Thinking about Techno-Utopian Systems and Metabolic-Urbanism within a social, financial and energetic framework in constant change; we develop Integral Project Deliveries throughout all phases of construction that go all the way from planning to building post-occupancy; by means of BIM methodologies we provide models rich in data, which are used to take better design decisions, better constructive processes and a better operation and maintenance of buildings.Among our clients we have developers, builders and architects, who are looking for a better ROI.Techno‒Utopian SystemsArchitectural systems resulting from a combination of social, political, financial and performing factors.Metabolic-UrbanismDriven by the constant search for a symbiosis between the first skin of the Earth: ‘Nature’, and it’s second skin: ‘Cities’; thus forming ‘one skin’.www.camuz.com

• Design, fabrication, and testing of high-frequency ultrasonic transducers for Biomedical and NDT applications.• Project leader of a high-frequency, forward-looking, phased-array transducer catheter for intravascular ultrasound imaging.• Project leader of a high-frequency, side-looking, phased-array transducer catheter for colorectal tissue characterization during transanal endoscopic robotic microsurgery.• Project leader of a high-frequency, single-element transducer for minimum-oil-film-thickness measurements in transmission bearings.• Project collaborator of a high/low-frequency, dual-element, needle transducer for intravascular ultrasound imaging.• Project collaborator of a high-frequency, dual-layer, single-element, needle transducer for intravascular ultrasound harmonic imaging.

• Signals and systems theory.• Time and frequency domain analysis.• Convolution, Laplace, Z, and Fourier transforms and properties. • Discrete signals and sampling, digital filter applications, signals and systems applications in Biomedical Engineering and Imaging.

• Real-time dose tracking method for closed-loop drug delivery applications.• Developed software graphical user interfaces and conducted measurements to obtain volume calibration curves relating delivered dose volumes to changes in electrochemical impedance from a fully integrated micro infusion pump.• Developed a method and software graphical user interface for the continuous, real-time monitoring of the micro infusion pump status (standby, ok, leaking, or blocked).

• Designed, fabricated, and tested first functional IVUS array prototype catheters and ex-vivo experimental setup to secure first rounds of funding (Series A and B).

• Designed, fabricated, and tested proof-of-concept IVUS devices consisting in single-element needle transducers to make go decision.

• Model-based phenotyping of OSAS (Obstructive Sleep Apnea Syndrome) in Pediatric Obesity.• Developed and maintained hardware and software user interfaces used in experimental studies conducted at Children’s Hospital Los Angeles (CHLA). • Oversaw all technical aspects of the instrumentation, including but not limited to signal conditioners, assistant ventilators, pressure transducers, ECG, PAT, valve controllers, and non-rebreathing valves.

• Contract Position. Reviewed and co-approbated machinery layouts, PFMEA’s, and process capability runs for one production line of torque converters. • Planned, co-approbated, and followed-up machinery maintenance, including spare parts coordination for more than three production lines of sub-assemblies used in automatic 4-speed transmissions.• Supervised over 20 people from the powertrain manufacturing department.

• Globally responsible for hermetic filter drier designs used in refrigeration and air conditioning controls.• Led the proposal, design, prototyping, testing, and mass production implementation of tightly packaged, pressurized products.• Modified designs to improve performance and reduce cost of production.• Estimated budget and savings per project and contacted new suppliers.• Chief designer and project manager of a new line of hermetic filter driers with German patent application no. 102007009760.5 and American patent application no. 20080202152. First patent of Danfoss-Mexico.