Production Advanced Manufacturing Engineer

Production / Advanced Manufacturing Engineer at Rangeview, Inc. — Research Report

Introduction

If you are targeting a trainee role or early-career manufacturing position this season, the Production / Advanced Manufacturing Engineer opening at Rangeview, Inc. is the kind of job that can accelerate your career fast. It combines factory-floor problem solving, process development, and hands-on exposure to scalable hardware production in one of the most demanding environments in engineering.

This report focuses on the upcoming season in El Segundo, CA, United States, where Rangeview, Inc. is hiring for a role that sits right at the center of production readiness and advanced manufacturing execution. For candidates who want a job with real technical ownership, visible impact, and strong long-term upside, a Production / Advanced Manufacturing Engineer trainee path can be especially valuable.

Overview of Rangeview, Inc.

Rangeview, Inc. appears to operate in the aerospace and advanced hardware manufacturing space, with a strong emphasis on production scaling, process development, and factory readiness. The most direct public clue from the role listing is that the company is building “one of the most advanced aerospace foundries in the world,” which points to a highly technical, capital-intensive manufacturing environment rather than a standard office-based engineering team.

That positioning matters. In aerospace manufacturing, the difference between a good process and a production-ready process can determine whether a program scales cleanly or gets stuck in low-rate output. Rangeview, Inc. sits in that exact gap: moving from early builds toward repeatable, higher-volume manufacturing, which is why a Production / Advanced Manufacturing Engineer is so central to the business.

Rangeview, Inc. is also likely operating in a niche where competitors are not just other foundries, but advanced manufacturing groups inside aerospace, propulsion, defense, and precision hardware companies. That means the company competes on process discipline, quality, automation, yield improvement, and the ability to industrialize complex parts faster than peers. In that context, the role is not a support function; it is a growth function.

Culture-wise, the job description suggests a hands-on, cross-functional, high-accountability environment. People who thrive at Rangeview, Inc. usually enjoy working close to the factory floor, communicating with operators and technicians, and solving practical issues under time pressure. The company will likely appeal to candidates who want direct ownership, rapid learning, and the chance to see their work change production outcomes in real time.

Production Role Overview

Role Overview

The Production / Advanced Manufacturing Engineer at Rangeview, Inc. is responsible for improving how production actually works on the factory floor. Based on the listing, the role owns production processes, helps develop and qualify manufacturing methods, and supports equipment and automation solutions that enable the company’s shift from low-rate output to scalable volume manufacturing.

In practical terms, this is a hybrid of process engineer, manufacturing engineer, and industrialization engineer. A strong candidate will spend time analyzing bottlenecks, testing process changes, validating equipment performance, and helping document the best way to build and inspect hardware consistently. For a trainee or early-career engineer, the role is an unusually direct way to learn how advanced manufacturing really operates in aerospace.

The broader business impact is significant. When the Production / Advanced Manufacturing Engineer does the job well, cycle times shrink, scrap falls, quality improves, and the production team gains confidence in the process. At Rangeview, Inc., that means supporting the company’s ability to scale without losing control of quality or repeatability.

Detailed Responsibilities

• Own and improve production workflows on the factory floor.
• Develop, qualify, and implement manufacturing methods for new or changing processes.
• Support equipment selection, installation, and commissioning.
• Work on automation concepts that improve repeatability and throughput.
• Document standard work, process steps, and operating instructions.
• Investigate production defects, variation sources, and process bottlenecks.
• Partner with operators, technicians, quality, design, and leadership teams.
• Support ramp-up from low-rate production toward scalable volume manufacturing.
• Analyze yield, cycle time, and process capability data.
• Recommend changes that improve safety, consistency, and manufacturability.

Day-To-Day Workflow

A realistic day in this role at Rangeview, Inc. starts with production status. The engineer may review yield data, overnight issues, open nonconformances, and the status of any equipment or process experiments. From there, the day often splits between the office, the lab, and the shop floor, which is why the role suits people who like moving between analysis and action.

Midday work can include observing a process, timing a task, talking with operators about pain points, or troubleshooting a part quality issue with a technician. In the afternoon, the engineer may update process documentation, run a root-cause analysis, or prepare a test plan for a new fixture, toolpath, or automation adjustment. That mix of hands-on work and structured engineering is what makes a Production / Advanced Manufacturing Engineer so different from a purely desk-based role.

Tools And Technologies

While Rangeview, Inc. did not publicly list a full technology stack in the job summary, a role like this in aerospace manufacturing typically uses a mix of process, quality, and production tools. Expect exposure to CAD drawings, manufacturing execution workflows, and data-driven process analysis tools.

• CAD viewers and engineering drawing packages
• Excel and data analysis tools for yield and cycle time tracking
• Statistical process control methods
• Root-cause tools such as 5 Whys and fishbone analysis
• Quality documentation and work instruction systems
• Fixture, tooling, and automation concepts
• Manufacturing documentation such as travelers, standard work, and process maps

Depending on the team, a Production / Advanced Manufacturing Engineer may also work with inspection tools, metrology systems, equipment logs, and process validation documentation. In an aerospace setting, precision, traceability, and documentation discipline matter as much as technical creativity.

Skills And Requirements

Technical Skills

To compete for the Production / Advanced Manufacturing Engineer at Rangeview, Inc., you need more than general engineering interest. The strongest candidates understand manufacturing fundamentals, can read technical drawings, and know how to think about process capability, tolerancing, and variation control.

• Manufacturing process development
• Assembly, machining, fabrication, or foundry process knowledge
• Process validation and qualification
• Basic statistics and quality analysis
• Root-cause analysis and continuous improvement methods
• Technical documentation and standard work creation
• Comfort with hands-on troubleshooting on the production floor
• Familiarity with DFM and DfX concepts

Because Rangeview, Inc. is operating in aerospace, it helps to understand why process control matters more than speed alone. In this industry, advanced manufacturing is about repeatability, traceability, and quality compliance as much as throughput. That broader aerospace context is useful in interviews and in day-to-day work.

Soft Skills

The soft skills for a Rangeview, Inc. role are just as important as the technical ones. The company needs someone who can communicate clearly with engineers, operators, and leaders without sounding vague or overly academic.

• Clear communication under pressure
• Comfort working across functions
• Curiosity and willingness to learn fast
• Strong problem-solving habits
• Attention to detail
• Ownership and follow-through
• Professional confidence on the shop floor

People who do well in a trainee program or early-career manufacturing role are usually the ones who ask good questions, document carefully, and keep showing up with solutions instead of complaints. Rangeview, Inc. is likely to value that mindset highly.

Experience Expectations

For an internship or trainee-level opening, the bar is usually less about years of experience and more about proof of ability. A strong candidate for the Production / Advanced Manufacturing Engineer role should be able to point to projects that involve prototyping, testing, shop work, lab work, process improvement, or hardware build support.

• Engineering coursework in mechanical, manufacturing, industrial, or aerospace fields
• Hands-on projects in a lab, maker space, or research setting
• Evidence of documentation discipline and structured problem solving
• Portfolio items showing process improvement or fabrication work
• Solid academic performance, especially in relevant technical courses

Salary And Benefits

The estimated Production / Advanced Manufacturing Engineer salary in El Segundo, CA, United States will depend heavily on whether the role is internship, trainee, or full-time. For an entry-level or trainee version of this role in the local aerospace market, a realistic range is about $28 to $45 per hour for internships and roughly $75,000 to $105,000 annually for early-career full-time engineering roles, with higher pay possible if the role includes specialized manufacturing responsibility or shift-based shop-floor coverage.

For Rangeview, Inc. specifically, compensation may also reflect the premium attached to advanced hardware and aerospace manufacturing talent in Southern California. The most competitive offers in the region often include a mix of pay, technical learning, and the chance to gain rare experience in a high-growth production environment.

• Competitive engineering pay for the region
• Possible hands-on exposure to advanced equipment and automation
• Mentorship from experienced manufacturing leaders
• High learning value compared with many generalist internships
• Potential full-time conversion after a successful trainee period

Rangeview Hiring Process

Step-By-Step Stages

1. Application
2. Screening
3. Assignment
4. Interviews
5. Offer

The application step is usually where fit is first tested. A candidate who applies for the Production / Advanced Manufacturing Engineer role should tailor the resume toward manufacturing, process improvement, and hands-on technical work rather than generic engineering language.

Screening typically checks whether you have the right academic background, whether your experience suggests shop-floor readiness, and whether your portfolio or resume includes measurable impact. If Rangeview, Inc. uses a skills assignment, expect something practical: process analysis, troubleshooting logic, or a manufacturing case study.

Interviews often involve both technical and behavioral topics. For a Production / Advanced Manufacturing Engineer at Rangeview, Inc., you should expect questions about problem solving, tradeoffs, learning from failure, and how you would respond to a production issue under time pressure.

Application Timeline

For the upcoming season, apply as early as possible because advanced hardware and aerospace teams often review candidates on a rolling basis. A typical process can take two to six weeks from application to offer, though that window can stretch if there are multiple interview rounds or if the team is aligning headcount timing.

If you are interested in a Rangeview, Inc. internship or trainee role, do not wait until the last minute. These openings can attract strong applicants from aerospace, mechanical engineering, and manufacturing programs in the Los Angeles area.

Screening Methods

Most screening will focus on evidence that you can function in a real manufacturing environment. That means keywords and concrete examples matter. If your resume says only “team player” and “hard worker,” you will lose to a candidate who can show process improvements, build experience, or measurable lab and production outcomes.

• Resume keyword match to manufacturing and engineering terms
• Portfolio or project examples
• Relevant coursework and technical depth
• Evidence of hands-on build or test experience
• Experience with data analysis, documentation, or process control

Interview Preparation

Example Questions

• Tell us about a time you improved a process or solved a recurring production issue.
• How would you qualify a new manufacturing method before releasing it to production?
• Describe a time you worked with operators, technicians, or a cross-functional team.
• What would you do if a critical part started failing inspection during a build?

How To Answer

The strongest interview answers for a Production / Advanced Manufacturing Engineer should be structured, specific, and measurable. Use the STAR method: describe the situation, explain the task, walk through the action you took, and end with the result. That keeps you from rambling and helps the interviewer see how you think.

For Rangeview, Inc., emphasize how you handle ambiguity and how you move from observation to action. In an aerospace manufacturing environment, interviewers want to know that you can work methodically, communicate clearly, and avoid introducing uncontrolled changes into a sensitive process.

What Recruiters Evaluate

• Technical curiosity
• Shop-floor awareness
• Process discipline
• Communication quality
• Learning velocity
• Evidence of ownership
• Ability to work in aerospace manufacturing culture

How To Get Selected

Practical Tips

If you want to stand out for Rangeview, Inc., make your application feel like it was written for the Production / Advanced Manufacturing Engineer role, not for every job on the internet. Tailor your resume to highlight process improvement, fabrication, test, inspection, and any work that touched real hardware.

• Use numbers whenever possible, such as cycle time reduction, yield improvement, or defect reduction.
• Show that you are comfortable in labs, workshops, or production spaces.
• Reference relevant software, tools, and analysis methods honestly.
• Prepare one or two stories about fixing a technical issue under pressure.
• Demonstrate interest in aerospace manufacturing, not just engineering generally.

If you are applying to a Rangeview, Inc. internship or trainee opening, make your enthusiasm for manufacturing tangible. Mention the exact kind of systems you want to learn, such as process qualification, industrialization, or automation support.

Common Mistakes To Avoid

• Submitting a generic resume with no manufacturing focus
• Ignoring the shop-floor nature of the role
• Talking only about theory and not about execution
• Overstating experience with tools you barely used
• Failing to show interest in aerospace and production scaling

How To Stand Out

The best way to stand out is to show that you already think like a manufacturing engineer. Build a small portfolio that includes process maps, test results, before-and-after comparisons, or a short write-up on a process you improved. Even a simple but well-documented project can signal the right mindset.

Networking also matters. If you can speak with current or former employees, manufacturing mentors, or alumni working in aerospace, you can better understand what Rangeview, Inc. likely values. Candidates who can connect their background to the company’s production goals usually feel more credible in interviews.

Finally, tailor your submission to the exact title. Saying you are interested in the Production / Advanced Manufacturing Engineer role is good; explaining why you are excited to grow through a trainee program, help scale production, and learn advanced aerospace manufacturing is better. That kind of alignment is often what separates a decent application from a selected one.

Similar Roles In El Segundo

Comparable Open Positions

• SpaceX — Manufacturing Engineer, Battery Cells (Hawthorne, CA). This is a strong alternative if you want high-volume hardware manufacturing and intense process ownership in the broader South Bay aerospace ecosystem.
• Relativity Space — Manufacturing Engineer, Additive (Long Beach, CA). A relevant option if you are interested in advanced manufacturing, additive production, and scaling experimental hardware into repeatable output.
• Northrop Grumman — Manufacturing Engineer 1 (Redondo Beach, CA). This is a close regional comparison for candidates who want aerospace production work with more established systems and process rigor.
• Vast — Manufacturing Engineer, Structures (Long Beach, CA). A useful alternative if you want space hardware manufacturing and a startup-style environment similar to Rangeview, Inc. in pace and ambiguity.
• Hermeus — Manufacturing Engineer (Los Angeles, CA). This role is relevant for candidates interested in advanced aerospace manufacturing, rapid iteration, and building production systems from the ground up.
• Anduril Industries — Manufacturing Engineer, Electromechanical Systems (Costa Mesa, CA). This differs by focusing more on defense hardware and electro-mechanical integration, but it attracts many of the same manufacturing-minded candidates.

Regional Landscape

El Segundo and the wider South Bay are one of Southern California’s strongest clusters for aerospace, defense, and advanced hardware engineering. Companies in this region that commonly hire for Production / Advanced Manufacturing Engineer or trainee-level talent include SpaceX, Northrop Grumman, Relativity Space, Vast, Anduril, and adjacent manufacturing firms supporting propulsion, structures, and precision hardware.

The local salary band is competitive because the region combines aerospace depth, startup demand, and a high cost of labor. For entry-level advanced manufacturing talent, typical pay often lands around $75,000 to $105,000 annually, while internships commonly fall into the high-$20s to mid-$40s per hour depending on scope and company stage. A strong Production / Advanced Manufacturing Engineer salary can move higher when the role includes process ownership, special tooling, or direct production responsibility.

Final Thoughts

The Production / Advanced Manufacturing Engineer role at Rangeview, Inc. is well suited to candidates who want real responsibility, fast growth, and deep exposure to aerospace production. If you are serious about this path, treat the application like a technical pitch: show that you understand manufacturing, that you can learn quickly, and that you are ready to contribute from day one.

For anyone seeking a trainee experience with long-term value, this is the kind of role that can shape an entire career trajectory. If you are ready to compete, prepare a focused resume, build a small portfolio, and practice answers that show both technical judgment and operational maturity. That combination is often what gets someone hired at Rangeview, Inc.

Frequently Asked Questions

Salary Expectations

The Production / Advanced Manufacturing Engineer salary at Rangeview, Inc. will likely depend on whether the role is an internship, trainee position, or full-time hire. A reasonable market estimate for El Segundo, CA, United States is about $28 to $45 per hour for internship or trainee work and roughly $75,000 to $105,000 annually for early-career full-time roles.

Hiring Competitiveness

It is likely competitive to get hired at Rangeview, Inc. because the role combines aerospace manufacturing, process development, and hands-on execution in a high-demand region. Candidates with real project evidence, manufacturing exposure, and strong communication skills will have the best odds.

Most Important Skills

The most important skills for a Production / Advanced Manufacturing Engineer at Rangeview, Inc. are process improvement, technical troubleshooting, documentation discipline, quality awareness, and the ability to work directly with production teams. For a trainee applicant, curiosity and learning speed are also critical.

Other Similar Employers

Other companies offering similar Production / Advanced Manufacturing Engineer or trainee roles in El Segundo, CA, United States and nearby Southern California include SpaceX, Northrop Grumman, Relativity Space, Vast, Hermeus, and Anduril Industries. These employers are good alternatives if you are comparing a Rangeview, Inc. trainee program against other aerospace and advanced manufacturing paths.