Curated collection
Engineering Books
Textbooks, technical handbooks, reference guides, and professional engineering publications.
ManufacturingMachine DesignMaterialsRobotics
Explore ResourcesDiscover engineering books, CAD files, 3D models, research papers, software tools, templates, reports, and complete learning collections designed for engineers and technical learners.
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Search by topic, file type, software, engineering field, or resource title.
Browse by Category
Browse technical resources organized around practical engineering needs, learning objectives, and professional applications.
Textbooks, technical handbooks, reference guides, and professional engineering publications.
Editable engineering models for design, learning, manufacturing, and project development.
Printable models, mechanical components, educational assemblies, and engineering parts.
Academic, industrial, research, and final-year engineering project packages.
Selected journal papers, conference publications, reviews, and technical notes.
Professional templates for reports, calculations, laboratories, and technical documentation.
Engineering utilities, scripts, calculators, macros, and software-based learning resources.
Industrial case studies, engineering investigations, feasibility studies, and technical reports.
Featured Resources
Explore professional references, editable files, practical tools, and complete project packages.
Engineering Collections
Each collection combines references, CAD files, templates, projects, tools, and learning materials around one engineering specialization.
A complete introduction to connected production, sensors, industrial data, automation, and Industry 4.0.
A structured resource package covering design principles, calculations, CAD, and engineering documentation.
A practical package covering processes, materials, design rules, STL files, and post-processing.
Learn robot fundamentals through technical notes, models, exercises, and industrial applications.
Connected Learning
Selected collections can be combined with professional courses, workshops, and structured learning paths.
Planned Resources
Explore a growing collection of resources selected to support technical learning, design work, and engineering practice.
CAD Files
Engineering Books
Templates
3D Models
Research
Templates
Priority Collections
Frequently accessed guides, calculators, templates, and reference materials from across the SDM community.
Machine Design Formula Sheet — a quick reference for common mechanical design calculations.
Preview ResourceWhy SDM Library?
SDM Library is designed to become a trusted engineering reference that combines knowledge, practical resources, and professional learning.
Library resources can connect directly with SDM courses, engineering services, equipment, projects, and technical consultations.
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Courses and workshops
Store
Products and files
Solutions
Engineering services
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Future collaboration
Contribute to SDM Library
Engineers, educators, researchers, universities, and industrial organizations can contribute selected resources to support technical learning across the region.
Send us your request and help us identify the resources, collections, and practical tools that engineers need most.
The library is being developed as a curated gateway to technical guides, CAD and 3D models, engineering templates, learning resources, project materials, and research-oriented content for students, professionals, universities, and industry.
Library development priorities
High-value practical engineering content
Clear licensing and attribution
Reviewed technical assumptions
Arabic and English learning support
Resources linked to SDM Academy and services
Content categories
Resources will be released progressively after technical, licensing, and quality review. The categories below define the approved content structure—not a claim that every item is currently downloadable.
Engineering handbooks, process guides, selection notes, and practical references developed or licensed for platform access.
Design-practice models, assemblies, neutral exchange files, drawings, and manufacturing-oriented examples.
Educational models, mechanical components, fixtures, demonstrators, and additive-manufacturing practice files.
Structured project briefs, calculation frameworks, design reviews, case studies, and reporting guidance.
Selected open-access publications, SDM technical notes, literature pathways, and research-method resources.
Editable engineering reports, laboratory sheets, design-review forms, inspection records, and project templates.
Verified spreadsheets, scripts, macros, and small engineering utilities with documented assumptions and limitations.
Instructor support materials, exercises, workshop resources, demonstration plans, and learning-project briefs.
Priority collections
A structured collection covering connected production, sensors, industrial data, automation, cybersecurity awareness, and Industry 4.0 implementation concepts.
Design references and practice resources supporting machine components, calculations, CAD development, failure awareness, and technical documentation.
Resources addressing AM process selection, design rules, materials, build preparation, quality considerations, post-processing, and practical applications.
Learning and implementation resources for robotics, industrial automation, machine vision, intelligent systems, and responsible engineering use of AI.
Official open resources
This launch collection links directly to universities, government agencies, open-source foundations, and recognized research platforms. SDM does not reproduce third-party copyrighted material; each card opens the original publisher’s page.
MIT OpenCourseWare
Engineering design, machine elements, fabrication, and a hands-on robot design project.
MIT OpenCourseWare
Modern manufacturing processes, equipment and control, quality, systems, and design for manufacturing.
MIT OpenCourseWare
Introductory mechanical engineering, CAD, manufacturing processes, and machine operation.
MIT OpenCourseWare
Robot mechanisms, kinematics, dynamics, control, sensors, actuators, and embedded systems.
MIT OpenCourseWare
Design, construction, integration, and testing of field robotic systems.
MIT OpenCourseWare
Manufacturing system modeling, flow, variability, production control, and operations.
MIT OpenCourseWare
Structured product development from customer needs through concept selection and prototyping.
MIT OpenCourseWare
Finite element fundamentals for structural and continuum engineering analysis.
MIT OpenCourseWare
Accessible overview of mechanical engineering fields, systems, and applications.
NASA
Official NASA standards organized by systems, mechanical, materials, testing, safety, and other disciplines.
NASA
Searchable collection including structures, mechanical systems, fluids, thermal, propulsion, and aerodynamics.
NASA
NASA systems engineering processes, technical management, life-cycle practices, and guidance.
NASA
Guidance for safe, reliable software engineering and software assurance on engineering projects.
NASA
Technical handbooks and guidelines developed by NASA centers, including FMEA and risk assessment.
NIST
Searchable NIST research and guidance covering manufacturing science, metrology, systems, and standards.
NIST
Research resources for smart manufacturing system performance, interoperability, and analysis.
NIST
Standards, measurement science, and implementation resources for model-based enterprise practices.
NIST
Geometry, tolerancing, interoperability, and standards for additive manufacturing within model-based engineering.
NIST
NIST research on additive processes, measurement, qualification, materials, and standards.
NIST
Engineering Laboratory research spanning manufacturing, construction, infrastructure, and fire science.
NIST
Risk-based cybersecurity framework applicable to connected manufacturing and industrial organizations.
NIST
Security guidance for industrial control systems, operational technology, and connected production environments.
Open Robotics
Step-by-step ROS 2 tutorials covering nodes, topics, services, actions, parameters, and development workflows.
Open Robotics
Core ROS 2 architecture, middleware, communication, discovery, security, and execution concepts.
MoveIt
Motion planning, manipulation, collision checking, robot modeling, and MoveIt configuration.
Open Robotics
Robot simulation, world creation, sensors, physics, plugins, and ROS integration.
micro-ROS
ROS 2 integration for microcontrollers and resource-constrained embedded systems.
Arduino
Official hardware, programming, library, and project documentation for embedded prototyping.
Raspberry Pi
Official computing, hardware, camera, GPIO, operating system, and development documentation.
OpenJS Foundation
Flow-based programming for sensors, industrial data, dashboards, APIs, and IoT integration.
FreeCAD Project
Open-source parametric CAD fundamentals, workbenches, modeling, assemblies, and technical drawing.
FreeCAD Project
Hands-on tutorials for parametric modeling, Part Design, Draft, FEM, and manufacturing workflows.
Blender Foundation
Official documentation for 3D modeling, geometry nodes, rendering, animation, and technical visualization.
KiCad Project
Schematic capture, PCB design, component libraries, fabrication output, and electronics workflows.
Open Source Modelica Consortium
Equation-based modeling and simulation of multidisciplinary engineering systems using Modelica.
Python Software Foundation
Official Python language tutorial for engineering automation, scripting, and data workflows.
NumPy Project
Numerical arrays, vectorization, linear algebra, indexing, and scientific computing foundations.
SciPy Project
Optimization, integration, interpolation, signal processing, statistics, and engineering computation.
Matplotlib Project
Scientific plotting, engineering charts, animation, 3D visualization, and publication-quality figures.
scikit-learn
Machine learning workflows for classification, regression, clustering, preprocessing, and model evaluation.
Official tutorials for neural networks, computer vision, time series, and production machine learning.
PyTorch Foundation
Deep learning, computer vision, model training, deployment, and scientific machine learning tutorials.
Practical machine learning concepts, data preparation, neural networks, and model evaluation.
Hugging Face
Transformers, language models, datasets, tokenizers, fine-tuning, and model sharing.
NASA
Engineering lessons learned from NASA programs, failures, risks, and successful practices.
NIST / SEMATECH
Statistical methods for measurement, process control, reliability, experimental design, and engineering analysis.
Directory of Open Access Journals
Discovery portal for peer-reviewed open-access engineering journals.
CERN / OpenAIRE
Open research papers, datasets, software, reports, and technical outputs with persistent identifiers.
Materials Cloud
Open computational materials science data, workflows, archives, and educational resources.
NIST
Materials research datasets, metadata, and data services maintained by NIST.
NIST
Architecture, infrastructure enablers, and implementation examples for model-based manufacturing enterprises.
NIST
A domain-focused framework for specifying and automating manufacturing data analysis workflows.
NIST
Compares STEP AP242, QIF, and JT for standards-based model-driven manufacturing cells.
NIST
Functional and information-flow models for discrete manufacturing software and production systems.
NIST
Model-based product-definition information requirements and implementation evaluation.
NIST
Literature review of costs, benefits, and productivity impacts of model-based enterprise adoption.
NIST
Computational models for smart manufacturing operations management based on ISA-95 concepts.
NIST
Readiness assessment concepts and workshop findings for model-based enterprise implementation.
NIST
Lessons, challenges, research priorities, and implementation practices for model-based enterprise.
NIST
NIST programs for trustworthy manufacturing systems, interoperability, measurement science, and digital integration.
MIT OpenCourseWare
Lecture notes on CAD component creation, sketch feature types, and design modeling concepts.
MIT OpenCourseWare
Introductory notes on CAD terminology, components, and isometric engineering sketches.
MIT OpenCourseWare
Practice problems combining pneumatics, CAD, gear design, and mechanical system analysis.
MIT OpenCourseWare
Design exercises covering servomotors, mechanisms, and CAD-based engineering development.
MIT OpenCourseWare
Practice examinations and solutions covering CAD, motors, mechanisms, gears, sensors, and programming.
MIT OpenCourseWare
Downloadable supporting CAD part files used with machine-design lecture material.
MIT OpenCourseWare
Stress, strain, axial loading, torsion, beam bending, and foundational mechanics of materials.
MIT OpenCourseWare
Advanced deformation, stability, energy methods, and structural mechanics concepts.
MIT OpenCourseWare
Kinematics and dynamics of particles and rigid bodies with engineering applications.
MIT OpenCourseWare
Energy, entropy, thermodynamic cycles, properties, and engineering system analysis.
NASA
Requirements for structural design, analysis, and test factors for spaceflight hardware.
NASA
Design and fabrication requirements for ground support equipment and related systems.
NASA
Design, analysis, and verification requirements for mechanisms and mechanical systems.
NASA
Materials and process selection, control, qualification, and assurance requirements.
NASA
Vibroacoustic qualification and acceptance test criteria for payloads and spacecraft hardware.
NASA
Test requirements and verification philosophy for payload hardware and systems.
NASA
Workmanship requirements for cable, harness, crimping, and interconnection processes.
NASA
Quality and implementation requirements for NASA electronics workmanship standards.
NASA
Methodology for reliability-centered maintenance planning, failure analysis, and asset management.
NASA
Fault-tree analysis concepts, construction methods, probability evaluation, and engineering examples.
Open Robotics
Design rationale and architecture decisions behind ROS 2 communication, security, and middleware.
Open Robotics
Quality practices for ROS 2 packages, testing, documentation, and maintainability.
Open Robotics Community
Hardware interfaces, controllers, real-time control, and integration for ROS 2 robots.
Open Navigation
Navigation, localization, planning, behavior trees, and autonomous mobile robot deployment.
Open Robotics
Interoperability and fleet management for heterogeneous robots and shared facilities.
Robot Locomotion Group
Modeling, optimization, planning, control, and simulation for complex robotic systems.
FIRST Robotics
Programming, control, sensors, vision, and system integration for competition robots.
PX4
Open-source flight control, simulation, sensors, mission planning, and autonomous vehicle integration.
ArduPilot
Autopilot setup, vehicle configuration, simulation, telemetry, and mission development.
OpenCV
Image processing, calibration, feature detection, object recognition, and machine vision workflows.
Pandas Project
Data cleaning, time series, tabular analysis, reshaping, and engineering-data workflows.
SymPy Project
Symbolic algebra, calculus, differential equations, mechanics, and exact engineering computation.
Project Jupyter
Interactive notebooks, reproducible analysis, engineering computation, and technical reporting.
NASA
NASA framework for multidisciplinary design analysis and optimization of engineering systems.
FEniCS Project
Automated finite-element formulation and solution for partial differential equations.
CalculiX
Open finite-element solver resources for structural, thermal, and multiphysics analysis.
EDF
Professional open-source structural mechanics and multiphysics finite-element documentation.
OpenFOAM Foundation
Finite-volume CFD setup, meshing, solvers, turbulence, heat transfer, and post-processing.
Kitware
Large-scale scientific visualization, simulation post-processing, and engineering data exploration.
SALOME
Geometry preparation, meshing, simulation workflows, and engineering preprocessing tools.
Responsible access
SDM will not populate the library with unverified downloads simply to increase resource counts. Publication depends on technical relevance, ownership or permission, clear attribution, and an appropriate access model.
Only resources with confirmed rights or valid open-access status will be published.
Every downloadable engineering tool should state its assumptions, intended use, and limitations.
Third-party standards and copyrighted publications will be linked or licensed—not reproduced without permission.
Technical resources are educational and decision-support materials; they do not replace professional verification.
Universities, professionals, companies, instructors, and researchers may propose original or properly licensed resources. Submission does not guarantee publication; each resource is reviewed for relevance, ownership, quality, and safe use.