Kenrick T
Robotics Field Engineer @ Raise Robotics
About
I'm a systems-level engineer working at the seams where hardware meets operations and research meets the field. The right answer usually requires reasoning across mechanical, software, human, and commercial variables at once. That orientation took shape during graduate research at Carnegie Mellon, and it's carried through every project since.Today I'm Robotics Deployment Lead at Raise Robotics, leading deployment of autonomous systems from prototype into live industrial environments. The current industry is commercial construction, but the problems generalize: autonomous systems have to earn trust on someone's schedule, within their workflow, at their reliability bar, whether that's a jobsite or a factory floor.What I'm most interested in: where autonomy moves from demo to dependable, whatever industry it's in. Always open to conversations with others building at the edge of hardware and real operations.
United States
San Francisco
Management Consulting
Mechatronics, Strategic Partnerships, Management Consulting, Data Analysis, Social Listening, Technical Presentations, Requirements Analysis, Machine Learning, Artificial Intelligence (AI), Mobile Robotics, Curriculum Development, Manufacturing Engineering, Aircraft Maintenance, Regulatory Compliance, Computer Vision, Aerospace Engineering, System Integration Testing, Mechanical Product Design, Teaching, Materials Science
Experience
Robotics Deployment Lead
Raise Robotics
Area San Francisco Bay
Graduate Teachning Assistant - Computer Vision, ML&AI
Carnegie Mellon University
Pittsburgh, Pennsylvania, United States
Graduate Research Assistant - Construction Robotics
Carnegie Mellon University
Pittsburgh, Pennsylvania, United States
I led the development of a robust engineering process inspection and waypoints optimization pipeline tailored for a 3D concrete spray printing mobile manipulator, catering to complex collaborative manufacturing projects sponsored by industry partners. Additionally, I designed and implemented an adaptive control algorithm, resulting in a substantial 50% improvement in the spray printing process by leveraging simultaneous data processing from Micro-Epsilon laser scan sensor readings.
Assistant to Director, IISMA
Kementerian Pendidikan dan Kebudayaan (Ministry of Education and Culture Republic of Indonesia)
Head of Strategic Initiatives, PMO Kampus Merdeka
Kementerian Pendidikan dan Kebudayaan (Ministry of Education and Culture Republic of Indonesia)
Head of Communication Affairs, IISMA
Kementerian Pendidikan dan Kebudayaan (Ministry of Education and Culture Republic of Indonesia)
I was on the founding team of the Indonesian International Student Mobility Awards, a state-sponsored 1-semester undergraduate exchange scholarship program (2021 - 2022 beneficiaries: 2,150 students) I initiated academic partnerships and led external communications with 73 top universities from 38 different countries and 4 different continents. Established partnerships during my tenure including UCL, Penn, Yale, and Australia's Go8
Principal System Engineer
Gadjah Mada Aerospace Team
Blacksburg, Virginia, United States
I led a team of 10 engineers in becoming the 2nd winner of CanSat Competition 2020, a NASA-sponsored design-build-fly competition organized by American Astronautical Society. I supervised the entire development process of the delta wing glider can-sized satellite for climate observation purpose Apart from my leadership role, I carried out payload’s mechanical design, descent control plan, inter-division integration, and tests of the CanSat
Line Maintenance Intern
GMF AeroAsia
Bali Province, Indonesia
I conducted a case study project on Airbus A320’s possible fuel tank leak under Senior Aircraft Engineers’ supervision. I Explored the troubleshooting process flow through sites observations and literature reviews
Education
Carnegie Mellon University
Mechatronics, Robotics, and Automation Engineering
Universitas Gadjah Mada
Mechanical Engineering
Aalto University
5G - Telecommunications
2 Weeks intense program focusing on 5G latest development. The lectures were attended by top notch professors/ professionals with expertise in their field. To name few were Muriel Medard from MIT and Edward Oughton from Oxford University. Collaborating with Smart City Council, I analyzed Hameenlinna Smart District data problems and provided viable solutions as part of the final project
Singapore Management University
City/Urban, Community and Regional Planning
Fully funded summer exchange program at SMU. Courses taken: - COR-MGMT2207: Innovations for Asia’s Smart Cities (Grade A) - MGMT315: Global Megatrends: Opportunities and Challenges (Grade A-)
Kenrick T's Contact Information
Phone
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