Phoenix, Arizona, United States
I am interested in pioneering new solutions in cybernetics, robotics, aerospace and emergent intelligence. I have experience in: - Solving system engineering problems leading a team of specialist engineers during all the life cycle stages of a project, with experience working on all levels. - Specialize in making unique one-of systems to accomplish what has never been done before, or doing what-ever it takes to solve a problem or make a system work. - Technical and stakeholder requirements analysis with end-user involvement. - Generation of development and requirement specifications. - Avionics and land-based combat subsystem integration and fault-finding. - Industrial plant upgrade projects, providing electrical and control system engineering services for both retrofit and plant add-on projects in the oil & gas, pulp & paper, power generation and chemical plant sectors. - Industrial plant design on new turn-key green-field plants for oil & gas, power generation and mining. - Electrical building systems design for electrical power, data and communication systems in commercial, industrial and institutional buidings. - Proficient in: C, C++, Basic, Pascal, G2, Lisp, LPC, Matlab, Java, AutoPlant, Visual 3D amongst others. Specialties: Systems Integration Engineering: I can offer system-level integration of many engineering disciplines to design, implement, and verify plants and subsystems. Simulation and Training: I can translate your system into a simulation that can be used for man-in-the-loop or hardware-in-the-loop verification testing or training purposes. Electrical and Automation Engineering: I can provide consulting engineering services for Electrical and Automation systems for industrial plants.
Industrial Electrical and Automation Engineering in a variety of sectors such as Pulp & Paper, Oil & Gas, Chemical Plants, and Mining. Responsible for all phases of projects ranging from early concept development through feasibility studies, capital cost estimation, detail design, construction management, to commissioning and testing. Project work typically includes low and medium voltage motor control, low and medium voltage electrical distribution and protection, grounding and lightning protection, industrial lighting, power studies, and plant automation and control.
Development of a small and affordable, modular cybernetic control framework using intelligent multi-agent systems. This involves the development of both the hardware and embedded software to create the complete system. The system is now in early prototype phase.
Consulting design, specification and layout of commercial, institutional and industrial building electrical services, site services and lighting. Design and design team coordination for building and plant control systems. Site inspection of installations, and coordination between clients, consultants, suppliers and service contractors.
System design, development, integration and testing of software controlled electro-mechanical combat and training systems. Work included supporting the development of technical systems documents via requirements analysis, system concept and detail design, software, electrical and hardware architectural design and defining the development specification for the system. Interfaced with other engineers in and outside of the company, and customer representatives, to evaluate system impacts and identify solutions that will satisfy schedule, cost, and performance requirements. Coordinated technical aspects of the system development and integration testing between team members, sub-contractors and the client. Planned, organized the set-up of, and participated in system verification testing and qualification, including the generation and implementation of system test plans. Worked on aircraft level integration of military avionic systems developed by IST Dynamics, Denel Aviation, Kentron, Ansys, and ATE. Worked on the qualification and integration testing of military avionics software according to RTCA/DO-178B, level B requirements.