
• Performed a preliminary finite element analysis of prototype on COMSOL
• Created renderings of prototype on SolidWorks
• Performed quantitative tests for relevant properties of prototype
• Wrote formalized reports for test result documentations and updates for senior researcher

Engineering Student Services

• Assisted students of various engineering majors in their classes: MATLAB (E7), Calculus and Multivariable Calculus, AutoCAD design (E 25), and Dynamics (ME 104).
• Advised Mechanical Engineering students on clubs, classes, and relevant projects.

• Developing a patient-specific stroke diagnostic software through use of CT imaging for 3D arterial simulation of the human vasculature
• Tested and adapted various image processing techniques that had been published
• Analyzed patient CT scans to extract brain vessel geometries (Circle of Willis) in 1D using MATLAB and explored the possibility of 3D analysis with SimVascular
• Analyzing parameters that can be used as a standard for reorientation of patient CT scans using 3D SlicerSkills:
• MATLAB
• SimVascular

San Leandro

• Assisted in repair and maintainance of 3D printing hardwares (ROSTOCK Max V1 and V2)
• Reviewed incoming design submissions to optimize for manufacturing

• Taught different classes of mathematics to people with various mathematics background: Algebra, Pre-calculus, Calculus.
• Applied effective teaching skills such as asking questions, and teaching multiple methods to solve a problem.
• Helped a student raise her grade from 60% to 85% by assisting her with study and in-classroom learning skills.

Master’S Degree, Mechanical Engineering, 3.91

Master of Science degree with emphasis in biomechanics and design as part of the 5th year BS/MS program

Bachelor Of Science (Bsc), Mechanical Engineering, 3.91

Activities and Societies: Tau Beta Pi, 4Corners, Engineering Student Council, Berkeley Indonesian Student Association

3.93

Activities and Societies: Member of Phi Theta Kappa Honor Society Member of Engineering Technology Club

High School, Science

Activities and Societies: Programming and Math tutor for students attending National Science Olympiad