Upcoming eventQuanRobotics × AI Innovation and Research Center at ICTU21.6° N · 105.8° E · Thai Nguyen, VN
14–15 November 2026 · ICTU Campus
Physical AI Convention2026
From Research → Real-World Robotics
Two days connecting Physical AI research, academia, industry and real-world engineering.
Day 1 launches the AI Research and Innovation Hub powered by QuanSkill × ICTU, with keynotes,
invited talks, technical discussions and industry perspectives. Day 2 moves from ideas to
implementation through hands-on Physical AI and robotics workshops.
A long-term platform connecting applied AI and robotics research with students, faculty, industry problems
and international collaboration — the start of a lasting Physical AI ecosystem, well beyond 15 November.
Speakers are announced progressively; register interest to hear first.
Who should attend
AI & robotics researchersFaculty & research labsRobotics engineersIndustry leadersDeep-tech foundersUG, graduate & PhD studentsUniversities seeking collaboration
Physical AIEmbodied intelligenceAutonomous systemsROS 2Simulation & digital twinsSim-to-realRobot perceptionRobot dataEdge AIBenchmarkingSafety & validationHuman-robot interactionUniversity × Industry
Physical AIEmbodied intelligenceAutonomous systemsROS 2Simulation & digital twinsSim-to-realRobot perceptionRobot dataEdge AIBenchmarkingSafety & validationHuman-robot interactionUniversity × Industry
WHO WE ARE
Robotics software, not robot bodies
We focus on the intelligence, simulation and software layers that can work across different robot platforms.
Research that becomes usable systems
We turn technical ideas into reusable code, datasets, benchmarks, simulations and working proof-of-concepts.
Own meaningful technical modules across QuanRobotics open-source, simulation, research and proof-of-concept work.
This senior internship is designed for contributors who can work independently, make technical decisions,
build reusable software, run experiments and support less-experienced contributors.
Duration3 or 6 months
Work modeRemote or hybrid
EngagementProject ownership + research
Team impactOpen source + mentorship
Role snapshot
What you will own
01 / SOFTWARE
Architecture & Engineering
Own an assigned technical module or project area
Prepare technical design and architecture documents
Build reusable, well-tested software components
Review pull requests and maintain coding standards
02 / RESEARCH
Experiments & Evaluation
Design robotics or AI experiments
Build simulation and evaluation pipelines
Create datasets, benchmarks or model workflows
Analyze limitations, failures and reproducibility
03 / ROBOTICS
Robotics Systems
Support ROS 2 and simulator integration
Develop perception or Edge AI modules
Contribute to integrated proof-of-concepts
Prepare releases and technical demonstrations
04 / LEADERSHIP
Technical Ownership
Break objectives into implementable GitHub issues
Mentor Junior Interns and contributors
Present technical progress to the team
Support workshops and open-source contributions
05 / PROFILE
Who this fits
Advanced students, researchers, developers and engineers with practical experience in robotics,
AI, computer vision, simulation, software engineering or related technical work.
06 / FOUNDATION
Minimum foundation
Strong Python and Git/GitHub skills
Independent debugging and technical documentation
Software testing and reproducibility awareness
Communication, review and mentoring ability
Research & project areas
Where you may contribute
QR-SimSimulation environments, evaluation and robotics experimentation
QR-PerceptionComputer vision, robot perception and industrial inspection
QR-RobotDataDataset engineering, data pipelines and reproducible assets
QR-WorldBenchWorld-model experiments, robot-learning benchmarks and evaluation
ROS 2 InfrastructureReusable robotics software, integration and system tooling
Digital TwinsWarehouse, factory and autonomous mobile robot simulation
Edge AIDeployment, NVIDIA Jetson, ONNX and practical embedded AI
Sim-to-RealEvaluation, failure analysis, reproducibility and proof-of-concepts
Important: Applicants are not expected to have every listed skill. This is a delivery-focused senior internship:
evaluation is based on technical contribution, code quality, testing, documentation, research contribution, mentorship,
project ownership, reliability and communication. QuanRobotics does not position this as a passive or certificate-based internship.
Candidate application
Apply to QuanRobotics
Tell us what you have built, where you want to contribute and how much time you can commit.
Your application and CV will be delivered to Letsbuild@quanrobotics.org.
Contact QuanRobotics
Let’s build useful robotics software.
Share a project, research, partnership or careers inquiry. We review submissions at Letsbuild@quanrobotics.org.
