Sergio Caño AmorRobotics & AI
Open to thesis-based M.S. & research opportunities

Sergio Caño Amor

Robotics and Artificial Intelligence Engineer

Computer Science engineer focused on 3D robot perception, human-robot interaction, autonomous systems and embodied AI.

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EMBODIED SYSTEMS
🤖
Perception
Interaction
Autonomy
ABOUT

Building intelligent systems that interact with the physical world.

My background combines software engineering, artificial intelligence and hands-on work with robotic systems. I am seeking to deepen that experience through research in perception, autonomy and manipulation.

01

Computer Science

M.Sc. and B.Sc. background in Computer Science and Engineering.

02

AI & Robotics

Research and development experience at Universidad Carlos III de Madrid.

03

Inrobics

Applied work in social robotics and AI-assisted rehabilitation.

04

Physical Systems

Interest in perception, autonomous navigation and manipulation.

05

Research Path

Goal: a thesis-based M.S. with potential continuation toward a Ph.D.

FEATURED PROJECT

EVAL

A Robot-Assisted Functional Assessment System for Measuring Human Joint Range of Motion

📡   🤖

Add a real EVAL image in assets/eval-project.jpg

EVAL is an end-to-end robot-assisted rehabilitation activity developed to assess patient mobility. It uses 3D skeletal tracking to identify anatomical landmarks, calculate joint angles and quantify range of motion, enabling repeatable comparison of patient progress over time.

Orbbec Persee+NuitrackNAO v63D sensingSkeletal trackingJoint-angle estimationMobile application
MY CONTRIBUTION

From sensing to useful clinical metrics

  • Independently designed and implemented the EVAL component.
  • Integrated the Orbbec Persee+ sensor, Nuitrack and NAO v6.
  • Processed skeletal landmarks and calculated joint angles.
  • Measured and compared range-of-motion results over time.
  • Contributed to a scientific publication and video demonstration.
DEMONSTRATION

▶ Watch the system in action
EXPERIENCE

Research-led engineering experience.

Mar. 2025 - Present

AI & Robotics Software Engineer

Planning and Learning Group, UC3M | Inrobics

Development of AI and robotics software for social robot-assisted rehabilitation, combining 3D motion tracking, physical robotic systems, machine learning and mobile applications.

Feb. 2024 - Jul. 2024

Cyber Security Analyst Trainee

Kudelski Security

Threat analysis and incident response experience that strengthened my systems thinking, technical investigation and work in multidisciplinary engineering teams.

RESEARCH INTERESTS

Where software meets physical intelligence.

I am particularly interested in research validated on real robotic platforms that connects sensing, learning, planning and action.

01 Robot Perception
02 3D Computer Vision
03 Autonomous Navigation
04 Vision-Based Manipulation
05 Machine Learning for Robotics
06 Human-Robot Interaction
PUBLICATIONS

Research output.

SCIENTIFIC PUBLICATION

Publication related to EVAL and robot-assisted functional range-of-motion assessment

Replace this text with the complete citation: authors, paper title, journal or conference, year and DOI.

Read paper
CONTACT

Let's build intelligent robots.

I am interested in thesis-based M.S., research assistant and future Ph.D. opportunities in robotics and embodied AI.

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