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Software Development Engineer Intern Jobs in Lake Worth, FL

Job Title: QA Analyst (SDET) Location: Boca Raton. On-Site position Job Type: Contract W2 General Characteristics * Responsible for developing and executing formal test plans to ensure the delivery ...

Sr Software Development Eng

Juno Beach, FL · On-site

$122K - $161K/yr

Position Specific Description We are seeking a high-caliber Senior Software Development Engineer to ... This role is designed for a top-tier engineer who combines deep technical expertise with strong ...

Drive adoption of AI-assisted development tools and modern engineering practices. * Guide teams ... Software Engineers * Research Scientists * Product Managers * AI/ML Engineers * Typical project ...

Engineering Intern

Pompano Beach, FL · On-site

$15.75 - $20.50/hr

Update layouts, assembly and detail drawings utilizing CAD software for documentation of all ... Well-developed organizational skills with the ability to manage a variety of tasks. * Professional ...

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Software Development Engineer Intern information

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How much do software development engineer intern jobs pay per hour?

As of Aug 28, 2026, the average hourly pay for software development engineer intern in Lake Worth, FL is $22.59, according to ZipRecruiter salary data. Most workers in this role earn between $18.37 and $25.62 per hour, depending on experience, location, and employer.

What does a software development engineer intern do?

A Software Development Engineer Intern assists in designing, coding, testing, and maintaining software applications under the guidance of experienced engineers. Interns typically work on real projects, write code, debug issues, and collaborate with team members to learn the software development lifecycle. This role helps interns gain practical experience, improve programming skills, and understand how software teams operate in a professional environment.

What are the key skills and qualifications needed to thrive as a software development engineer intern, and why are they important?

To thrive as a Software Development Engineer Intern, you typically need proficiency in programming languages such as Java, Python, or C++, and a solid understanding of computer science fundamentals, often supported by coursework or personal projects. Familiarity with development tools like Git, integrated development environments (IDEs), and sometimes cloud platforms or version control systems is expected. Strong problem-solving abilities, eagerness to learn, and effective communication help interns collaborate and adapt quickly. These skills and qualities enable interns to contribute meaningfully to projects while growing their technical and teamwork abilities in a real-world environment.

What types of projects do software development engineer interns typically work on, and how much ownership do they have over their work?

As a Software Development Engineer Intern, you will often contribute to real-world projects that may range from feature development and bug fixes to prototyping new tools or improving existing systems. Interns are usually paired with a mentor and integrated into agile teams, where they are encouraged to take ownership of their assigned tasks and present their solutions. While guidance and code reviews are standard, interns are trusted to design, implement, and test their code, allowing for meaningful hands-on experience and a direct impact on product outcomes.

What is the difference between Software Development Engineer Intern vs Software Engineer?

AspectSoftware Development Engineer InternSoftware Engineer
CredentialsTypically pursuing or recently completed a bachelor's or master's degree in computer science or related fieldUsually holds a bachelor's degree or higher in computer science or related discipline
Work EnvironmentInternship programs, often part-time or summer roles within tech companiesFull-time employment in software development teams
Employer & Industry UsageUsed across tech companies, startups, and large corporations for entry-level rolesFull-time professional role in similar environments
Common Search & ComparisonOften compared for entry-level experience and career progressionRepresents a standard professional role in software development

The main difference between a Software Development Engineer Intern and a Software Engineer is the experience level and employment status. Interns are typically students gaining practical experience, while Software Engineers are full-time professionals responsible for designing, developing, and maintaining software products.

What cities near Lake Worth, FL are hiring for Software Development Engineer Intern jobs?

Cities near Lake Worth, FL with the most Software Development Engineer Intern job openings:

Software Development Engineer II

NextEra Energy

Juno Beach, FL • On-site

Full-time

Re-posted 24 days ago


NextEra Energy rating

8.4

Company rating: 8.4 out of 10

Based on 55 frontline employees who took The Breakroom Quiz

20th of 53 rated energy and utility


Job description

Requisition ID:  95447 

NextEra Analytics offers energy consulting services using industry-leading scientific analysis for planning, siting, forecasting and optimizing all forms of energy projects. Our optimization and analytics platforms integrate open-source technologies to leverage massive, diverse sets of utility operating data. This enables rapid development of operational solutions. Applying expertise in advanced mathematics, data and physical sciences, we solve some of the hardest problems facing the energy industry.
 

Position Specific Description

We are seeking a high-caliber Software Development Engineer II to join a team building customer-centric solutions for the business. This role is designed for a top-tier engineer who combines deep technical expertise with strong product intuition and business acumen. You will tackle ambiguous challenges, rapidly prototype solutions directly with stakeholders, and architect scalable, secure systems. You operate with high autonomy, acting as the critical technical bridge that turns business objectives into high-performing software.

Key Responsibilities & Expectations

1. Engineering & System Design

  • Architect in Ambiguity: Translate loosely defined business problems into clean, robust architectures while anticipating edge cases.
  • Rapid Prototyping: Where applicable, build functional prototypes with stakeholders to validate ideas instantly and accelerate the feedback loop.
  • Full-Stack Delivery: Own features end-to-end across services, data, and UI, making pragmatic technology choices and avoiding unnecessary complexity.

2. Engineering Productivity with AI

  • AI-Assisted Development: Use agentic AI tools throughout the SDLC to move faster, while maintaining full accountability for code quality, correctness, and security.
  • Feedback Loops for Coding Agents: Design quality gates, spec-driven workflows, and deterministic checks that catch agent errors before humans do.
  • Critical Adoption: Evaluate AI tools and patterns critically, adopting what improves the team's output and discarding what doesn't.

3. Reliability & DevSecOps

  • Security-First Mindset: Embed security and compliance into the core of the development lifecycle, proactively mitigating vulnerabilities through secure design.
  • Production Standards: Build well-tested, maintainable software. Implement CI/CD pipelines to ensure systems are resilient, scalable, and optimized for an exceptional end-user experience.
  • Operational Readiness: Make production behavior measurable, debuggable, and recoverable by building observability, alerting, runbooks, and recovery paths into systems from the start.

4. Execution & Business Ownership

  • Drive Outcomes: Take ownership of delivering meaningful business results, managing scope responsibly, and communicating technical risks early.
  • Technical Translation: Partner closely with Product Managers and business leaders. Articulate complex architectural decisions and tradeoffs in clear, outcome-oriented terms.
  • Partnering Across Functions: Engage security, risk, compliance, and platform teams early, communicate technical tradeoffs clearly, and make the case when a project calls for a different approach.

5. Culture

  • High Performance: We value high standards, continuous learning, and collaborative problem solving, creating an environment where talented individuals can thrive alongside exceptional teammates.
  • Ownership & Accountability: Team members are trusted to take ownership of their work, exercise thoughtful judgment, and follow through on commitments.
  • Collaborative Autonomy: Teams operate with a high degree of trust and autonomy while working together to make decisions aligned with business, customer, and operational goals.

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