ICTQual AB Level 6 International Diploma in Mechatronics

Become a Certified Mechatronics Engineer with ICTQual AB Level 6!

The ICTQual AB Level 6 International Diploma in Mechatronics is designed for ambitious engineers, technicians, and professionals eager to master the integration of mechanical, electrical, and computer engineering systems. This internationally recognized diploma equips learners with the practical and theoretical knowledge to design, maintain, and innovate complex mechatronic systems, giving them a competitive edge in modern engineering industries.

With the Level 6 Diploma in Mechatronics, learners will explore essential topics such as robotics, automation, control systems, and embedded systems. The course emphasizes hands-on learning, allowing students to apply engineering principles to real-world problems, develop innovative solutions, and enhance operational efficiency. Through this program, learners gain advanced skills in system design, troubleshooting, and integration across mechanical and electrical domains.

One of the key advantages of the International Diploma in Mechatronics Engineering is its focus on both technical expertise and professional competence. Participants will learn to use modern engineering software, interpret technical schematics, and implement automation processes effectively. By the end of the course, graduates will be capable of managing mechatronic projects, improving manufacturing processes, and contributing to cutting-edge research and development initiatives.

Enroll in the ICTQual AB Level 6 International Diploma in Mechatronics to advance your engineering career, gain international recognition, and become a sought-after professional in mechatronics, robotics, and automation industries. Whether you are a practicing engineer, a technician, or an aspiring professional, this diploma provides the expertise, confidence, and credibility to excel in complex technical environments and lead innovative engineering projects globally.

Awarding Body

ICTQual AB

Study Mode

Online

Qualification Level

Level 6

Completion Time

3-Years

Study Units

36 Mandatory Units

Assessments

Qualification Title	ICTQual AB Level 6 International Diploma in Mechatronics
Level	Level 6
Total Credits	360
Assessment	Pass or fail Internally assessed and verified by centre staff External quality assurance by ICTQual AB verifiers

To enrol in the ICTQual AB Level 6 International Diploma in Mechatronics ,applicants must meet the following entry criteria:

Minimum Age

Applicants must be 18 years of age or older at the time of registration.

Educational Background

Candidates should hold a Level 5 qualification or equivalent in engineering, mechatronics, robotics, or related technical fields.
Individuals without formal qualifications but with significant professional experience may qualify through Recognition of Prior Learning (RPL).
Foundational knowledge in mechanical, electrical, and computer engineering principles is recommended for optimal learning outcomes.

Work Experience

Fresh graduates can enroll and complete all 36 assignments, while professionals with at least 3–5 years of verifiable engineering or technical experience may qualify for fast-track recognition.
Relevant experience can include roles in automation, robotics, mechanical or electrical engineering, or mechatronic system design.
Ensures learners can relate theoretical knowledge to real-world engineering applications.

English Language Proficiency

Since the course is delivered in English, learners must demonstrate good English communication skills (reading, writing, and speaking).
Non-native English speakers may be asked to provide evidence of proficiency (e.g., IELTS, TOEFL, or equivalent).

This qualification, the ICTQual AB Level 6 International Diploma in Mechatronics, consists of 36 mandatory units.

Mandatory Units of ICTQual AB Level 6 International Diploma in Mechatronics

This qualification, the ICTQual AB Level 6 International Diploma in Mechatronics, consists of 36 mandatory units.

Year 1 – Foundation in Mechatronics

Principles of Mechanical Engineering
Fundamentals of Electrical and Electronic Engineering
Engineering Mathematics
Introduction to Computer Programming
Materials Science and Engineering
Engineering Drawing and CAD
Basics of Control Systems
Digital Logic and Microprocessors
Sensors and Instrumentation
Fundamentals of Robotics
Health, Safety and Environmental Practices in Engineering
Communication and Technical Report Writing

Year 2 – Intermediate Studies in Mechatronics

Advanced Electrical and Electronic Systems
Applied Thermodynamics and Fluid Mechanics
Microcontrollers and Embedded Systems
Automation and PLC Programming
Mechanical Design and Manufacturing Processes
Dynamics and Vibration Analysis
Power Electronics and Drives
Robotics Systems and Applications
Mechatronic System Design
Data Acquisition and Signal Processing
Industrial Maintenance and Reliability Engineering
Project Planning and Management in Engineering

Year 3 – Advanced Studies in Mechatronics

Intelligent Systems and Artificial Intelligence in Engineering
Advanced Control Engineering
Robotics and Autonomous Systems
Smart Manufacturing and Industry 4.0
Renewable Energy Systems and Applications
Advanced Computer-Aided Design and Simulation
Cyber-Physical Systems and IoT in Engineering
Advanced Mechatronic System Integration
Engineering Research Methods
Professional Ethics and Sustainability in Engineering
Innovation and Entrepreneurship in Technology
Final Year Major Project (Capstone Project)

Upon successful completion of the ICTQual AB Level 6 International Diploma in Mechatronics, learners will be able to:

Year 1 – Foundation in Mechatronics

Principles of Mechanical Engineering

Understand core mechanical engineering concepts and principles.
Analyse forces, stress, and mechanical properties in engineering applications.
Apply mechanical principles to design simple engineering components.
Develop problem-solving skills for mechanical systems and machinery.
Enhance foundational knowledge for advanced mechatronic system design.

Fundamentals of Electrical and Electronic Engineering

Understand basic electrical and electronic circuit principles.
Analyse AC and DC circuits and their applications.
Develop skills in designing and testing simple electronic systems.
Apply electrical concepts to integrate mechanical and electronic systems.
Build knowledge for advanced mechatronic and automation applications.

Engineering Mathematics

Apply advanced mathematical techniques to engineering problems.
Use calculus, algebra, and differential equations in system modelling.
Develop analytical skills for problem-solving in mechatronics.
Understand mathematical tools for simulation and control systems.
Enhance quantitative reasoning for design and engineering analysis.

Introduction to Computer Programming

Develop proficiency in programming languages relevant to mechatronics.
Apply coding to automate processes and control systems.
Understand algorithms and data structures for engineering applications.
Implement simple programs for system modelling and simulation.
Build computational thinking skills to solve engineering challenges.

Materials Science and Engineering

Understand properties and applications of engineering materials.
Analyse material selection for mechanical, electrical, and electronic systems.
Develop skills in testing and evaluating material performance.
Apply material science principles in design and manufacturing processes.
Enhance knowledge for sustainable and durable engineering solutions.

Engineering Drawing and CAD

Create and interpret technical drawings and schematics.
Use computer-aided design (CAD) software for engineering modelling.
Apply drafting standards to produce accurate and professional designs.
Develop visualization skills for mechanical and mechatronic systems.
Enhance practical design capabilities for complex engineering projects.

Basics of Control Systems

Understand control theory and feedback system principles.
Analyse simple control systems and stability criteria.
Apply control concepts to mechanical and electrical systems.
Develop foundational skills for automation and robotics applications.
Build knowledge to design and implement basic control solutions.

Digital Logic and Microprocessors

Understand principles of digital circuits and logic design.
Analyse and design microprocessor-based systems.
Apply digital logic to control and automation applications.
Develop skills in integrating microprocessors with sensors and actuators.
Build foundational knowledge for embedded system programming.

Sensors and Instrumentation

Understand the working principles of sensors and measurement devices.
Analyse sensor data for control and automation applications.
Apply instrumentation techniques in monitoring engineering systems.
Develop skills in selecting and integrating sensors into mechatronic systems.
Enhance practical knowledge in precision measurement and data acquisition.

Fundamentals of Robotics

Understand core concepts in robotics and automation.
Analyse robotic mechanisms and motion control.
Apply programming and control techniques to simple robotic systems.
Develop skills in integrating mechanical, electrical, and electronic systems in robotics.
Build foundational knowledge for advanced robotics and autonomous systems.

Health, Safety and Environmental Practices in Engineering

Understand key principles of workplace health and safety.
Analyse potential risks and implement preventive measures.
Apply environmental sustainability practices in engineering projects.
Develop skills to maintain safe and compliant engineering operations.
Enhance awareness of professional responsibilities in engineering practice.

Communication and Technical Report Writing

Develop professional technical writing skills for engineering documentation.
Apply clear and structured communication for reports and presentations.
Analyse technical data and present findings effectively.
Enhance interpersonal and team communication skills.
Build the ability to convey complex engineering concepts to diverse audiences.

Year 2 – Intermediate Studies in Mechatronics

Advanced Electrical and Electronic Systems

Analyse complex electrical circuits and systems for engineering applications.
Develop advanced troubleshooting skills for electrical and electronic systems.
Apply electrical design principles in integrated mechatronic systems.
Evaluate performance of electrical components in automation and robotics.
Enhance knowledge for advanced control and embedded systems.

Applied Thermodynamics and Fluid Mechanics

Understand principles of thermodynamics and fluid flow in engineering systems.
Analyse energy transfer, heat engines, and fluid dynamics in mechatronics.
Apply thermodynamic calculations to design efficient systems.
Develop skills in thermal and fluid system problem-solving.
Enhance understanding of energy efficiency and sustainable engineering.

Microcontrollers and Embedded Systems

Understand microcontroller architectures and applications.
Develop embedded system programming skills for control and automation.
Apply microcontroller-based solutions in mechatronic systems.
Analyse and integrate hardware and software components effectively.
Build advanced skills in IoT and automation integration.

Automation and PLC Programming

Understand principles of industrial automation and control.
Develop programming skills for PLCs and automated systems.
Apply automation techniques in manufacturing and robotics processes.
Analyse system performance and implement improvements.
Enhance capability to manage industrial automation projects.

Mechanical Design and Manufacturing Processes

Analyse mechanical components and design for manufacturability.
Apply CAD/CAM techniques in mechanical design.
Understand material selection and manufacturing methods.
Develop skills in integrating design with practical engineering applications.
Enhance ability to produce efficient, reliable mechatronic components.

Dynamics and Vibration Analysis

Understand mechanical dynamics and vibration principles.
Analyse the impact of forces and motion on mechanical systems.
Apply vibration analysis techniques to improve system stability.
Develop predictive maintenance strategies using dynamic analysis.
Enhance design skills for resilient and reliable engineering systems.

Power Electronics and Drives

Understand principles of power electronics and motor drives.
Analyse electrical drive systems for automation applications.
Apply power electronics in mechatronic and robotic systems.
Develop troubleshooting skills for drive and control systems.
Build knowledge for energy-efficient and high-performance systems.

Robotics Systems and Applications

Apply robotics concepts to design and implement automated solutions.
Analyse robotic kinematics, dynamics, and control systems.
Develop skills in programming and integrating robotic applications.
Evaluate robotics systems for industrial and commercial use.
Enhance understanding of human-robot interaction and automation trends.

Mechatronic System Design

Integrate mechanical, electrical, and electronic systems into cohesive designs.
Apply systems engineering principles to complex projects.
Develop design optimization and problem-solving skills.
Analyse system performance and implement improvements.
Build expertise in designing functional and efficient mechatronic systems.

Data Acquisition and Signal Processing

Understand principles of data acquisition and signal processing.
Analyse sensor data for control and monitoring purposes.
Apply signal filtering, sampling, and data interpretation techniques.
Develop practical skills for instrumentation and automation systems.
Enhance ability to make informed engineering decisions based on data.

Industrial Maintenance and Reliability Engineering

Understand principles of maintenance planning and reliability analysis.
Analyse failure modes and implement preventive strategies.
Apply maintenance techniques to ensure system efficiency and uptime.
Develop skills in predictive and corrective maintenance.
Enhance knowledge for long-term system performance and sustainability.

Project Planning and Management in Engineering

Develop project management skills specific to engineering contexts.
Apply planning, scheduling, and resource management techniques.
Analyse project risks and implement mitigation strategies.
Develop leadership skills for managing technical teams.
Enhance ability to deliver engineering projects successfully and efficiently.

Year 3 – Advanced Studies in Mechatronics

Intelligent Systems and Artificial Intelligence in Engineering

Understand AI concepts and their applications in mechatronics.
Apply machine learning algorithms to control and automation systems.
Analyse intelligent systems for optimisation and predictive performance.
Develop skills in AI-driven robotics and automation solutions.
Enhance knowledge of emerging technologies in engineering innovation.

Advanced Control Engineering

Understand advanced control strategies including PID, adaptive, and predictive control.
Analyse and design control systems for complex engineering applications.
Apply control techniques to robotics and automated systems.
Develop skills in simulation and performance tuning of control systems.
Enhance ability to optimise system performance and reliability.

Robotics and Autonomous Systems

Design, implement, and program autonomous robotic systems.
Analyse sensor integration, navigation, and control strategies.
Develop problem-solving skills for autonomous operations.
Apply robotics solutions in industrial, commercial, and research contexts.
Enhance knowledge in autonomous decision-making and AI applications.

Smart Manufacturing and Industry 4.0

Understand principles of Industry 4.0 and smart manufacturing systems.
Apply IoT, automation, and cyber-physical integration in manufacturing.
Analyse processes for efficiency, quality, and scalability improvements.
Develop skills to implement intelligent manufacturing solutions.
Enhance knowledge in digital transformation and industrial innovation.

Renewable Energy Systems and Applications

Understand renewable energy technologies and their engineering principles.
Analyse energy conversion systems for efficiency and sustainability.
Apply mechatronic solutions in renewable energy projects.
Develop skills in integrating energy systems with automation and control.
Enhance knowledge of sustainable engineering practices.

Advanced Computer-Aided Design and Simulation

Use advanced CAD and simulation tools for engineering design.
Analyse mechanical and electrical systems using virtual modelling.
Apply simulations to optimise design and system performance.
Develop skills in virtual prototyping and design validation.
Enhance ability to implement complex engineering solutions effectively.

Cyber-Physical Systems and IoT in Engineering

Understand integration of cyber-physical systems and IoT technologies.
Apply IoT solutions for monitoring, control, and automation.
Analyse system performance and data-driven optimisation.
Develop skills in networked and interconnected engineering systems.
Enhance knowledge of smart systems and Industry 4.0 applications.

Advanced Mechatronic System Integration

Integrate mechanical, electrical, electronic, and software components into advanced systems.
Analyse system performance, reliability, and efficiency.
Apply design principles to complex mechatronic and robotic solutions.
Develop skills in troubleshooting and optimisation of integrated systems.
Enhance ability to deliver high-performance engineering solutions.

Engineering Research Methods

Understand research methodology and experimental design in engineering.
Analyse data and evaluate engineering solutions critically.
Apply research techniques to problem-solving and innovation.
Develop skills in technical reporting, literature review, and evidence-based decision-making.
Enhance ability to conduct professional and applied research in engineering.

Professional Ethics and Sustainability in Engineering

Understand ethical responsibilities in engineering practice.
Apply sustainability principles in design, manufacturing, and system integration.
Analyse the social and environmental impact of engineering solutions.
Develop skills in responsible decision-making and professional conduct.
Enhance knowledge of corporate responsibility and sustainable engineering practices.

Innovation and Entrepreneurship in Technology

Understand principles of technological innovation and business development.
Analyse market opportunities for engineering products and solutions.
Apply entrepreneurial thinking to engineering projects.
Develop skills to commercialise and implement innovative technologies.
Enhance knowledge of business strategy, start-ups, and technology management.

Final Year Major Project (Capstone Project)

Apply all theoretical and practical knowledge from the program to a real-world project.
Develop problem-solving, project management, and research skills.
Analyse, design, implement, and evaluate a complex mechatronic system.
Demonstrate creativity, technical competence, and professional skills.
Produce a comprehensive report and presentation showcasing mastery in mechatronics.

The ICTQual AB Level 6 International Diploma in Mechatronics is ideal for engineers, technicians, and professionals seeking advanced expertise in mechatronics, robotics, and automation. This program equips learners with practical and theoretical skills to excel in modern engineering industries.

Aspiring Mechatronics Engineers

Individuals aiming to build a career in mechatronics, robotics, and automation.
Learners seeking advanced knowledge in mechanical, electrical, and computer engineering integration.
Candidates interested in designing, testing, and maintaining mechatronic systems.
Students looking for internationally recognized qualifications in engineering.
Professionals aiming to enhance employability in high-tech industries.
Learners seeking hands-on experience in robotics, sensors, and automation systems.

Mechanical and Electrical Engineers

Engineers seeking to expand their expertise in mechatronic system design.
Professionals aiming to integrate mechanical and electrical components effectively.
Candidates looking to develop skills in control systems, robotics, and automation.
Engineers interested in Industry 4.0, smart manufacturing, and IoT applications.
Individuals seeking professional development and advanced engineering competencies.
Professionals aiming to gain practical knowledge applicable to modern engineering challenges.

Technicians and Technologists

Technicians wanting to upgrade skills to Level 6 engineering standards.
Individuals seeking expertise in embedded systems, PLCs, and automation technology.
Candidates aiming to work on intelligent systems, robotics, and mechatronic integration.
Professionals interested in renewable energy, smart manufacturing, and Industry 4.0.
Learners looking for career advancement in technical and engineering roles.
Individuals aiming to enhance problem-solving and system integration skills.

Entrepreneurs and Innovators in Technology

Aspiring entrepreneurs seeking knowledge in technology-driven startups.
Individuals aiming to develop innovative solutions in robotics and automation.
Candidates interested in applying mechatronic systems for commercial applications.
Learners looking to combine engineering skills with business and project management.
Professionals seeking global recognition for technology expertise.
Innovators aiming to implement sustainable and smart solutions in engineering projects.

Industrial and Manufacturing Professionals

Engineers and managers seeking advanced skills in smart manufacturing.
Professionals aiming to implement automation and Industry 4.0 solutions.
Candidates looking to optimise production processes using mechatronic technologies.
Individuals responsible for equipment maintenance, reliability, and system efficiency.
Professionals seeking to lead teams in engineering and industrial projects.
Learners aiming to enhance decision-making and technical leadership capabilities.

Research and Development Enthusiasts

Individuals interested in applied research in robotics and automation.
Professionals aiming to develop and test innovative mechatronic systems.
Candidates seeking skills in data acquisition, signal processing, and AI applications.
Learners interested in conducting evidence-based engineering research.
Individuals aiming to contribute to advancements in intelligent systems and cyber-physical integration.
Professionals seeking credentials for global R&D opportunities.

Graduates Seeking International Recognition

Recent graduates aiming to achieve Level 6 internationally recognized certification.
Individuals looking to gain practical experience alongside theoretical knowledge.
Candidates seeking to enhance employability in engineering and automation industries.
Learners aiming to acquire problem-solving and system integration skills.
Professionals looking to start careers in high-tech, robotics, or mechatronics fields.
Individuals aspiring to global career opportunities in engineering.

As an approved centre of ICTQual AB, we provide learners with a structured pathway to achieve the internationally recognized Level 6 Diploma in Mechatronics.

1. For Experienced Professionals

Designed for individuals with at least 6 years of verifiable experience in engineering, mechatronics, robotics, or automation.
Experienced candidates may qualify for fast-track assessment based on prior professional experience.
Recognition is granted through portfolio submission, evidence-based projects, and work experience documentation.
Successful candidates will earn the full ICTQual AB Level 6 Diploma, demonstrating advanced expertise in mechatronics and automation systems.
Ideal for senior engineers, technical managers, and professionals seeking international recognition.
Enhances career credibility and opens opportunities for global engineering roles in robotics, automation, and smart manufacturing.

2. For Fresh Candidates

Fresh graduates or individuals without prior experience are required to complete all 36 mandatory assignments across the three-year program.
Learners will gain comprehensive knowledge in mechanical, electrical, electronic, and computer engineering integration.
Each unit combines theoretical learning with practical applications in mechatronics, robotics, automation, and Industry 4.0.
Upon completing all assignments, learners receive the ICTQual AB Level 6 International Diploma in Mechatronics, recognized worldwide.
Ideal for aspiring engineers and early-career professionals aiming to build a strong foundation in mechatronics.
Provides the skills, confidence, and global credibility necessary to pursue technical, R&D, or managerial roles in advanced engineering fields.