1. Improve the production process, reduce the production cycle time by 2 hours/unit, and increase the output by 4%. 2. Improve the supplier's testing methods and increase the module the first time right by 17%. 3. Improve production methods and save about NT$3 million in material damage costs. 4. Improve the electronic module design and save NT$4 million from a power surge damage. 5. Maintain production tools and save about NT$500,000 in purchasing new tools.

1. 改善生產流程，降低生產週期2時/台，提升4%產量。 2. 改善廠商檢測手法，提升進料良率17%。 3. 改善生產手法，節省物料損壞成本約300萬新台幣。 4. 維護生產工具，節省購入新工具成本約50萬新台幣。

1. System design (1) Integration AOI and precision detection system to design a performance inspection machine system, increase the yield rate by 20% and reduce the manufacturing cost by 60% and reduce the floor space by 20%. (2) AOI complete detection system design, increase the yield rate by 10% and reduce human resources by 75% and manufacturing cost by 30%. (3) assemble and clean system design, increase the yield rate by 20% and reduce defect rate by 75%. 2. Production line planning and design (1) Introduce the square production line to the factory and reduce human resources by 50% (2) Planning the production process line and increasing the yield rate by 25% 3. Led three interns to implement the project and gave guidance and suggestions.

1. 系統設計 ．結合AOI與精密量測機台系統設計，提升20%產能並減少40%成本與占地面積20%。 ．AOI全檢機台系統設計，減少75%人力需求並提升10%良率。 ．清潔與組立機台設計，提升20%良率。 2.測試系統開發 ．測試系統設計，減少25%人力需求。 ．檢測系統整合，降低設備30%成本與10%占地面積。 3. 產線規劃與設計 ．新式產線設計，降低50%人力需求。 ．生產流程規劃，提升25%良率。 4. 帶領4位實習生執行專案並給予指導與建議。

1. Automation equipment design. (1) Independently develop 29 design cases, and collaboration creates 15 design cases. (2) Evaluate requirements and configuration planning, machine mechanism design, and outsourcing. (3) Evaluation and selection of high-precision measuring instruments, reducing the workforce usage of the production line by 10%. (4) Redesign the product inspection machine construct and increase the yield rate by 20%. 2. Responsible for AOI equipment. (1) Evaluate the needs, rationalize the planning, and reduce the setup cost of the AOI system by 50%. (2) The maintenance and optimization of the production line system reduce the error rate of AOI testing by 40%. 3. Improvement and optimization of the production line equipment and process. (1) Solve the problems related to the organization during production and use, and increase the yield rate of sealing operations by 50%. (2) Assist in optimizing equipment to improve production process capability and increase product assembly yield by 30%. (3) Assist in optimizing and modifying the production line PLC program and HMI, increasing the production capacity by 45%.

產線規劃， 機台機構、電力系統與軟體控制規劃與設計 一. 自動化設備設計： 1. 獨立設計29件設計案，合作設計15件設計案 2. 評估需求與配置規劃，機台機構設計與發包。 3. 高精度量測儀器的評估選用。 4. 成品檢測機台重新設計，提升20%產能。 二. AOI規劃與調適： 1. 評估需求與合理化規劃，AOI系統設置成本降低50%。 2. 產線系統維護與優化，AOI測試誤排率降低40％。 三. 產線設備優化與製程改善： 1. 解決生產使用時的機構相關問題，封孔作業良率提升50%。 2. 協助優化設備以提升產品製程能力，產品組裝良率提升30%。 3. 協助產線PLC程式與HMI優化與修改，產能提升45%。

1. Designed a new BIPV (Building-Integrated Photovoltaic) module and increased the production yield from 50% to 90%. 2. Developed a new PVT (Photovoltaic Thermal) module and increased the PVT module's total efficiency from 55% to 75%. 3. Collected and analyzed the green building's consumption ratio and maintained the green building power generation. 4. Planning and simulation of a green building.

1. 設計新型BIPV(Building-Integrated Photovoltaic)模組與製程改善，將生產良率從50%提高到90%。 2. 開發新型PVT（光伏熱）組件，將PVT組件總效率從55%提高到75%。 3. 收集與分析綠建築供/耗電量資料以掌握綠建築狀態。 4. 協助綠建築規劃與模擬。