Jacob Rubinovitz
 | A major contributor to this article appears to have a close connection with its subject. (March 2013) |
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Jacob Rubinovitz | |
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| File:Jacob Rubinovitz (26 January 2012).jpg | |
| Born | 6 September 1947 |
| Nationality | Israeli |
| Alma mater | Technion Penn State |
| Known for | Robotics, Industrial engineering |
| Spouse | Nurit |
| Scientific career | |
| Fields | CIM Robotics |
| Doctoral advisor | Dr. Rick Wysk |
| Other academic advisors | Ezey M. Dar-EL |
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Jacob Rubinovitz (born 6 September 1947, in Lodz, Poland, heb. יעקב רובינוביץ) is an Israeli scientist. He was the head of the Laboratory for robotics and CIM (Computer Integrated Manufacturing) at the Technion. He published a lot of books and papers in his area.
Biography
Rubinovitz was born in Lodz, Poland, 6 September 1947. In 1957 he moved to Israel, in aliath Gomulka. This was coming of Jews from Poland to Israel which started in 1956, after the Polish October. He graduated from the Faculty of Industrial engineering and Management at the Technion. From 1969 to 1973 he was a senior systems analyst at Mamram and senior systems analyst at Control Data (Israel). He managed the industrial software team (1973–1983) and initially worked at Israel Aerospace Industries, where an industrial software was developed MRP. Software called MASS was developed by a team of IAI programmers, and installed by CDC(Israel) in Escom, the power company of South Africa, in 1976 for maintenance of power plants . He installed the software (Cyber Manufacturing Management System) Industrial Management software for Enterprise resource planning developed by the company, worldwide in South Africa, Netherlands, United States and Australia.
In 1987, at the end of his doctoral studies at Pennsylvania State University, he served a year as a visiting professor at the Department of Industrial Engineering at Pennsylvania State University. In 1988, he returned to Israel and joined the Industrial Engineering & Management department at Technion. He created and led the Laboratory of robotics and CIM at the Technion.[1] Dr Hussein Naseraldin was his teaching assistant (currently he is a lecturer at the ORT Braude College of Engineering).[2] While Rubinovitz was a faculty member of The Faculty of Industrial Engineering & Management, he had a joint activity with his teaching assistant in the field of active learning. This activity resulted from the vision of promoting active learning among students of production and management. For his teaching assistant Hussein, while Hussein completed his master degree at the Technion, Rubinovitz obtained financial assistance for developing active learning models and tools and utilities accounted for active learning of Industrial engineering.
From 2003 to 2004, he taught industrial engineering at the University of Tel Aviv. He retired in 2005 in an early retirement from the Technion due to illness. Jacob Rubinovitz published books and articles, in his field. He was a member of the program committee of Administrative Sciences and Technology of the Ministry of Education. In March 2012 he was a guest of honor at the national conference of industry and management in Israel. Rubinovitz is married to Nurit and is the father of three children (Ofer and Sagi Rubin and Michal Slonim) and grandfather of three (Yuval, Harel Eizner-Rubin and Naveh Slonim). Previously he lived in Mishmar HaShiv'a (moshav).
Writings
Books (or chapters in books)
- Shimon Y.Nof (editor) Handbook of Industrial Robotics wrote Chapter 37 :CAD and Graphic Simulators/Emulators of Robotic Systems [1]
- Bidanda and Cleland (editors) The Automated Factory Handbook Technology and Management [2]
- (In Hebrew) Computer Integrated Manufacturing Systems: Introduction and content calculation, digital control [3]
- Survey on the Penetration of Advanced Production Systems and Factory Automation into the Israeli Industry (along with other scientists), including Z'eev Bonen. [4]
Selected articles
- Design and Balancing of Robotic Assembly Lines [5]
- Genetic Algorithm for the Robotic Assembly Plan Problem [6]
- Task level off-line programming system for robotic arc welding – an overview. Journal of Manufacturing Systems, 7(4), 293–299. [7]
- Off-line computer-aided path planning system for an arc-welding robot [8]
- Heuristic algorithm for the generalized group technology problem [9]
- Analysis of Robot Motion Performance and Implications to Economy Principles [10]
- A genetic algorithm for robotic assembly line balancing [11]
- Genetic algorithm for linear and cyclic assignment problem [12]
- Using learning theory in assembly lines for new products [13]
- A weighted approach for assembly line design with station paralleling and equipment selection [14]
- RALB – A Heuristic Algorithm for Design and Balancing of Robotic Assembly Lines [15]
References
