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MIRALANI

April 12, 2024

COLLABORATIVE WORKS

I had the privilege of leading a comprehensive design project, from its inception to completion. In the process, I was able to demonstrate the power of collaboration among the client, contractor, engineer, and manufacturer. The job was a custom design for ABC Architectural Inc. and its subsidiary, Miura Building Enclosures, both based in San Diego, CA, USA, with construction operations situated in Tijuana, Mexico. Throughout this project, I navigated through the complexity of designing and engineering a comprehensive facade system from scratch, ensuring that every aspect was thoughtfully considered and executed.

From the outset, it was evident that this project demanded a holistic approach, requiring thorough attention to detail at every stage. I initiated the process by presenting proposal sketches and presentation graphics to the client, laying the foundation for a collaborative dialogue aimed at refining the design concept. Despite the initial challenges of picking up where others left-off, I translated design concepts into tangible, workable solutions. This required not only technical expertise but also effective communication and adaptability. I provided a viable solution that aligned with the client's vision and practical requirements. Throughout the iterative process, I laid out die designs, framing & fastener systems, finishes & sealing, engineering calculations, and fabricated mock-ups. At its conclusion, I delivered a robust and compliant building system that met with the California Uniform Building Code. The expense of development for this building system would be limited to this one job. The fruits of these labours would be applied to future projects.

Beyond the confines of design and engineering, my role extended to on-site support, ensuring seamless execution, and timely resolution, of any challenges encountered during the erection phase. Reflecting on this experience, I am grateful for the opportunity to have contributed to the success of ABC Architectural Inc. and Miura Building Enclosures. While the project posed its share of challenges, it also provided invaluable lessons in teamwork, problem-solving, and client relations. Despite the closure of Miura in San Diego, I take pride in knowing that the legacy of our collaboration lives on through ABC's continued prosperity. I have profited from the insights gained as I apply them to a growing list of projects, confident in my ability to deliver innovative solutions and exceed expectations in the field of architectural design.

MOBILE DISPLAY

July 07, 2024

COMMUNICATIONS

In the ongoing evolution of kiosk designs over the past decade, I recently encountered the intriguing challenge of designing a mobile Flight Information Display System (FIDS). This project presented a distinct departure from previous models as it was not anchored to the floor and served solely to display information on the monitor.

The criteria were straightforward: the unit needed to be connected to central operations via WiFi, possess its own power source capable of operating for a full 24 hours, and recharge within a fraction of that time. It had to be effortlessly maneuverable and include an auto-stop feature when users released their grip on the pushbar.

The key features included:

• An auto-stop brake to prevent the unit from rolling unattended on inclined walkways.

• A lithium-ion battery block.

• A power inverter to convert DC to the AC power required by the CPU, monitor, and peripherals.

• A WiFi USB antenna and transceiver to link the FIDS to the centre of operations.

• A prewired cable harness for quick connections to all accessories.

• Non-disclosure agreements with peripheral vendors to receive technical specs and dimensioned drawings during the design phase.

• Layouts of the first and second drafts for client review to ensure alignment with their design intent.

• Retractable wheels as part of the auto-stop feature, ensuring the unit rests firmly on the floor.

• A low center of gravity and an adjustable plate-stack counterweight fixed to the base to prevent tipping.

The design process entailed a meticulous examination of each component. Prioritizing ease of maintenance, I ensured technicians could swiftly swap out defective parts. Considering the limited battery life, a passive ventilation design was integrated to manage heat from the peripherals.

Collaboration with fabricators and technicians revealed that the final product often diverges from the initial design. Fabricators played a critical role in determining the best manufacturing methods while maintaining design intent and assessing the constructability of the unit. Their input, alongside adjustments from subcontracted electricians, vendors, and specialty trades, led to improvements and simplifications in the functional prototype. Issues encountered on the shop floor were documented through change notices and as-built drawings, which informed subsequent assembly iterations. Labor, materials, and component tracking during this phase helped evaluate costs, constructability, and profitability.

A performance trial and audit were conducted to ensure the unit met all criteria. The audit confirmed compliance with constructability, safety, profitability, and client acceptance. Subsequently, a record set of drawings and parts lists was generated, leading to the manufacture of a second unit to verify problem resolution. A final QA audit was performed before the unit was delivered to the client, marking the successful completion of this innovative project.