Vukica Jovanovic, Old Dominion University – e-Portfolio

Education

Purdue University, West Lafayette, Indiana

  • Ph.D., Technology, 2010
    • Dissertation: Examining the extent of environmental compliance requirements on mechatronic products and their implementation through product lifecycle management
    • Relevant coursework:
      •  Experimental Statistics I (Statistics)
      •  Applied Regression Analysis (Statistics)
      •  Analysis Research Industry & Technology (Technology)
      •  Independent Study in Technology (Technology)
      •  Managerial Economic Decision-Making (Aviation Technology)
      •  Selected Topics in Sensor Net (Wireless Sensor Networks) (Electrical and Computer Engineering Technology)
      •  Product Lifecycle Management (Computer Graphics Technology)
      •  Technology from the Global Perspective (Mechanical Engineering Technology)
      •  Programming Applications for Engineers (C and Matlab) (Computer Science)
      •  Design for Manufacturability (Mechanical Engineering)
      •  Systems Simulation (Industrial Engineering)
      •  Curriculum in Career and Technical Education (Education)
      •  Technical Writing (English)
      •  Preparing Future Faculty

University of Novi Sad, Novi Sad, Serbia

    • Master (dipl.ing) in Industrial Engineering:  Robotics, Mechatronics & Automation, 2001
      • Thesis: Design of Assembly Procedures and System for Manufacturing Program of Hydraulic Valve (company sanitary fittings – FASAU, Uzice)
      1. Relevant coursework:

 Quality and Maintenance: 

        • Statistical Methods in Enterprise (1 semester)
        • Reliability Theory (1 semester)
        • Basics of the Systems Theory and Management (1 semester)
        • Measuring and Testing Technologies (1 semester)
        • Integral Quality Insurance System (2 semesters)
        • Engineering Integral Logistics Support and Maintenance (1 semester)
        • Ecology and Sustainable Development (1 semester)
Production Systems:
        • Basic Working Processes and Working Means (1 semester)
        • Technology Basis of Effective Production (1 semester)
        • Assembly Technologies (1 semester)
        • Production Systems Design (2 semesters)
Flexible Manufacturing Systems:
        • Information and Communication Systems Design (1 semester)
        • Components of Technological Systems (Compressors, Pumps, Valves) (1 semester)
        • Material Handling Technologies (2 semesters)
        • Pneumatics, Electro-pneumatics (2 semesters)
        • Hydraulics (1 semester)
        • Production Systems Control (2 semesters)
        • Systems Control and Industrial Robotics (2 semesters)
        • Programmable Logical Controllers (1 semester)
        • Artificial Intelligence and Expert Systems (1 semester)
        • Computer Integration of Manufacturing Systems (1 semester)
        • Mechatronics (1 semester)
Industrial Management:
  • Technological Forecasting and Entrepreneurship (1 semester)
  • Marketing (1 semester)
  • Technology of Enterprise Organization (1 semester)
  • Enterprise Management (1 semester)
  • Economy of Enterprises (1 semester)
Mechanical Engineering
Product Design:
  • Statics (1 semester)
  • Kinematics (1 semester)
  • Theory of Mechanisms (1 semester)
  • Strength of Materials (1 semester)
  • Automation of Design Procedures (CAD) (1 semester)
  • Principles of Product Development (1 semester)
Materials and Manufacturing:
  • Material Science (2 semesters)
  • Heat Treatment (2 semesters)
  • Casting (1 semester)
  • Welding (1 semester)
  • Metal Forming (1 semesters)
  • Metal Cutting (2 semesters)
  • Machine Elements (2 semesters)
  • Graphics Communication and Constructions (3 semesters)
Technical School “Radoje Marić” , Užice, Serbia

  • Electrician, Pre-engineering program (Magnet school) – Power Engineering and Electrical Machines, 1994
    • Final Project: Maintenance of Electric Locomotive ASEA 461 with Silicon Diodes
    • Professional courses:
      •  Economy and Enterprise Management (1 year)
      •  Measurements in Electrical Engineering (2 years)
      •  Electronics and Power Electronics (2 years)
      •  Materials in Electrical Engineering (1 year)
      •  Basis of Control Theory (1 year)
      •  Computers in Electrical Engineering (1 year)
      •  Technical Drawing and Descriptive Theory (1 year)
      •  Electrical Installations and Lighting (1 year)
      •  Electrical Machines and Their Monitoring (1 year)
      •  Electronics in Power Management (1 year)
      •  Basics of Mechanical Engineering (1 year)
      •  Basics of Electrostatics (1 year)
      •  Electromagnetic Fundamentals (1 year)
      •  Electrical Power Engineering (1 year)

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