ABOUT
​S. E. LYSHEVSKI
APPOINTMENTS
2002-Present Rochester Institute of Technology
Department of Electrical and Microelectronic Engineering
Professor of Electrical Engineering
2004-Present US Air Force Research Laboratories
Full Professor Summer Faculty Fellow ​
2012-2013 Fulbright Scholar
Professor of Electrical and Computer Engineering
1999-2006 US Naval Undersea Center, and, Naval Surface Warfare Center (Newport, RI and Dahlgren, VA)
Senior Summer Faculty Fellow
1993-2002 Purdue University, Indianapolis
Department of Electrical and Computer Engineering
Associate Professor of Electrical and Computer Engineering
1989-1992 Academy of Sciences of Ukraine
​Institute of Electrical Engineering and Applied Sciences
Microelectronic and Electromechanical Systems Division Head
1982-1989 National Technical University - Kiev Polytechnic Institute
Department of Electrical Engineering
Electrical Engineering Faculty
1980-1982 National Technical University - Kiev Polytechnic Institute
Department of Electrical Engineering
Research Assistant, PhD Student
EDUCATION
1987 Ph.D. Electrical Engineering, National Technical University - Kiev Polytechnic Institute
​
1980 M.S. Electrical Engineering, National Technical University - Kiev Polytechnic Institute
RESEARCH ANDÂ DEVELOPMENT
Fundamental, Applied, and Experimental Research
LARGE-SCALE DYNAMIC SYSTEMS AND CYBER-PHYSICAL SYSTEMS
Microsystems and MEMS for integrated sensing, processing, networking and control of physical systems
Technology developments, transfer and implementation of findings in advanced technology aerial, ground, surface and underwater vehicles, robots and energy systems
Descriptive, predictive, and prescriptive big data analytics for cyber-physical systems and core components
Multi-dimensional data fusion, processing, learning, cognition, and control
Systems design of large-scale cyber-physical systems
Enabled hardware - software platforms for big data driven high-confidence cyber-physical systems
INTEGRATED MICROELECTROMECHANICAL SYSTEMS
Design, analysis and characterization of microsystems and microdevices
Integrated microelectromechanical systems, sensors and transducers for aerial, energy and robotic systems
MEMS-technology multi-degree-of-freedom inertial measurement units and navigation systems
MECHATRONICS: ELECTROMECHANICS, ELECTRONICS AND CONTROL
Design, analysis and deployment of integrated electromechanical and mechatronic systems
Advanced-technology electromechanical motion devices and actuators
High-performance electromechanical systems for aerospace, automotive, energy, and naval systems
Implementation, technology transfer, and deployment
DIRECTION
SCHOLARSHIP
ACCOMPLISHMENTS
DIRECTION:
TRANSFORMATIVE RESEARCH AND HIGH-IMPACT TECHNOLOGIES
Integrated micro and processing technologies enabling processing, sensing, and control of physical systems
Information management of artificial intelligence and machine learning in industrial, security, and defense platforms
Intelligent automation and control
SCHOLARSHIP:
DEVELOPMENT, ADVANCEMENTS AND IMPLEMENTATION OF CONTROL, SENSING, PROCESSING AND INFORMATION TECHNOLOGIES
In complex physical systems and CPS, the designed and fabricated integrated microsystems enable sensing, processing and networking. Multi-sensing is accomplished by multi-degree-of-freedom solid-state opto-electronic, inertial and photonic sensors. Various biophysical, chemo-physical and physical quantities (acceleration, velocity, position, magnetic field, temperature, irradiation and others) are measured and processed. Accuracy, precision, robustness, data quality, data integrity, data conformity and data validity are ensured. Advanced actuators and transducers with matching electronics are used. Enabled functionalities, performance and capabilities are ensured by designed control and management systems. The key benefits are:
Affordable, cost-effective and practical solutions;
Safety, reliability and robustness;
Enabled functionality, performance and capabilities;
Application of control and MEMS technologies in complex electromechanical, electronic, and cyber-physical systems;
Compliance, adaptiveness, scalability and modularity;
Sufficient technology readiness level for technology transfer and commercialization.
ACCOMPLISHMENTS:
PROVEN HIGH-IMPACT TECHNOLOGIES IN SENSING, PROCESSING AND CONTROL
Derived and substantiated approaches in design of intelligent control, communications, and information processing systems
Designed control and management systems for unmanned, autonomous and semi-autonomous aerial, ground and underwater vehicles
Designed sensing, interfacing, data fusion and processing software and hardware
Designed actuators, sensors, and smart transducers using MEMS technologies
Designed, substantiated and implemented high-performance electromechanical systems in aerospace, automotive, energy and naval applications
Designed self-sustainable systems with energy harvesting, energy storage, and energy management modules
Substantiated, implemented and deployed solutions, platforms and technologies
Descriptive, predictive, and prescriptive analytics and analyses