1. Bojan Andonovski
Unit 301, 380 Harris Street, Pyrmont NSW 2009
Email:bojan.andonovski@yahoo.de
Mobile: 0406601971
Pro-active and energetic professional Mechatronics Engineer with competency in areas of product
management, research and developing. Proven expertise in assistive technology, power electronics
and industry automation over 10 years working experience in multiple projects for client-based
organisation.
Developed solid communication and technical capabilities to effectively contribute towards projects
outcomes and enhance productivity.
Qualifications
Research Degree in Assistive medical robotics
University of Technology Sydney, CAS (Center for Autonomous Systems), Sydney, Australia, 2014
Master Degree in Power Electronics
Technical University of Dresden, Faculty of Electrical Engineering and Information Technology,
Dresden, Germany, 2002
GPA 1.7
Bachelor Degree in Computer Science
University of “St Kyril and Methody”, Faculty of Electrical Engineering and Information
Technology, Skopje, Macedonia, 1999
Employment History
Mechatronics Engineer
K-Hart International, Sydney, Australia
May 2015 – Present
• Designed and developed concepts and ideas for efficient solar panel tracking and monitoring
system.
• Implemented control concepts for a stand-alone solar panel system.
• Developed software for the tracking and monitoring system.

2. Research and Development Engineer, Assistive Medical Robotics
CAS, Center for Autonomous Systems, Sydney, Australia
2012- 2015 (Research)
• Created concepts and ideas how automated power wheelchair platform can help in the
assessment by an Occupational Therapists (OT) during rehabilitation process.
• Used and proceed electronics sensor data from mobile robotics platforms for localisation,
mapping and tracking.
• Data mining, machine learning techniques, probabilistic estimation theory
• Developed and integration advanced behaviour for robotic mobile platform with C++ under
Linux (Ubuntu) in ROS framework.
• Developed human-robot interface under Qt and ROS.
Mechatronics Engineer
K-Lagan Barcelona, Barcelona, Spain
2010- 2012
• Software Development- Developed haptic human-robot interface with Phantom Omni.
Programmed SNMP Agent for SCADA systems
• Electrical Function- Analysis and automation of a regulation structures for a power
electronics circuits. Power dissipation simulations with Saber
• Production management- LEAN Transformation.
• Testing- Design and performing EOF(End of Life) Testing
Electronics Engineer
Altran, Barcelona, Spain
November 2008- April 2010
• Designed and implemented medical device
• Created concepts and developed strategies for a better perception of the force in haptic
interface
• Designed and developed haptic strategies for physiological perception in teleoperation
• Introduce the device in the market and follow the ISO standards
• Technical support on a software solution for the optimization of a production control in VW
factory in Navara, Spain.
• Documented the code through UML (Unified Modified Language) Diagrams

3. Project Engineer, Power Electronics
Sener Barcelona, Barcelona, Spain
May 2006- October 2008
• Power Electronics Engineering-Scope, design and configure solutions for high-speed
railway line Bilbao - Hendaya (Spain – France)
• Study of the draft for the renovation of the overhead power cables, signalling and
substations in the mining line. Management work to extend power supplies, power
distribution, traction and control system.
Research Engineer, Power Electronics
University of Magdeburg, Magdeburg, Faculty of Engineering, Germany
June 2004- January 2006
• Inductive energy transmission systems with large air gap at high frequencies.
• Analysing and automation of regulations structures for power electronic circuits
• Increasing the efficiency coefficient of the energy transmission system
• FEM-Harmonically and transient analysis with ANSYS.
• Power dissipation analysis and switching behaviour simulation in the inductive energy
transmission with Simplorer
Electronic Engineer
Bosh, Reutlingen, Reutlingen, Germany
January 2002- April 2004
• Research in increasing the maximal junction temperature of the bipolar power transistor for
automotive ignition systems
• Automation of a measuring station to determinate the thermic resistance
• Graphical programming in G with LabView
Skills
• Software developing using C/C++ in Linux (Ubuntu) and Windows environment
• Embedded systems programming, Data mining and probabilistic estimation theory
• Various frameworks such as MFC (Microsoft Foundation Class Library) and ROS (Robot
Operation System) framework.
• Object oriented programming paradigms and event driven programming with Qt
• MATLAB and 3D Graphics tools such as OpenGL

4. • Power electronics circuits and elements. Regulation structures for power electronics and
control systems
• Proficient in industrial robotics for haptic teleoperation using industrial robot and
programming graphical and haptic threads
• Ability to work independently.
• Strong communication skills
Other Languages
• English: Fluent (written and spoken)
• German: Fluent (written and spoken)
• Spanish: Fluent (written and spoken)
• Macedonian: Native
Publications
1. Mecke,R.,Rathge,C.,Fischer,W.,Andonovski,B. Analysis of inductive energy transmission
systems with large air gap at high frequencies. European Conference on Power Electronics and
Applications, Toulouse 2003, Proceedings on CD-ROM
2. Andonovski, B., Stankovski, M. Human – robot, cooperation using a physical interface and the
object to manipulate with the haptic feedback, 893-917. In European University, Skopje,
Macedonia, Annual review 2011
3. Ponsa, P., Vilanova, R., Pérez, Á., Andonovski, B. et al. (2010). SCADA Design in Automation
Systems, 695-700. In 3rd International Conference on Human System Interaction, Rzeszow 2010.
4. Andonovski, B., Ponsa, P., Casals, A. (2010). Towards the Development of a Haptics Guideline in
Human-Robot Systems, 380-387. In 3rd International Conference on Human System Interaction,
Rzeszow 2010.
5. Miro, J. V., Black, R., Andonovski, B., Dissanayake, G. (2013). Development of a novel
evidence-based automated powered mobility device competency assessment. IEEE. International
Conference on Rehabilitation Robotics (ICORR) , Seattle 2013:[proceedings], 2013, 1-8.
6. Andonovski, B., Miro, J. V. & Poon, J. (2014). An automated mechanism to characterize
wheelchair user performance. IEEE. International Conference on Biomedical Robotics and
Biomechatronics 2014 São Paulo, Brazil.
Referees
Available upon request