Program Description:

The  Diploma in Mechatronics Engineering Technology includes various engineering competencies related to electrical, electronics, computer, mechanical and mechatronics. It aims to develop globally competitive multi-skilled technologist and professionals that meets the needs of variety of clients in the industry and specialized technical services. It is aimed at producing globally competitive mechatronics technologist who is well equipped with engineering principles and processes including managerial skills.

The program also includes activities that requires critical thinking skills and innovative ideas in designing, analyzing, creating and developing mechatronics systems applicable to most industries. It also aims to meet the following objectives.

PROGRAM EDUCATIONAL OBJECTIVES:

Graduates of this diploma program shall achieve the following PEOs outcomes three (3) - five (5) years after program completion:

• Apply engineering knowledge and technological skills to identify, analyze, and implement solutions to broadly-defined problems in mechatronics, demonstrating sound judgment, innovation, and adherence to industry standards and evolving technologies. 

• Progress professionally by obtaining relevant employment, assuming supervisory or leadership roles, and actively pursuing lifelong learning through skills upgrading, industry certifications, or further academic studies in engineering or related fields. 

• Demonstrate professional, ethical, and social responsibility by integrating safety, sustainability, and accountability into engineering practices in compliance with applicable laws, regulations, and codes of professional conduct. 

• Communicate effectively and contribute to multidisciplinary teams, utilizing appropriate technical documentation, digital tools, and interpersonal skills to support the planning, design, and execution of engineering projects. 

• Adapt to global, technological, and entrepreneurial challenges by embracing diversity, recognizing international engineering practices, and identifying innovative opportunities for product development, process improvement, or enterprise.

STUDENT OUTCOMES:

By the time of graduation, the students of the program shall have the ability to:

• Apply knowledge of mathematics, science, engineering fundamentals and mechatronics principles to identify, analyze, and solve broadly-defined engineering problems.

• Demonstrate competencies in the following technology:

1. Electrical

2. Electronics

3. Photovoltaic System

4. Welding 

5. Technical Drafting

6. Computer

7. Machining

8. Mechatronics

• Design and improve mechatronics systems or processes using appropriate tools, standards, and techniques. 

• Recognize the need for and demonstrate commitment to, lifelong learning and professional development through further studies certifications, or skill upgrading.

• Demonstrate leadership, teamwork, and decision­ making skills in professional practice.

• Apply managerial and technopreneurial skills in engineering technology settings.

• Practice professional, ethical, and legal responsibilities in accordance with relevant codes and standards. 

• Integrate sustainabiiity, health, safety, and environmental considerations into engineering practices. 

• Participate in community and industry extension services addressing social and cultural issues.

• Communicate effectively uslng· Oral, written; graphical, and digital tools with various audiences in technical and non-technical contexts.

• Work effectively as an individual and as a team member or leader  in multidisciplinary and multicultural settings. 

• Utilize current and emerging technologies related problems,

• Identify and seize innovative opportunities for entrepreneurship, product development, and process optimization in a global context. 

• Understand and adapt to international engineering practices and diverse work environments.