TTI is recognized for its outstanding electronics engineering capability specifically tailored for aerospace applications. With a focus on cutting-edge technology, adherence to strict industry standards, and a commitment to delivering high-quality solutions, Transpacific Technologies has established itself as a leading provider of electronics engineering services in the aerospace sector. Our team of highly skilled engineers specialize in creating electronic systems that meet the stringent requirements of the aerospace industry, including reliability, safety, and performance.

One of the key strengths of Transpacific Technologies lies in its deep understanding of the unique challenges and constraints associated with aerospace electronics engineering. The company hires professionals who are well-versed in the specific regulations, certifications, and standards governing aerospace electronics, such as DO-254 (Design Assurance Guidance for Airborne Electronic Hardware). This knowledge ensures that the electronic systems developed by Transpacific Technologies adhere to the highest quality and safety standards.

Transpacific Technologies follows a comprehensive electronics engineering process for aerospace applications, covering various stages from system design to manufacturing and testing. The company emphasizes meticulous research, feasibility studies, and design validation to ensure that the electronic systems meet the demanding requirements of the aerospace industry. Attention to detail is given to factors such as weight, power consumption, environmental conditions, electromagnetic interference (EMI) protection, and thermal management. Furthermore, our team is proficient in utilizing state-of-the-art software tools and technologies for designing and simulating aerospace electronic systems. They possess expertise in areas such as circuit design, PCB layout, digital and analog electronics, power electronics, signal integrity, and embedded systems development. This broad skill set enables them to develop robust and high-performance electronics solutions that can withstand the demanding environments of aerospace applications.

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Some of the tasks are:

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• Prototype and design analog and digital filters, and analog-to-digital conversion circuitry

• Develop software and interfaces (GUI) for capturing measurement data (cameras, sensors, etc) and controlling active components (steering mirrors, motor control, switches, etc).

• The design of circuitry to control fast-steering mirrors for optics in support of flight related optical communications.

• Design systems and circuits that create, capture, process digital data

• Design and verification of digital systems, assemblies, and subassemblies

• Generate functional and design specifications and define module interfaces

• Design implementation and simulations

• Debug and verify functional requirements

• Develop and debug analog circuit designs and schematics

• Evaluate noise in existing board designs

• Create/Maintain schematics and layouts

• Provide Bode plots, tolerance stack-ups and noise analysis for circuit designs

• Test and verify key performance metrics

• Manage/oversee fabrication and assembly of PCBAs

• Electro-mechanical prototyping – fabricate and evaluate engineering models

• Implement military and aerospace practices such as derating, component staking, conformal coating

Electronic Technician Support

TTI’s Electronic Technicians support engineering and development teams in a variety of ways:

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• PCB and prototype fabrication.

• Electronic assembly, hand soldering, connector pin crimping, cabling, chassis wiring, microelectronic assembly, mechanical assembly, and chassis wiring.

• Prototyping capabilities, circuit and PCB fabrication

• Electronic assembly, hand soldering, connector pin crimping, cabling, chassis wiring, microelectronic assembly, mechanical assembly, and chassis wiring

• Troubleshooting

• Drafting support of schematics and mechanical drawings using CAD software

Firmware Development

Transpacific Technology’s firmware developers employ the latest tools and development platforms for use in:

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• FPGA/ASIC Design

• Implementation of IP Cores and algorithms in HDL

• Optimization of HDL

• Development of HDL test benches and framework

• Validation, review, and test of HDL code

• Support of in-lab debugging of algorithms and code

• Reliability calculations and implementation in HDL