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Data Science Competition Participant @Self-Employed
2020 ~ Present
資料科學家
Within one month
智慧於建築設備群的運轉異常偵測及診斷服務 - 實踐能夠大量導入和訓練的建模流程, 應用於超過千台設備、萬點以上的IoT點位 - 應用機器學習技術及早發覺異常徵兆, 提前告知維護人員設備異常及診斷預測 - 獲得內政部建研所2019年、第12屆巢
Microsoft Office
python
machine learning
Studying
Ready to interview
Full-time / Interested in working remotely
4-6 years
National University of Singapore
Department of building
Avatar of 曾文鍾.
Avatar of 曾文鍾.
技術部門經理 @沛鑫包裝科技
2018 ~ Present
R & D technologist/program manager
Within one month
用: 用於客戶服務,搭配AI視覺辨識,降低客戶排除異常之步驟。 IO-Link: 以此技術取得設備即時資料,預期透過AI模型訓練優化IOT設備參數。 減碳: 設備進行節能減碳電源設計,佐以大數據回饋,企圖降低碳權成本。 主要貢獻 新產品線開發: 成功推出市場
Computer Vision
c#
Automation
Employed
Ready to interview
Full-time / Interested in working remotely
6-10 years
國立中興大學
機械
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Avatar of Raymond Ting.
Past
Senior iOS Developer @Nogle Taiwan
2021 ~ 2023
Senior iOS App developer
Within one month
.comSkills: Objective-C / Swift / BLE / Socket / Golang Reference: Yan Qi <[email protected]>, retired Miotta CTO, Donna Ho <[email protected]>, resigned Miotta PM. 工作經歷 Miotta, Senior iOS Developer, Jun 2015 ~ Mar 2020 • Lead iOS Team • IoT mobile applications maintenance / refactor / optimization • Video streaming SDK development • Streaming Server implementation FDT-AIV Center for Financial Technology, Mobile Application R&D Head, May 2014 ~ May 2015 • Lead iOS Team (5 people) • iOS Products development • Real-time data for mobile app • Continuous integration system for iOS APPs
Objective-C
IOS Development
golang
Unemployed
Ready to interview
Full-time / Interested in working remotely
6-10 years
Feng Chia University
Civil Engineering
Avatar of CHUN-HSIEN (TEDDY) LIN.
Avatar of CHUN-HSIEN (TEDDY) LIN.
資深管理師 @群聯電子 PHISON Electronics
2020 ~ Present
Within one month
CHUN-HSIEN (TEDDY) LIN E-mail: [email protected] Tel:South Dist., Taichung City, Taiwan (R.O.C.) My name is Teddy Lin, and I come from Miaoli, Taiwan. I am 39 years old and hold three master's degrees. I specialized in Industrial Management at Chung Hua University in Taiwan, Environmental Science and Management at Samford University in the United States, and Computer Science at National Chung Hsing University in Taiwan. Currently, I am pursuing a Ph.D. in Data Science and Engineering at National Yang Ming Chiao
AutoCAD
Operating Performance Analysis
Occupational Health Safety Management
Employed
Ready to interview
Full-time / Interested in working remotely
More than 15 years
National Yang Ming Chiao Tung University
Institute of Computer Science and Engineering
Avatar of Danny_Teng.
Avatar of Danny_Teng.
Software Engineering Section Manager @仁寶
2023 ~ Present
Lead Designer, Senior Consultant, Design Manager
Within one month
the management of the AI model tracking system. -Enhanced the AI data annotation system by implementing label hot keys for 40 customized label items, leading to a 30% improvement in labeling efficiency. Senior Software Engineer • 仁寶 六月四月Spearheaded the design of test systems for IoT products on manufacturing lines, successfully applied to 37 IoT products, including smart meters, smart gym machines, and medical equipment, for quality monitoring and functional testing. -Collaborated closely with manufacturing teams and customers to enhance the ODM production process. -Developed instrument control programs for various measuring instruments, enabling
Python
Docker
DevOps
Employed
Ready to interview
Full-time / Interested in working remotely
6-10 years
National Taipei University of Technology
電機系
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Avatar of the user.
UIUX Designer @icash 愛金卡股份有限公司
2022 ~ Present
Product Manager, 產品經理,UIUX設計師,UIUX Designer
Within one month
Photoshop
Illustrator
HTML/CSS
Employed
Ready to interview
Full-time / Interested in working remotely
More than 15 years
國立臺灣藝術大學
工藝設計系
Avatar of the user.
Avatar of the user.
Project Manager @明基電通
2022 ~ Present
Service Manager or Project Manager or Supply Chain Manager or Purchaser
Within one month
Word
PowerPoint
Excel
Employed
Ready to interview
Full-time / Interested in working remotely
4-6 years
Yuan-Ze University
製造工程與經營管理系
Avatar of 陳韋燁.
Avatar of 陳韋燁.
Past
工程師 @博彥科技有限公司
2018 ~ 2023
後端工程師
Within one month
陳韋燁 Taipei, [email protected] 具備豐富後端及韌體相關經驗 要求程式碼簡潔,以clean architecture為目標 熟稔底層原理,深度理解OOP 精通TDD,力求程式碼品質 樂於追求挑戰,精益求精 工作經歷 工程師 • 博彥科技有限公司 八月十二月 2023 | Taipei, Taiwan 智慧門鎖 家庭IOT,強化自家
C
C++
Golang
Unemployed
Ready to interview
Full-time / Interested in working remotely
4-6 years
龍華科技大學
資訊網路工程
Avatar of 蔡昀橋.
Avatar of 蔡昀橋.
前端工程師 @法商法國巴黎人壽保險股份有限公司台灣分公司
2022 ~ Present
資深前端工程師、系統分析師、專案經理
Within one month
腦股份有限公司 九月五月開發Android based機器人智慧家庭功能,整合網路攝影機, 紅外線遙控, 智慧燈泡、門鎖、空調, 風扇等裝置進IoT framework並導入framework進機器人系統、開發機器人端app及設計自然語言控制功能。 2.設計並導入智慧裝置於機器人的自動測試
Java
python
Linux
Employed
Ready to interview
Full-time / Interested in working remotely
6-10 years
Stony Brook University
Technological System Management
Avatar of the user.
前端工程師 Front-End Developer
Within one month
JavaScript
CSS3
HTML5
Unemployed
Ready to interview
Full-time / Interested in working remotely
More than 15 years
National Yunlin University of Science and Technology
Visual communication design

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建築/能源/IoT 資料科學家
Self-Employed
2020 ~ Present
台灣台北市
Professional Background
Current status
Studying
Job Search Progress
Ready to interview
Professions
Big Data Engineer, Data Analyst, Data Scientist
Fields of Employment
Artificial Intelligence / Machine Learning, Internet of Things (IoT), Energy
Work experience
4-6 years
Management
I've had experience in managing 1-5 people
Skills
Microsoft Office
python
machine learning
AI
IoT
Data science
Languages
English
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Chinese
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Job search preferences
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資料科學家
Job types
Full-time
Locations
台灣台北
Remote
Interested in working remotely
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Yes, I freelance in my spare time
Educations
School
National University of Singapore
Major
Department of building
Print

傅群

0913889502 | [email protected]
https://www.linkedin.com/in/chun-fu/
https://www.kaggle.com/patrick0302

我是一名擁有豐富機器學習和數據分析經驗的專業人士,包含了學術界的博士學歷及豐富的業界經驗,尤其在能源和建築領域有著全面的專案經驗。以下是我職業生涯的亮點和重要成就:
- 在能源和建築領域有全面的機器學習專案經驗,包括預測、異常檢測、填補缺失數據和生成模型等方面
- 在建築和能源領域擁有超過三年的業界工作經驗,包括建築運營和節能策略,參與過數個建築大數據的專案
- 在數據競賽方面擁有豐富經驗,包括在Kaggle程式碼的Master級別,並在太陽能板生產、智慧農業數位分身和西門子永續黑客松等競賽中獲勝
- 多次應邀發表講座和演講,分享能源建模和數據分析方面的知識,包括在台灣電力公司、學術會議以及Python社群
- 在數據競賽、業界工作和學術研究的不同職位中,展示出強大的團隊合作和領導能力

工作經歷


Data Science Competition Expert

一月 2020 - Present  |  Taipei, Taiwan

- 2024 Kaggle獎金競賽:Enefit -預測prosumers能源行為, 銀牌, 71th/2731 on public leaderboard (團隊成員)
- 2023西門子永續技術黑客松:”Swarm Behaviour on the Grid”, 第一名 (團隊成員,獲得5,000歐元)
- 2022 台灣AIGO:透過身體組成與健身數據AI智能健身訓練課程推薦系統, 優勝隊伍 (團隊隊長, 獲得10,000美元)
- 2022年Kaggle社區競賽:大規模能源異常檢測, 第一名(獨立參賽)
- 2021智慧農業數位分身創新應用競賽,第三名 (團隊成員, 獲得1,500美元)
- 2020 Aidea:中科智慧製造-光電製程品質預測, 第一名 (獨立參賽, 獲得1,500美元)
- Kaggle平台的程式碼(notebooks)Master (180th/55809)

資料科學家  •  探識空間科技有限公司

八月 2016 - 一月 2020  |  Taipei, Taiwan

與台積電合作研發: 應用人工智慧於建築設備群的運轉異常偵測及診斷服務
- 實踐能夠大量導入和訓練的建模流程, 應用於超過千台設備、萬點以上的IoT點位
- 應用機器學習技術及早發覺異常徵兆, 提前告知維護人員設備異常及診斷預測
- 獲得內政部建研所2019年、第12屆巢向未來銀獎獎項(總排名第二名)

分析市政府的BA大數據, 並協助BIM-FM系統的建置
- 建置可視化的能源預測及最佳化服務(結合氣象預報)
- 從營運大數據中, 提出數種策略: 冰機預測性控制, 預冷策略, 負荷移轉
- 帶領工讀生完成1000+個空調設備的電子及系統化

建置智慧建築管理系統 (內政部建研所的Living 3.0智慧化展示空間)
- 整合500+的I/O點位, 包含既有系統及新增感測器 (BACnet/Modbus)
- 向參觀民眾展示智慧節能及最佳化控制 (每年約10,000+遊客), 視覺化呈現建築營運

學歷


National University of Singapore

Department of building  •  2020 - 2024

- 專攻建築能源和營運的機器學習技術。研究全面涵蓋了應用ML/DL的預測、異常檢測、缺失數據填補和數據生成
- Technical team in Kaggle competition: <ASHRAE - Great Energy Predictor III>近20年最大的建築能源數據競賽, 數據集涵蓋全球1500棟建築、收集期間長達三年, 協助分析比賽隊伍的機器學習模型及預測表現, 並比較不同的預測模型建構策略
- 博士論文<Automated Pipelines for Enhanced Energy Data Quality: Anomaly Detection, Data Imputation, and Generative Modeling>, 提出了一套結合異常偵測、缺失預測和數據條件生成的自動化流程, 規模化的將能源大數據進行清理和前處理。
- 2023台灣電力公司邀請演講: 數據與電業之旅系列講座 – 以數據探索能源與評估風險,
- 2022 PyCon APAC (python社群年會)公開演講: 從開放數據閱讀台灣能源 - 數據探索、模型預測和風險評估
- 2022 BuildSys2022 Workshop: "1st ACM BuildSys 2022 Tutorial on Electricity Demand Forecasting"

National Taiwan University

Sustainable Environment and Green Architecture  •  2013 - 2015

綠建築標章制度下之節能成效調查與驗證研究

-執行國內首次對EEWH綠建築標章實質效益的全面檢核, 欲了解國內的綠建築制度對於建築耗能是否有顯著的成效
-進行數棟具綠建築標章辦公大樓的EnergyPlus能源性能模擬

National Taiwan University

Bioenvironmental System Engineering  •  2009 - 2013

- NTU Presidential Award (2013)
- Class Representative

學術發表


- Fu, C., Quintana, M., Nagy, Z., & Miller, C. (2024). Filling time-series gaps using image techniques: Multidimensional context autoencoder approach for building energy data imputation. Applied Thermal Engineering, 236, 121545.

- Canaydin, A., Fu, C., Balint, A., Khalil, M., Miller, C., & Kazmi, H. (2024). Interpretable domain-informed and domain-agnostic features for supervised and unsupervised learning on building energy demand data. Applied Energy, 360, 122741.

- Fu, C., Kazmi, H., Quintana, M., & Miller, C. (2023, November). Enhancing Classification of Energy Meters with Limited Labels using a Semi-Supervised Generative Model. In Proceedings of the 10th ACM International Conference on Systems for Energy-Efficient Buildings, Cities, and Transportation (pp. 450-453).

- H. Kazmi, Fu, C., C. Miller, “Ten questions concerning data-driven modelling and forecasting of operational energy demand at building and urban scale,” Building and Environment, vol. 239, pp. 110407, 2023.

- Fu, C., Arjunan, P., & Miller, C. (2022, November). Trimming outliers using trees: winning solution of the large-scale energy anomaly detection (LEAD) competition. In Proceedings of the 9th ACM International Conference on Systems for Energy-Efficient Buildings, Cities, and Transportation (pp. 456-461).

- Miller, C., Picchetti, B., Fu, C., & Pantelic, J. (2022). Limitations of machine learning for building energy prediction: ASHRAE Great Energy Predictor III Kaggle competition error analysis. Science and Technology for the Built Environment, 1-18.

- Fu, C., & Miller, C. (2022). Using Google Trends as a proxy for occupant behavior to predict building energy consumption. Applied Energy, 310, 118343.

- Miller, C., Hao, L., Fu, C. (2022). Gradient boosting machines and careful pre-processing work best: ASHRAE Great Energy Predictor III lessons learned. arXiv preprint arXiv:2202.02898.

- Miller, C., Arjunan, P., Kathirgamanathan, A., Fu, C., Roth, J., Park, J. Y., ... & Haberl, J. (2020). The ASHRAE great energy predictor III competition: Overview and results. Science and Technology for the Built Environment, 26(10), 1427-1447.

語言


  • English — 專業
  • Chinese — 母語或雙語
Resume
Profile

傅群

0913889502 | [email protected]
https://www.linkedin.com/in/chun-fu/
https://www.kaggle.com/patrick0302

我是一名擁有豐富機器學習和數據分析經驗的專業人士,包含了學術界的博士學歷及豐富的業界經驗,尤其在能源和建築領域有著全面的專案經驗。以下是我職業生涯的亮點和重要成就:
- 在能源和建築領域有全面的機器學習專案經驗,包括預測、異常檢測、填補缺失數據和生成模型等方面
- 在建築和能源領域擁有超過三年的業界工作經驗,包括建築運營和節能策略,參與過數個建築大數據的專案
- 在數據競賽方面擁有豐富經驗,包括在Kaggle程式碼的Master級別,並在太陽能板生產、智慧農業數位分身和西門子永續黑客松等競賽中獲勝
- 多次應邀發表講座和演講,分享能源建模和數據分析方面的知識,包括在台灣電力公司、學術會議以及Python社群
- 在數據競賽、業界工作和學術研究的不同職位中,展示出強大的團隊合作和領導能力

工作經歷


Data Science Competition Expert

一月 2020 - Present  |  Taipei, Taiwan

- 2024 Kaggle獎金競賽:Enefit -預測prosumers能源行為, 銀牌, 71th/2731 on public leaderboard (團隊成員)
- 2023西門子永續技術黑客松:”Swarm Behaviour on the Grid”, 第一名 (團隊成員,獲得5,000歐元)
- 2022 台灣AIGO:透過身體組成與健身數據AI智能健身訓練課程推薦系統, 優勝隊伍 (團隊隊長, 獲得10,000美元)
- 2022年Kaggle社區競賽:大規模能源異常檢測, 第一名(獨立參賽)
- 2021智慧農業數位分身創新應用競賽,第三名 (團隊成員, 獲得1,500美元)
- 2020 Aidea:中科智慧製造-光電製程品質預測, 第一名 (獨立參賽, 獲得1,500美元)
- Kaggle平台的程式碼(notebooks)Master (180th/55809)

資料科學家  •  探識空間科技有限公司

八月 2016 - 一月 2020  |  Taipei, Taiwan

與台積電合作研發: 應用人工智慧於建築設備群的運轉異常偵測及診斷服務
- 實踐能夠大量導入和訓練的建模流程, 應用於超過千台設備、萬點以上的IoT點位
- 應用機器學習技術及早發覺異常徵兆, 提前告知維護人員設備異常及診斷預測
- 獲得內政部建研所2019年、第12屆巢向未來銀獎獎項(總排名第二名)

分析市政府的BA大數據, 並協助BIM-FM系統的建置
- 建置可視化的能源預測及最佳化服務(結合氣象預報)
- 從營運大數據中, 提出數種策略: 冰機預測性控制, 預冷策略, 負荷移轉
- 帶領工讀生完成1000+個空調設備的電子及系統化

建置智慧建築管理系統 (內政部建研所的Living 3.0智慧化展示空間)
- 整合500+的I/O點位, 包含既有系統及新增感測器 (BACnet/Modbus)
- 向參觀民眾展示智慧節能及最佳化控制 (每年約10,000+遊客), 視覺化呈現建築營運

學歷


National University of Singapore

Department of building  •  2020 - 2024

- 專攻建築能源和營運的機器學習技術。研究全面涵蓋了應用ML/DL的預測、異常檢測、缺失數據填補和數據生成
- Technical team in Kaggle competition: <ASHRAE - Great Energy Predictor III>近20年最大的建築能源數據競賽, 數據集涵蓋全球1500棟建築、收集期間長達三年, 協助分析比賽隊伍的機器學習模型及預測表現, 並比較不同的預測模型建構策略
- 博士論文<Automated Pipelines for Enhanced Energy Data Quality: Anomaly Detection, Data Imputation, and Generative Modeling>, 提出了一套結合異常偵測、缺失預測和數據條件生成的自動化流程, 規模化的將能源大數據進行清理和前處理。
- 2023台灣電力公司邀請演講: 數據與電業之旅系列講座 – 以數據探索能源與評估風險,
- 2022 PyCon APAC (python社群年會)公開演講: 從開放數據閱讀台灣能源 - 數據探索、模型預測和風險評估
- 2022 BuildSys2022 Workshop: "1st ACM BuildSys 2022 Tutorial on Electricity Demand Forecasting"

National Taiwan University

Sustainable Environment and Green Architecture  •  2013 - 2015

綠建築標章制度下之節能成效調查與驗證研究

-執行國內首次對EEWH綠建築標章實質效益的全面檢核, 欲了解國內的綠建築制度對於建築耗能是否有顯著的成效
-進行數棟具綠建築標章辦公大樓的EnergyPlus能源性能模擬

National Taiwan University

Bioenvironmental System Engineering  •  2009 - 2013

- NTU Presidential Award (2013)
- Class Representative

學術發表


- Fu, C., Quintana, M., Nagy, Z., & Miller, C. (2024). Filling time-series gaps using image techniques: Multidimensional context autoencoder approach for building energy data imputation. Applied Thermal Engineering, 236, 121545.

- Canaydin, A., Fu, C., Balint, A., Khalil, M., Miller, C., & Kazmi, H. (2024). Interpretable domain-informed and domain-agnostic features for supervised and unsupervised learning on building energy demand data. Applied Energy, 360, 122741.

- Fu, C., Kazmi, H., Quintana, M., & Miller, C. (2023, November). Enhancing Classification of Energy Meters with Limited Labels using a Semi-Supervised Generative Model. In Proceedings of the 10th ACM International Conference on Systems for Energy-Efficient Buildings, Cities, and Transportation (pp. 450-453).

- H. Kazmi, Fu, C., C. Miller, “Ten questions concerning data-driven modelling and forecasting of operational energy demand at building and urban scale,” Building and Environment, vol. 239, pp. 110407, 2023.

- Fu, C., Arjunan, P., & Miller, C. (2022, November). Trimming outliers using trees: winning solution of the large-scale energy anomaly detection (LEAD) competition. In Proceedings of the 9th ACM International Conference on Systems for Energy-Efficient Buildings, Cities, and Transportation (pp. 456-461).

- Miller, C., Picchetti, B., Fu, C., & Pantelic, J. (2022). Limitations of machine learning for building energy prediction: ASHRAE Great Energy Predictor III Kaggle competition error analysis. Science and Technology for the Built Environment, 1-18.

- Fu, C., & Miller, C. (2022). Using Google Trends as a proxy for occupant behavior to predict building energy consumption. Applied Energy, 310, 118343.

- Miller, C., Hao, L., Fu, C. (2022). Gradient boosting machines and careful pre-processing work best: ASHRAE Great Energy Predictor III lessons learned. arXiv preprint arXiv:2202.02898.

- Miller, C., Arjunan, P., Kathirgamanathan, A., Fu, C., Roth, J., Park, J. Y., ... & Haberl, J. (2020). The ASHRAE great energy predictor III competition: Overview and results. Science and Technology for the Built Environment, 26(10), 1427-1447.

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  • Chinese — 母語或雙語