Technical Engineering

1. Introduction to Technical Engineering

• Definition and Scope of Technical Engineering
• Importance of Technical Engineering in Industry
• Overview of Engineering Disciplines

2. Fundamentals of Engineering Principles

• Basic Concepts of Physics and Mathematics in Engineering
• Laws of Motion and Dynamics
• Thermodynamics Principles
• Fluid Mechanics Overview

3. Technical Drawing and CAD

• Introduction to Technical Drawing
• Understanding Blueprints and Schematics
• Basics of Computer-Aided Design (CAD) Software
• Creating Technical Drawings and Models

4. Materials Science and Engineering

• Overview of Engineering Materials (Metals, Plastics, Composites)
• Properties and Selection of Materials
• Material Testing Methods
• Sustainability in Material Selection

5. Mechanical Engineering Fundamentals

• Introduction to Mechanical Systems
• Mechanics of Materials
• Machine Design Principles
• Basics of Thermodynamics in Mechanical Engineering

6. Electrical Engineering Basics

• Understanding Electrical Concepts (Voltage, Current, Resistance)
• Introduction to Circuit Analysis
• Basics of AC and DC Systems
• Introduction to Electrical Safety Standards

7. Control Systems Engineering

• Overview of Control Systems and Their Applications
• Basic Control Theory (Open Loop vs. Closed Loop)
• Introduction to PID Controllers
• Control System Stability and Response

8. Automation and Robotics

• Fundamentals of Automation in Engineering
• Overview of Robotics and Its Applications
• Basic Programming Concepts for Robotics
• Human-Robot Interaction

9. Project Management in Engineering

• Introduction to Project Management Principles
• Engineering Project Lifecycle
• Tools and Techniques for Project Planning and Control
• Risk Management in Engineering Projects

10. Quality Control and Assurance

• Understanding Quality Management Systems
• Tools for Quality Control (Six Sigma, TQM)
• Importance of Standards and Compliance (ISO Standards)

11. Capstone Project: Engineering Design Challenge

• Defining the Problem Statement
• Research and Feasibility Analysis
• Design, Develop, and Present the Engineering Solution
• Reflection and Learning Outcomes

Duration

3 - 4 Months

Benefits

• Assigned Live Tutor to take you from start to finish via Zoom.
• Hands-on Practical Training and Assignments.
• Accredited Examination and Certification Online.
• Industrial Training / Internships.
• Career Guide, Mentoring and Continuous Support.