Tucson, AZ · On-site
$132K - $251K/yr
Serve as the chief technical lead for TM and FTS architectures, guiding design direction across programs. * Act as the Responsible Engineering Authority (REA) for high-criticality TM/FTS hardware.
Tucson, AZ · On-site
$132K - $251K/yr
Serve as the chief technical lead for TM and FTS architectures, guiding design direction across programs. * Act as the Responsible Engineering Authority (REA) for high-criticality TM/FTS hardware.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
The TM/FTS team develops system designs focused on supporting effector flight tests. We adhere to ... Mentor junior and mid-level engineers and shape team-level engineering best practices.
| Aspect | Fts Engineer | Network Engineer |
|---|---|---|
| Credentials | Typically requires a degree in telecommunications, electronics, or related field; certifications like Cisco CCNA or CompTIA Network+ are common | Requires a degree in computer science, information technology, or related; certifications like Cisco CCNA, CCNP, or CompTIA Network+ are common |
| Work Environment | Works primarily in telecom infrastructure, field sites, and data centers, focusing on fiber optic and transport systems | Works in office or data center environments, focusing on designing, implementing, and maintaining computer networks |
| Employer & Industry | Employers include telecom providers, infrastructure companies, and service providers | Employers include IT firms, corporations, and service providers |
While both roles require networking knowledge and certifications, Fts Engineers focus on telecom infrastructure and fiber optic systems, whereas Network Engineers concentrate on computer network design and maintenance. The roles often overlap in skills but differ in their primary focus and work environment.
For Fts Engineer jobs, the most frequently searched job titles are:
Tucson, AZ • On-site
$132K - $251K/yr
Other
Medical, Dental, Vision, Life, Retirement, PTO
Re-posted 7 days ago
8.8
Based on 162 frontline employees who took The Breakroom Quiz
Raytheon’s Effector Analog & Power (EAP) Team is seeking a Senior Principal Telemetry & Flight Termination Systems (TM/FTS) Engineer to serve as a technical authority, drive strategic architecture decisions, and lead development of next-generation Telemetry and Flight Termination Systems.
Location: Tucson, AZ. Onsite. Requires active U.S. citizenship and a DoD Secret Clearance (INTERIM clearance required prior to start).
ResponsibilitiesRTX is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability or veteran status, or any other applicable state or federal protected class.
Get the full story on Breakroom
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Pratt & Whitney has a long history of leadership and innovation in the field of aviation propulsion. Our story begins in the 1920s and has flourished throughout the decades. We have continuously transformed and reinvented our businesses to offer superior products and services to our customers. In 1925, the Pratt & Whitney Aircraft Company was founded by Frederick B. Rentschler, pioneer of the air-cooled radial engine design which enabled unprecedented power-to-weight ratio. Its first engine, the R-1340 Wasp engine, transformed military and commercial aviation and is still in use today. In 1928, the Canadian division of the Pratt & Whitney Aircraft Company was established. In 1944, Pratt & Whitney began its gas turbine and jet propulsion initiative. The company constructed a wind tunnel, laboratory and engineering center to support our allies’ efforts in World War II. In 1945, wartime production included more than 300,000 Pratt & Whitney engines, touted by service members as extremely dependable – a legacy that continues today. From there, Pratt & Whitney continued to design and innovate more powerful, agile, and reliable engines becoming a leader in the aerospace industry. Today, Pratt & Whitney has more than 85,000 engines in service and more than 16,000 customers worldwide.
Engineering professional services
10,000+ Employees
East Hartford, CT, US
