摘要
随着科技与产业需求日益多元，跨领域整合能力已成为现代工程人才的重要he心。单一专业知识已难以应对复杂工程问题，例如智慧制造、人工智慧应用及新材料研发等，都需要结合资讯工程、机械工程、材料科学及人工智慧技术。本计划旨在参与工学院联合招生跨域学程，透过系统X课程学习、专题研究与实务专案C作，培养跨领域知识整合、创新思维及问题解决能力。计划将聚焦於智慧工程、数据分析与创新技术应用，探索如何将不同工程领域的知识与技术结合，提升产业liu程效率与产品设计品质。透过理论学习与实作训练，本计划期望在跨域工程专案、智慧制造与工程创新等方向取得实质成果，并为未来跨领域研究及高科技产业职涯发展奠定坚实基础。
英文版
Abstract
Withtherapidadvaofteologyandincreasinglydiverseindustrialdemands,interdisciplinaryiionhasbeeacritipetenineeringprofessionals.Single-disciplineknowledgeisofteninsuffittoaddressplexengineeringchallenges,suchassmartmanufacturing,artificialintelligenceapplications,anderialdevelopment,whichrequirethebinedexpertiseofinformationengineering,meigineering,materialssdAIteologies.
ThisstudypnaimstoparticipateintheJointInterdisciplinaryProgramoftheCollegeofEngineering,ftheabilitytoieknowledgeaultiplefields,developinnovativethinking,andenhan-solvingskillsthroughsystematiccoursework,researchprojects,andpracticapplications.Thepnwillfoartengineering,dataanalysis,andinnovativeteologyapplications,explhowtobineknowledgeandskillsfromdifferentengineeringdisciplioimproveindustrialprocessesandproductdesignquality.
Throughabinationoftheoreticallearningandhands-onpractice,thispoachievetangibleoutesininterdisciplinaryengineeringprojects,smartmanufacturing,andengineeringinnovation,whileyingasolidfoundationforfutureinterdisciplinaryreseardcareerdevelopmentinhigh-tedustries.
随着科技与产业需求日益多元，跨领域整合能力已成为现代工程人才的重要he心。单一专业知识已难以应对复杂工程问题，例如智慧制造、人工智慧应用及新材料研发等，都需要结合资讯工程、机械工程、材料科学及人工智慧技术。本计划旨在参与工学院联合招生跨域学程，透过系统X课程学习、专题研究与实务专案C作，培养跨领域知识整合、创新思维及问题解决能力。计划将聚焦於智慧工程、数据分析与创新技术应用，探索如何将不同工程领域的知识与技术结合，提升产业liu程效率与产品设计品质。透过理论学习与实作训练，本计划期望在跨域工程专案、智慧制造与工程创新等方向取得实质成果，并为未来跨领域研究及高科技产业职涯发展奠定坚实基础。
英文版
Abstract
Withtherapidadvaofteologyandincreasinglydiverseindustrialdemands,interdisciplinaryiionhasbeeacritipetenineeringprofessionals.Single-disciplineknowledgeisofteninsuffittoaddressplexengineeringchallenges,suchassmartmanufacturing,artificialintelligenceapplications,anderialdevelopment,whichrequirethebinedexpertiseofinformationengineering,meigineering,materialssdAIteologies.
ThisstudypnaimstoparticipateintheJointInterdisciplinaryProgramoftheCollegeofEngineering,ftheabilitytoieknowledgeaultiplefields,developinnovativethinking,andenhan-solvingskillsthroughsystematiccoursework,researchprojects,andpracticapplications.Thepnwillfoartengineering,dataanalysis,andinnovativeteologyapplications,explhowtobineknowledgeandskillsfromdifferentengineeringdisciplioimproveindustrialprocessesandproductdesignquality.
Throughabinationoftheoreticallearningandhands-onpractice,thispoachievetangibleoutesininterdisciplinaryengineeringprojects,smartmanufacturing,andengineeringinnovation,whileyingasolidfoundationforfutureinterdisciplinaryreseardcareerdevelopmentinhigh-tedustries.