Robots already build our cars, deliver our packages, and assist in surgery. Here you will find 67 books on robots in PDF format, free to read online or download.
This collection is organized by industry and by type. You get industrial, welding, assembly, medical, service, and humanoid robots, plus robot control, vision, and machine learning.
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Overview
Books on Robots
Start here for a broad look at what robots are and how they work in the real world. These books cover the history of robots, mobile robots, and their impact on industry and daily life.
Traces how industrial robots evolved from early factory automation and mechanical automatons into programmable machines. Explains how added sensing moved robots from simple pick-and-place work to welding, grinding, and assembly.
A literature survey covering a century of mobile robot development, from wartime teleoperation to today's AI-driven autonomy. Reviews applications across defense, security, delivery, inspection, and healthcare.
An overview of how industrial robotics grew from isolated robotic cells into collaborative robots working alongside people. Connects the shift to Industry 4.0, the Internet of Things, and human-robot interaction.
Antoni Grau, Marina Indri, Lucia Lo Bello, And Thilo Sauter
A data-rich report on how automation reshapes jobs and productivity worldwide. Includes a Robot Vulnerability Index by country and a close look at robots entering the service sector.
An accessible introduction to what defines a robot and how sensors set robots apart from simple automata. A clear starting point for understanding real-world robot applications.
Explores how design shapes the way people react to robots and why that matters for public policy. Draws on human-robot interaction research and the design of social robots.
A practical guide to deciding whether and how to automate a manufacturing process with industrial robots. Covers the benefits, costs, risks, and management of an automated system.
Industrial robots run the factories that build almost everything you own. These books cover Industry 4.0, cobots, safety standards, logistics, and military robots.
A study of how manufacturing employees perceive and accept industrial robots on the factory floor. Examines the psychological factors that shape human-robot collaboration.
Semsettin Cigdem, Ieva Meidute-Kavaliauskiene and Bülent Yildiz
Reviews the shift from full automation toward collaborative robots, or cobots, that share the workspace with people. Proposes a research agenda for the social and organizational side of cobot adoption.
Astrid Weiss, Ann-Kathrin Wortmeier, and Bettina Kubicek
Shows how analyzing a robot's power and current data can predict maintenance needs and catch accuracy errors. A concise look at condition monitoring for industrial manipulators.
Summarizes safety practices for working around industrial robots, from hazard sources to mechanical safeguards and limit switches. A compact reference on protecting workers near automated cells.
An economics discussion paper measuring how industrial robot adoption affects workplace injuries and worker health. Uses labor-market data to weigh the safety trade-offs of automation.
Rania Gihleb, Osea Giuntella, Luca Stella and Tianyi Wang
A technical overview of functional safety requirements and architectures for industrial robots in smart factories. Explains how to build safe, reliable robotic systems for Industry 4.0.
Examines the fast-growing logistics robot market and the labor shortages driving it. Covers warehouse automation and collaborative robots in distribution.
Reviews recent advances in military robotics and the demands of managing advanced unmanned systems. Introduces a technology for coordinating robotic groups on complex missions.
Examines the legal and ethical challenges of autonomous military robots and the case for international governance. Brings together perspectives on accountability and the laws of war.
Gary E. Marchant, Braden Allenby, Ronald Arkin and others
A thorough overview of robotic welding, from system components to programming and process control. Covers the main welding methods used in automated manufacturing.
A thesis on developing semi-automatic robot welding for small workshops facing a shortage of skilled welders. Covers workstation design, risk analysis, and programming.
A master's thesis analyzing a robot welding system and proposing concrete improvements for a small manufacturer. A practical case study in industrial welding automation.
Reviews recent advances in inspection, modeling, monitoring, and automation for robotic welding of metals. Aimed at heavy industries like shipbuilding, automotive, and aerospace.
David Curiel, Fernando Veiga, Alfredo Suarez, and Pedro Villanueva
Presents a digital twin framework for simulating and optimizing an arc welding robot workstation. Shows how real-time modeling improves welding cell performance.
Qinglei Zhang, Run Xiao, Zhen Liu, Jianguo Duan and Jiyun Qin
Assembly and painting robots handle the repetitive work on production lines. These books cover wall painting robots, sensor-guided assembly, and collaborative painting systems.
A conference paper on an autonomous robot built to take over the slow, hazardous work of wall painting. Covers the system design and its automation approach.
Rajesh Kannan Megalingam, Darla Vineeth Prithvi, Chaitanya Sai and Kumar Nimmala
A detailed engineering project report on building an automatic wall painting robot. Documents the design, components, and control from concept to prototype.
Introduces a digital twin that simulates and previews a collaborative painting robot's work before it runs. Shows how operators can confirm the result before execution.
Ratchatin Chancharoen, Kantawatchr Chaiprabha and others
Lessons from the World Robot Summit 2018 assembly challenge, where robots assembled complex machine parts. Covers the strategies teams used for precise robotic assembly.
Felix von Drigalski, Christian Schlette, Martin Rudorfer and others
A broad survey of assembly robotics research, covering robots for assembly, design for assembly, and control strategies. A useful map of the field's core methods.
Ke-Lin Du, Xinhan Huang, Jianyuan Hu, and Min Wang
A standards report on how to measure and compare the performance of manufacturing assembly robots. Proposes performance measures tied to a taxonomy of assembly tasks.
Michael Shneier, Elena Messina, Craig Schlenoff and others
Presents a sensor-guided method for assembling large segmented structures with industrial robots. Combines vision and force feedback for precise placement.
Yuan-Chih Peng, Shuyang Chen, Devavrat Jivani, John Wason and others
Robots come in many forms, from medical and space robots to domestic, surveillance, and delivery robots. These books explain how each type is built and where it is used.
An introduction to medical robotics, from core robot terms and structure to real surgical and clinical applications. A clear overview of how robots assist in healthcare.
A workshop report on the promise and the risks of robots and AI in healthcare. Weighs practical applications alongside the ethical questions they raise.
Applies virtual reality ideas to robots by feeding simulated inputs to their sensors. Shows how blending real and virtual sensing can train robots more efficiently.
Markku Suomalainen, Alexandra Q. Nilles and Steven M. LaValle
Reviews how virtual reality is used to make human-robot interaction more immersive and realistic. Covers the benefits and the technical challenges like latency and mismatch.
A detailed chapter on space robotics, covering orbital manipulators and surface rovers. Explains the telerobotics and autonomy needed for extreme space environments.
A white paper surveying space robotics and autonomous systems for exploration. Covers historical milestones and the technologies enabling manned and unmanned missions.
An overview of the emerging domestic robot market and what separates a true robot from an ordinary appliance. Looks at the technical and commercial hurdles for home robots.
An engineering project on designing and building an autonomous robot for security monitoring. Documents the full path from concept to a working prototype.
Presents a decision-making framework for autonomous surveillance robots working as networked teams. Shows how planning lets robots take over routine patrol work.
S. Witwicki, J.C. Castillo, J. Messias, J. Capitan, F. Melo, P.U. Lima and M. Veloso
A thesis on building an autonomous mobile robot that delivers packages while working safely around people. Covers perception, planning, and robust operation.
Aniket Gujarathi, Akshay Kulkarni, Unmesh Patil and others
A policy study on delivery robots rolling onto city sidewalks and the regulation catching up to them. Examines safety concerns and public perception of the technology.
An open-access volume covering the fundamentals and latest research on collaborative robots and humanoids. Brings together work from academics and industry on cobots and human-like machines.
Explores how humanoid robots move from physical interaction toward social intelligence. Covers the design and behavior that make robots feel more human.
Ahmad Hoirul Basori, Ali Leylavi Shoushtari and Andon Venelinov Topalov
A foundational open-access collection on building humanoid bodies and minds. Covers walking patterns, balance, motion encoding, motor skill learning, and language acquisition.
A wide-ranging open-access volume on humanoid robots, organized around hardware, biped motion, sensing, and learning. A deep reference on human-like machine design.
A concise reference on robot control and programming, from motion and force control to programming methods. A compact tour of the core control concepts.
An industry veteran's overview of the control technologies behind industrial robots. Explains how model-based control improves robot cost, speed, and precision.
Presents a virtual reality system for remotely controlling and supervising a mobile robot. Covers the hardware, software, and path planning behind teleoperation.
Ibari Benaoumeur, Ahmed-foitih Zoubir, and Hanifi Elhachimi Amar Reda
Describes a layered, open-architecture robot controller built for interaction tasks. A look at flexible control design for robots that touch and manipulate their surroundings.
A thesis on the sensors that help mobile robots navigate, from laser range finders to reflective beacons. Compares navigation approaches including dead reckoning and GPS.
Frames robot control as an optimization problem and applies AI methods to design intelligent controllers. A short, focused paper on smarter robot control.
A chapter from a classic robot vision text explaining what a machine vision system is and what it can do. Sets out the foundations for how robots interpret images.
A clear guide to machine vision and how it automates inspection and quality control. Covers cameras, lenses, lighting, and the parts of a vision system.
A practical primer on machine vision, from its definition to real industry applications and functions. A solid starting point for automated visual inspection.
Explains the core principles of robot vision and how it links robotic manipulators with machine vision. Covers inspection, recognition, and guidance tasks.
Looks at how assistive robots detect and recognize objects of varying shape and size. Covers the visual processing that lets robots help people with everyday tasks.
A survey of multiple object tracking for robots, covering the latest methods and open challenges. Addresses occlusion, moving backgrounds, and changing light.
Abdalla Gad, Tasnim Basmaji, Maha Yaghi and others
Machine learning helps robots learn from data instead of fixed rules. These books cover reinforcement learning, neural navigation, and emotion recognition.
A comprehensive survey of reinforcement learning for robot behavior. Weighs model-based against model-free methods and highlights the key challenges and successes.
Presents a neural network approach to mobile robot navigation with a focus on obstacle avoidance. Learns motion decisions from human choices in varied situations.
Yiyang Chen, Chuanxin Cheng, Yueyuan Zhang, Xinlin Li and Lining Sun
Introduces machine learning to young students through robots and playful, hands-on activities. Uses a neural network playground to make the ideas tangible.
Viktoriya Olari, Kostadin Cvejoski and Oyvind Eide
Shows how a robot can learn to recognize human emotions from multiple signals during interaction. A look at making social robots more responsive to people.
A thorough chapter introducing drones, from classification and market to components, mechanics, and regulations. A strong starting point for anyone new to UAVs.
A doctoral thesis on programming and testing tools for drone-based applications. Covers the software support that makes autonomous drone systems more reliable.
