因應國家產業發展政策所規劃新興產業專業人才之需求，本系依據校訓核心價值「質、樸、堅、毅」培育本系畢業生所應具備職能核心能力與基本素養，並配合國際工程科技與教育認證之精神，建構出畢業學生應具備的八項核心能力，也據此進行課程特色的規劃與設計，培育具備符合社會及產業發展需求之專業人才。

1. 運用數學、科學及工程知識的能力
2. 設計與執行實驗，以及分析與解釋數據的能力
3. 執行工程實務所需技術、技巧及使用工具之能力
4. 設計工程系統、元件或製程之能力
5. 有效溝通與團隊合作的能力
6. 發掘、分析及處理問題的能力
7. 認識時事議題，瞭解工程技術對環境、社會及全球的影響，並培養持續學的習慣與能力
8. 理解專業倫理及社會責任

In response to the demand for professionals in emerging industries as outlined by national industrial development policies, our department cultivates graduates who possess functional core competencies and basic qualities in accordance with the core values of "Quality, Simplicity, Firmness, Perseverance" of the university. We also align with the spirit of international engineering science and education accreditation to establish eight core competencies that graduating students should possess. Based on these competencies, we design and plan our curriculum to cultivate professionals who meet the needs of society and industry.

1. Ability to apply mathematics, science, and engineering knowledge.
2. Ability to design and conduct experiments, analyze and interpret data.
3. Ability to employ technical skills, techniques, and tools required for engineering practices.
4. Ability to design engineering systems, components, or processes.
5. Effective communication and teamwork skills.
6. Ability to identify, analyze, and solve problems.
7. Awareness of current issues and understanding of the impact of engineering technology on the environment, society, and the world, as well as the cultivation of lifelong learning habits and abilities.
8. Understanding of professional ethics and social responsibility.

本所依據教育目標，並參照校、院訂定之基本素養與核心能力，以及機電領域之專業發展現況與趨勢，進一步訂定學生畢業時應具備之核心能力如下：

1. 具備機電系統分析應用之能力
2. 具備跨領域協調整合之能力
3. 具備撰寫專業論文之能力
4. 具備良好的國際視野

Based on the educational objectives, and referring to the basic qualities and core competencies set by the university and college, as well as the professional development status and trends in the electromechanical field, our program further defines the following core competencies that students should possess upon graduation:

1. Ability to analyze and apply electromechanical system applications.
2. Ability to coordinate and integrate interdisciplinary knowledge.
3. Ability to write professional theses.
4. Possession of a global perspective.