Juan G.

Hands-on lead system engineer actively collaborating in top-level configuration of radio systems for communications, spectrum monitoring, direction finding, and signal acquisition and analysis. Providing leadership/oversight to project engineers and system engineers and interacting with the software design team to create a finished product. Assisting Marketing & Sales department with definition of product specifications and preparation of technical and price proposals.

In this role, I planned, analyzed and managed design activities in high-stakes settings, focusing on satellite airborne broadband ISR for government missions, satellite broadband ground mobile communication systems, and UHF SATCOM systems. As part of my role, I led system requirements definition, architecture development, design, integration, testing, and delivery. I applied complex analysis and critical thinking to resolve extremely challenging issues spanning multiple disciplines. I delivered a multimillion-dollar UHF DAMA turnkey solution as well as hybrid Ku/Ka-band satcom terminal integration on military aircraft.

In this position, I directed the systems engineering group in developing cutting-edge satellite communications systems and networks for major government clients, creating network diagrams/mechanical drawings and specifying/approving equipment/components; provided technical expertise to overseas field engineers. Boosted competitive advantage by producing high-quality designs at minimal cost. Delivered 50+ VSAT remote terminals with a 6.2M Earth Station and antenna farm, as well as a transmission room for a government customer in the Middle East, in record time (under one year), thus exceeding contract requirements. I designed, assembled, and tested fully mobile, tactical communications terminals to support mission-critical communications systems in an Everything-over-IP (EoIP) environment. Also developed a radio interoperability platform in six months to integrate two-way radio systems into VoIP networks.

In this job position, I oversaw the R&D of optoelectronic components from concept through manufacturing. I coordinated cross-functional teams in gathering requirements, experimental design, testing, qualification, and other phases of product development. I also successfully negotiated product specifications with customers, such as Cisco, Acatel, and Ciena. In addition, I co-developed transceiver products. I am proud to say that I exceeded project requirements (and expectations) by performing the design of experiments, developing simulation tools, completing optical modeling, and applying statistical and reliability analysis in my design work. I also generated and executed test plans that aligned with Telcordia GR-468 standards. I furthermore coordinated cross-functional teams of 6-10 staff. One of my biggest accomplishments in this role is that I reduced anticipated costs 30% by leading the development of CW-DFB tunable lasers that were successfully launched into production. I furthermore achieved high accuracy and reduced operator intervention and testing times while developing automated test fixtures. In addition, I increased manufacturing yields 50%+ through process redesign and change management. I also earned a recognition award for my superb performance and contributions in this role.

Designed and developed hardware for satellite and digital systems as they apply to regulatory standards. Designed and implemented test plans to ensure compliance in the areas of intentional and unintentional transmitters, immunity, safety, telecommunications and customer specific certifications (EMC and EMI).

Spearheaded product plans for startup focusing on satellite earth station equipment and systems. Defined key technical specifications and costs. Created processes for installation and quality control. Managed large-scale projects, working at all stages of the lifecycle to optimize efficiency and quality, and reduce costs. Assisted the marketing team in system design and specifications for strategic clients. Negotiated vendor agreements. .

Planned and directed operations that involved the deployment of satellite earth stations at customer sites. Supervised and delegated responsibilities including initial surveys, infrastructure, system setup and network integration/management. Trained and supervised contractors.

Performed project planning and coordination of inter-central office trunks.

Designed, developed and implemented a microprocessor based device for receiving, processing and generating SMPTE code, using Motorola-6800 microprocessor architecture in combination with PAL technology, with an ISA interface for PC. Firmware programming in assembly language. Extensive use of CAD tools.

Emphasis in communications theory and antennas. THESIS: Design, implementation and characterization of a frequency independent antennae.

Graduated with Honors