沈益吉｜個人履歷 CV

沈益吉履歷

國立勤益科技大學智慧自動化工程系學生，專注於PLC控制、感測整合與機電系統實作，以清楚紀錄專題流程與學習歷程，呈現兼具理論與實務的個人履歷。

A detailed flat-lay composition of an engineering student’s project portfolio on a dark matte desk surface, including a printed resume in Chinese with clear section headers, a set of glossy project report booklets, and a tablet displaying a dashboard of automation system diagrams. Beside them, a polished metal gear assembly and a neatly coiled ribbon cable subtly indicate smart automation expertise. Overhead soft studio lighting casts even illumination with gentle shadows, emphasizing textures of paper, metal, and glass. The arrangement is aligned using the rule of thirds, with sharp focus across the entire frame. The mood is professional, precise, and methodical, with a clean, modern photographic style suitable for a personal CV website.
A high-tech laboratory-style environment featuring a compact smart automation workstation: a small industrial robotic arm in brushed aluminum, a conveyor belt mockup with color-coded sensors, and a control panel screen showing a clean PLC ladder logic diagram. The equipment sits on a spotless white bench, with cable routing neatly organized in trays. Cool, diffused overhead LED lighting creates crisp highlights along metal edges and subtle reflections on glossy sensor casings. The background is softly out of focus, suggesting more lab benches and instrument racks. Captured from a slightly low angle to make the hardware feel robust and important, with photographic realism and a balanced composition that conveys innovation, precision, and practical engineering skill.
A detailed scene of an automation engineering capstone project prototype: a tidy assembly of acrylic plates, aluminum extrusions, stepper motors, and limit switches forming a small-scale automated sorting system. Colored indicator lights glow softly on the control box, connected via labeled cables to a DIN-rail mounted PLC inside a transparent enclosure. The setup rests on a neutral gray lab table, with printed wiring diagrams and a block diagram of system architecture partially visible nearby. Neutral, soft studio lighting emphasizes the clarity of components and the transparency of plastic housings, casting gentle, precise shadows. Photographic realism, shot from a three-quarter elevated angle to reveal both top and side details, creating a focused, professional atmosphere that highlights hands-on engineering competence.
A detailed flat-lay composition of an engineering student’s project portfolio on a dark matte desk surface, including a printed resume in Chinese with clear section headers, a set of glossy project report booklets, and a tablet displaying a dashboard of automation system diagrams. Beside them, a polished metal gear assembly and a neatly coiled ribbon cable subtly indicate smart automation expertise. Overhead soft studio lighting casts even illumination with gentle shadows, emphasizing textures of paper, metal, and glass. The arrangement is aligned using the rule of thirds, with sharp focus across the entire frame. The mood is professional, precise, and methodical, with a clean, modern photographic style suitable for a personal CV website.

作品與專題

本履歷以「專題導向」整理學習歷程：每一項作品皆包含系統架構說明、使用之軟硬體與工具（如PLC、HMI、CAD、感測元件與控制程式）、個人負責內容，以及面臨問題與改進思考。透過技術細節與反思紀錄，呈現我在智慧自動化領域從需求分析、電控設計到實機測試的完整能力。

A high-tech laboratory-style environment featuring a compact smart automation workstation: a small industrial robotic arm in brushed aluminum, a conveyor belt mockup with color-coded sensors, and a control panel screen showing a clean PLC ladder logic diagram. The equipment sits on a spotless white bench, with cable routing neatly organized in trays. Cool, diffused overhead LED lighting creates crisp highlights along metal edges and subtle reflections on glossy sensor casings. The background is softly out of focus, suggesting more lab benches and instrument racks. Captured from a slightly low angle to make the hardware feel robust and important, with photographic realism and a balanced composition that conveys innovation, precision, and practical engineering skill.
A detailed scene of an automation engineering capstone project prototype: a tidy assembly of acrylic plates, aluminum extrusions, stepper motors, and limit switches forming a small-scale automated sorting system. Colored indicator lights glow softly on the control box, connected via labeled cables to a DIN-rail mounted PLC inside a transparent enclosure. The setup rests on a neutral gray lab table, with printed wiring diagrams and a block diagram of system architecture partially visible nearby. Neutral, soft studio lighting emphasizes the clarity of components and the transparency of plastic housings, casting gentle, precise shadows. Photographic realism, shot from a three-quarter elevated angle to reveal both top and side details, creating a focused, professional atmosphere that highlights hands-on engineering competence.
A detailed flat-lay composition of an engineering student’s project portfolio on a dark matte desk surface, including a printed resume in Chinese with clear section headers, a set of glossy project report booklets, and a tablet displaying a dashboard of automation system diagrams. Beside them, a polished metal gear assembly and a neatly coiled ribbon cable subtly indicate smart automation expertise. Overhead soft studio lighting casts even illumination with gentle shadows, emphasizing textures of paper, metal, and glass. The arrangement is aligned using the rule of thirds, with sharp focus across the entire frame. The mood is professional, precise, and methodical, with a clean, modern photographic style suitable for a personal CV website.

評論

A high-tech laboratory-style environment featuring a compact smart automation workstation: a small industrial robotic arm in brushed aluminum, a conveyor belt mockup with color-coded sensors, and a control panel screen showing a clean PLC ladder logic diagram. The equipment sits on a spotless white bench, with cable routing neatly organized in trays. Cool, diffused overhead LED lighting creates crisp highlights along metal edges and subtle reflections on glossy sensor casings. The background is softly out of focus, suggesting more lab benches and instrument racks. Captured from a slightly low angle to make the hardware feel robust and important, with photographic realism and a balanced composition that conveys innovation, precision, and practical engineering skill.

Aya Nakamura

指導推薦

A detailed scene of an automation engineering capstone project prototype: a tidy assembly of acrylic plates, aluminum extrusions, stepper motors, and limit switches forming a small-scale automated sorting system. Colored indicator lights glow softly on the control box, connected via labeled cables to a DIN-rail mounted PLC inside a transparent enclosure. The setup rests on a neutral gray lab table, with printed wiring diagrams and a block diagram of system architecture partially visible nearby. Neutral, soft studio lighting emphasizes the clarity of components and the transparency of plastic housings, casting gentle, precise shadows. Photographic realism, shot from a three-quarter elevated angle to reveal both top and side details, creating a focused, professional atmosphere that highlights hands-on engineering competence.

Mateo García

競賽評語