Starlink Assembler Jobs in Utah

Knowledge of and experience with lasers, photodiodes, fiber optics, optics testing/troubleshooting techniques, and signal integrity principles

Knowledge of and experience in free-space optical principles, optical component testing and alignment techniques

1+ years of experience programming in Python or other object-oriented language (internship and extracurricular experience is applicable)

Industry experience using Python (or similar language) to implement tests, automation, analysis, or data review

Experience with integration and test of spacecraft or spacecraft components

Experience working hands-on with flight hardware and flight spacecraft

Develop and maintain lab and production test stations for new product qualification and root cause analysis of operational fleet hardware

Experience in optical network design, planning, and DWDM system performance analysis

Hands-on experience with optical device or system level test and characterization

Experience in designing and creating test software infrastructure

Experience in any scripting/programming language (Python, Matlab, or similar)

Experience performing data extraction, visualization and analysis using programming languages (e.g., Python) or SQL

Proficient with computers, the ability to use Microsoft Office (Excel, Word, PowerPoint, Outlook), shop floor management software (ERP), and related programs

2+ years of professional experience leading a team

Experience rapidly hiring, training, and stabilizing large production teams

Lean/Six Sigma certification or equivalent

Experience with lean manufacturing training, lean manufacturing principles, and efficiency methods

Experience in fast-paced production environment with flight quality hardware

Millwright skills and abilities and industrial multi-craft and mechanical trades

2+ years of maintenance technician experience

2+ years of experience with hydraulic, pneumatic, mechanical, and electrical repair

5+ years of maintenance technician experience

Extreme troubleshooting and problem-solving skill sets

Experience within the aerospace, automotive, semiconductor, or electronic fields

Drive processes for volume production of PCBA including manufacturing execution, nonconforming product management, configuration management, traceability tracking, and process control

Own and manage PCBA processes and PCBA products for in-house production

Manage new product introduction of PCBA assemblies, working closely with design engineers, and process specialists

Manage work instructions, process documentation, and training

High volume production experience (consumer goods, automotive, etc.)

Hands-on experience working in SMT processing and/or related PCBA processes from industry, research, or academic projects

Support the development of prototype test capabilities for spacecraft component development and life tests

Identify test equipment requirements for planned tests, maintain test consumables inventory, and develop test procedures and processes accordingly

Manage schedule priorities and independently executing work to meet company deliverables

1+ years of hands on work experience

2+ years of experience in electro-mechanical assembly, integration or mechanical assembly experience

Excellent communication and organizational skills

Strong self-starting and time-management skills

Professional experience securing networks, IT infrastructure, applications, endpoints, and/or APIs

Experience hardening Windows, MacOS, and/or Linux operating systems

Excellent communication skills, both written and verbal

Work with other Starlink teams to determine functional needs, develop secure architectures, and communicate security best practices and policies

Support the development and implementation of network security tools

Manage cycle times and yields, work with production partners to balance quality with rate

RF experience with antennas or communication systems

1+ year experience with radio test equipment such as spectrum analyzers, vector signal analyzers, vector signal generators, and network analyzers

1+ years of programming experience in Python, C#, C++, or MATLAB

1+ years of experience working within high-volume manufacturing and test environments

Experience designing test solutions for electronics

Experience with DOE, gage R&R and process qualifications

Experience defining production data requirements and SPC

Experience working with and defining requirements for ERP, MRP and MES systems

Lead facilities development, floor layout, headcount requirements and material flow definition

Identify tooling and hardware requirements, design and implement into production processes

Identify automation opportunities and establish requirements as well as evaluating return on investment for each

Collaborate with vendors on qualification and property development of custom-manufactured forgings and castings

Experience with metal joining technologies (welding, brazing, soldering, sintering)

1+ years of professional experience with metal-joining technologies (welding, brazing, soldering, sintering)

1+ years of professional experience with aluminum alloys used for structural and non-structural applications

Strong interpersonal and collaborative skills with enthusiasm for the team’s spirit of innovation in cutting-edge technology

Experience with technical review of material processes and a first principles understanding of how process variables impact material performance

Strong computer skills, including experience with Microsoft Office (Excel, Word, PowerPoint, Outlook) and ability to navigate and manipulate files

3+ years of experience in set up, operation and/or programming of SPDT (single point diamond turning) machines

5+ years of experience in set up, operation and/or programming of CNC mill or lathe machines

Experience scaling an optical machining operation from development through high rate production

Knowledge of geometric optics and physical optics

Experience with thermal control systems and environmental enclosures

Data analysis skillset and experience with simulation software.

Development experience in C, C++, or python.

Experience building, testing, or working with hardware test setups.

Linux and Bash proficiency and experience with networking protocols.

Experience with containerization technologies (i.e. Docker, Kubernetes).

Radio frequency (RF) system-level design, modems and diagnostic test equipment experience.

Strong computer skills, including experience with Microsoft Office (Excel, Word, PowerPoint, Outlook) and ability to navigate and manipulate files

3+ years of experience in set up, operation and/or programming of SPDT (single point diamond turning) machines

5+ years of experience in set up, operation and/or programming of CNC mill or lathe machines

Experience scaling an optical machining operation from development through high rate production

Knowledge of geometric optics and physical optics

Experience with thermal control systems and environmental enclosures

Strong attention to detail and time management skills. You take pride in your craft

Experience in a training, learning and development, analytics, service design, vendor management, or content management role

Create and maintain internal knowledge base and help center collateral

1+ years of experience in a front-lines customer support role

Excellent empathy, active listening, and resiliency skills. You internalize customer concerns, solve them, and keep it positive

Start-up, consulting, or other demonstrated experience in high-growth, fast-paced environment

Collaborate with vendors on qualification and property development of custom-manufactured forgings and castings

Experience with metal joining technologies (welding, brazing, soldering, sintering)

1+ years of professional experience with metal-joining technologies (welding, brazing, soldering, sintering)

1+ years of professional experience with aluminum alloys used for structural and non-structural applications

Strong interpersonal and collaborative skills with enthusiasm for the team's spirit of innovation in cutting-edge technology

Experience with technical review of material processes and a first principles understanding of how process variables impact material performance