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Main
UQU Programs
Mechanical Engineering(production)

Reverse Engineering

ME4148
Two hours English

Reverse Engineering

Reverse Engineering
ME4132 Forming processes
Two hours One requisite
ME3135 Engineering Measurements
Two hours Two requisites
1 Introduction to Reverse Engineering / Definition and scope of reverse engineering. / Overview of the reverse engineering process. / Applications in various industries (e.g., manufacturing, product design, prototyping). / Introduction to measurement technologies and CAD tools
2 Principles of Reverse Engineering / Key principles: data collection, analysis, and replication. / Understanding the lifecycle of reverse-engineered products. / Reverse engineering vs. traditional design methods
3 Measurement Tools and Technologies / Overview of measurement tools: micrometers, calipers, and 3D scanning technologies. / Types of measurement: dimensional, geometric, and surface texture. / Introduction to 3D scanning technologies and software
4 3D Scanning and Data Collection / Introduction to 3D scanning technology. / Different types of scanners (laser, optical, and structured light). / Process of data collection and point cloud generation
5 CAD Modeling for Reverse Engineering / Introduction to CAD tools for reverse engineering. / Converting point clouds to 3D CAD models. / Importing 3D scan data into CAD software for modeling
6 Geometric Dimensioning and Tolerancing (GD&T) / Understanding GD&T principles in reverse engineering. / Application of GD&T in interpreting and modeling reverse-engineered components
7 Part Reconstruction and Prototyping / Techniques for reconstructing parts from CAD models. / Prototyping techniques: 3D printing, CNC machining, and rapid prototyping
8 Failure Analysis and Root Cause Investigation / Introduction to failure analysis in reverse engineering. / Techniques for identifying root causes of component failures. / Analyzing wear and fatigue in mechanical parts
9 Reverse Engineering of Mechanical Components / Hands-on study of common mechanical components (e.g., gears, shafts, and housings). / Methods to replicate or improve mechanical designs through reverse engineering
10 Ethical and Legal Aspects of Reverse Engineering / Intellectual property and patents. / Ethical issues in reverse engineering: unauthorized copying and environmental impact. / Sustainability in reverse engineering practices
11 Reverse Engineering in Manufacturing and Industry / Applications of reverse engineering in industrial design and manufacturing processes. / Case studies: reverse engineering in automotive, aerospace, and consumer products
12 Sustainability and Environmental Impact / Environmental considerations in reverse engineering processes. / Recycling, reducing waste, and optimizing resources in reverse-engineered products
13 Advanced Topics in Reverse Engineering / Exploring emerging technologies: AI, machine learning, and advanced CAD software. / Future trends in reverse engineering and automation
1.1 Mapped to: K1

Understand the principles, methodologies, and tools used in reverse engineering, including the application of measurement technologies and CAD modeling for design replication.

Teaching Strategy Lectures
Assessment Methods Discussions Case Studies Quizzes Midterm Exam
2.1 Mapped to: S3

Develop hands-on skills in utilizing measurement tools, scanning technologies (e.g., 3D scanners), and CAD software to replicate or improve designs.

Teaching Strategy Lectures
Assessment Methods Case Studies Discussions Projects Final Exam
3.1 Mapped to: V1

Demonstrate ethical responsibility and sustainability in reverse engineering practices, considering intellectual property, environmental impact, and legal issues.

Teaching Strategy Lectures
Assessment Methods Discussions Case Study Analysis Final Exam
Assessment
Weight
Quizzes
10%
Midterm Exam
20%
Projects and Case Study Analysis
20%
Final Exam
50%
Total
100%