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Apprentice Software Engineer Jobs in Colorado (NOW HIRING)

VDC Technician

Denver, CO · On-site

$59K - $72K/yr

This role is hands-on with 3D modeling software, supporting project teams by building and ... Provide shop drawings for approval by the engineer and field team. * Production of annotated ...

This role is hands-on with 3D modeling software, supporting project teams by building and ... Provide shop drawings for approval by the engineer and field team. * Production of annotated ...

This role is hands-on with 3D modeling software, supporting project teams by building and ... Provide shop drawings for approval by the engineer and field team. * Production of annotated ...

Be Seen First

... engineering, installation and production. * Detail oriented to follow company processes and ... Electrical Apprentice Position responsibilities include, but are not limited to: * Electrical ...

Be Seen First

... engineering, installation and production. * Detail oriented to follow company processes and ... Electrical Apprentice Position responsibilities include, but are not limited to: * Electrical ...

VDC Designer

Aurora, CO

$85K - $112K/yr

Use software to create detailed 3D designs. * Create shop drawings, batches and packets to be ... Take input from Product Engineers to modify, create, or clarify design details to improve the ease ...

VDC Designer

Aurora, CO · On-site

$85K - $112K/yr

Use software to create detailed 3D designs. * Create shop drawings, batches and packets to be ... Take input from Product Engineers to modify, create, or clarify design details to improve the ease ...

VDC Designer

Aurora, CO

$85K - $112K/yr

Use software to create detailed 3D designs. * Create shop drawings, batches and packets to be ... Take input from Product Engineers to modify, create, or clarify design details to improve the ease ...

Use software to create detailed 3D designs. * Create shop drawings, batches and packets to be ... Take input from Product Engineers to modify, create, or clarify design details to improve the ease ...

Use software to create detailed 3D designs. * Create shop drawings, batches and packets to be ... Take input from Product Engineers to modify, create, or clarify design details to improve the ease ...

VDC Designer

Aurora, CO

$85K - $112K/yr

Use software to create detailed 3D designs. * Create shop drawings, batches and packets to be ... Take input from Product Engineers to modify, create, or clarify design details to improve the ease ...

High school diploma or GED required; technical school or apprenticeship preferred. * 2+ years of ... Strong understanding of G-code and M-code programming is a plus. * Ability to read and interpret ...

Estimator

Lakewood, CO · On-site

$65K - $95K/yr

Review design options and recommend best solution based on cost, engineering quality and ... Familiarity with building/estimating techniques and software: B2W (Bid to Win), On-Screen Takeoff ...

Estimator

Lakewood, CO · On-site

$65K - $95K/yr

Review design options and recommend best solution based on cost, engineering quality and ... Familiarity with building/estimating techniques and software: B2W (Bid to Win), On-Screen Takeoff ...

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Apprentice Software Engineer information

What are Apprentice Software Engineers?

Apprentice Software Engineers are entry-level professionals who are learning the fundamentals of software development while gaining hands-on experience under the guidance of more experienced engineers. They typically participate in structured training programs or apprenticeships, working on real projects to build their technical and problem-solving skills. This role is ideal for individuals who are new to the industry and want to develop practical knowledge while contributing to software engineering teams.

Is 25 too late to become a software engineer?

Apprentice software engineers can start at any age, including 25, as the field values skills and knowledge over age. Many successful software engineers begin later in life, often bringing valuable experience and perspectives; learning programming languages and gaining practical experience are key steps regardless of age.

Can you become a software engineer with an apprenticeship?

Yes, an apprenticeship as a software engineer provides hands-on experience and training that can lead to a full-time software engineering role. Many apprenticeships include skill development in programming languages, tools, and industry practices, helping participants transition into professional software engineering positions.

Is a software engineer apprenticeship paid?

Yes, most software engineer apprenticeships are paid positions that provide a salary or stipend while gaining practical experience and technical skills. Compensation varies by company and program, but paid apprenticeships are common in the industry to support learners during their training period.

What types of projects and technologies do Apprentice Software Engineers typically work on during their training period?

As an Apprentice Software Engineer, you’ll usually start by supporting ongoing development projects, often working on bug fixes, feature enhancements, or internal tools under the guidance of senior engineers. You may be exposed to a variety of technologies depending on the company, such as front-end frameworks (like React), back-end languages (such as Python or Java), and version control systems (like Git). The projects are designed to gradually increase in complexity, helping you build both technical skills and familiarity with industry-standard workflows. Collaboration is key, so you’ll regularly participate in code reviews, team meetings, and pair programming sessions to develop your abilities and receive constructive feedback.

Is it true that AI will replace software engineers?

AI is a tool that can automate certain coding tasks, but it is unlikely to fully replace software engineers, especially those involved in designing, testing, and maintaining complex systems. Apprentice software engineers will continue to develop skills in programming languages, problem-solving, and understanding AI tools to stay relevant in the evolving tech environment.

What are the key skills and qualifications needed to thrive as an Apprentice Software Engineer, and why are they important?

To thrive as an Apprentice Software Engineer, you need a foundational understanding of programming languages, problem-solving skills, and usually a relevant degree or coursework in computer science. Familiarity with development tools such as Git, integrated development environments (IDEs), and basic knowledge of databases and version control systems is common. Strong communication, eagerness to learn, and teamwork make someone stand out in this role. These skills and qualities are crucial for effective learning, collaboration, and adapting to new technologies in a dynamic software development environment.
What are the most commonly searched types of Software Engineer jobs in Colorado? The most popular types of Software Engineer jobs in Colorado are:
What are popular job titles related to Apprentice Software Engineer jobs in Colorado? For Apprentice Software Engineer jobs in Colorado, the most frequently searched job titles are:
What cities in Colorado are hiring for Apprentice Software Engineer jobs? Cities in Colorado with the most Apprentice Software Engineer job openings:

Precision CNC Turning Machinist II

Hirsh Precision

Frederick, CO • On-site

$26 - $34/hr

Other

Posted 2 days ago

New


Job description

Join Hirsh Precision

Imagine stepping onto the production floor at Hirsh Precision, a US manufacturing leader serving medical, aerospace, industrial, and scientific customers. You power up a Mazak or Okuma lathe, load the program you refined yesterday, dial in your offsets, and verify the first piece with careful metrology. While two machines hum along, you coach an apprentice on a Swiss setup, collaborate with quality on a GD&T callout, and shave time off a cycle with a smart tooling tweak. That’s a typical day for our Precision CNC Turning Machinist II.

We are known for integrity, quality, service, and excellence—and for doing work that improves people’s lives. We’re growing and we’re committed to preserving a culture where passionate, engaged team members thrive.

What You’ll Own
  • Plan, set up, and run CNC and Swiss lathes independently to produce high‑precision components that meet print and engineering specs.
  • Load programs, apply offsets, perform minor edits, and validate first‑article quality before moving into steady production.
  • Select and manage tooling, fixtures, and workholding to balance quality, throughput, and repeatability.
  • Oversee multiple machines or operations as demand requires while tracking cycle times and job status.
  • Accurately document setups, downtime, and production data.
Quality Is Non‑Negotiable
  • Interpret complex blueprints and GD hold tight tolerances with confidence.
  • Use advanced inspection tools—micrometers, indicators, bore gauges, height gauges, and more.
  • Verify conformance throughout the run to maximize first‑pass yield.
  • Prevent scrap and rework through disciplined process control and attention to detail.
  • Escalate nonconformances quickly and support corrective actions.
Problem Solver and Improver
  • Diagnose issues in tooling, feeds/speeds, setups, fixturing, or machine performance.
  • Adjust processes to cut cycle time, reduce downtime, and enhance part quality.
  • Recommend smarter tooling strategies, setup methods, and workflow improvements.
  • Participate in lean and continuous improvement initiatives.
Teammate and Mentor
  • Guide Machinist I team members and apprentices in safe operation, measurement, and setups.
  • Collaborate with engineering, quality, maintenance, and supervisors to resolve issues.
  • Communicate status, delays, and technical concerns clearly and promptly.
Safety and 5S
  • Follow all safety procedures, required PPE, and machine safeguarding standards.
  • Maintain a clean, organized workstation and support 5S initiatives.
Qualifications Required
  • High school diploma or GED preferred
  • 3+ years of machining or CNC experience, or equivalent demonstrated skill level
  • Proven ability to independently set up and run CNC equipment
  • Strong blueprint reading and GD&T knowledge
  • Proficiency with common inspection and measuring equipment
  • Reliable attendance and punctuality
Preferred
  • Experience with 4-axis and 5-axis machining centers
  • CAM software or program editing experience
  • Background in high-mix, tight-tolerance manufacturing
  • Vocational or technical machining training
Physical Realities
  • Stand for extended periods; lift up to 50 pounds occasionally.
  • Frequent bending, reaching, and repetitive hand motions.
  • Work safely around noise, coolant, and moving machinery.
How We Measure Success
  • Attendance rate of 98% or higher
  • Daily production goal attainment of 90% or higher
  • Scrap rate of 2% or less
  • Setup times at or below standard expectations
  • Strong machine utilization with low avoidable downtime
  • Consistent in‑spec parts with minimal rework
  • Visible leadership, mentorship, and technical problem‑solving contributions
Core Proficiencies
  • G-Code
  • M-Code
  • CNC Machine Setup & Changeover
Equipment You’ll Handle
  • CNC Lathe (2-4 axis) (Mazak, Haas, Okuma)
  • CNC Swiss Lathe (Tsugami)
  • CNC Lathe (5+ axis) (Mazak, Okuma, Dmg Mori Seiki)
Grow Your Career

This role is a springboard to CNC Lathe Machinist III, Lead Machinist, Programmer, or Supervisor based on technical mastery, leadership, and sustained results.