Summer 2025 Software Engineering Intern

As a Summer 2025 Software Engineering Intern at Amidon Heavy Industries, your main responsibilities will include developing mobile or desktop applications for AUV monitoring, integrating sensors like sonar and IMUs into the software stack, contributing to communication protocols for telemetry, and supporting the testing and debugging of innovative software in real-world deployments. You'll also collaborate with our talented engineers to ensure seamless integration with the AUV's systems.

To qualify for the Summer 2025 Software Engineering Intern position at Amidon Heavy Industries, you should be pursuing a Bachelor’s or Master’s degree in fields such as Computer Science, Software Engineering, or Robotics. Familiarity with programming languages like C++ or Python, basic knowledge of communication protocols, and a keen interest in embedded systems or sensors will enhance your application. Strong problem-solving skills and the ability to work collaboratively in a fast-paced team environment are also important.

For the Software Engineering Intern role at Amidon Heavy Industries, familiarity with programming languages such as C++ and Python is essential. These languages are critical for developing software applications that interact with our autonomous underwater vehicles (AUVs) and for handling tasks involving data processing and sensor integration.

Amidon Heavy Industries is committed to fostering an enriching and collaborative environment for its Summer 2025 Software Engineering Interns. You'll receive guidance from experienced engineers, participate in hands-on projects, and have opportunities to share and develop your ideas. Our dynamic and innovative culture encourages continuous learning and teamwork, helping you grow professionally and gain valuable experience in the maritime technology sector.

As a Software Engineering Intern at Amidon Heavy Industries, you can expect to work in a fast-paced and dynamic environment where creativity and collaboration are highly valued. You'll interact closely with engineers across various disciplines, involved in exciting projects that push the boundaries of subsea technology. The team's supportive atmosphere fosters idea sharing and encourages you to take initiative, making it an excellent place for professional growth.

When answering this question, highlight your understanding of AUVs, their design, and functionality. Discuss various applications in naval operations, research, environmental monitoring, and how innovations can address modern maritime challenges. Relate personal interests or experiences to demonstrate genuine enthusiasm for the technology.

Describe your systematic approach to debugging, including identifying where the issue arises, using tools to trace errors, and testing potential fixes. Emphasize your problem-solving skills and the importance of collaboration in troubleshooting with team members.

Be prepared to discuss specific projects or coursework where you have used programming languages like C++ and Python. Illustrate your familiarity with coding techniques and frameworks that would be applicable to developing applications for AUV control and data processing.

Explain your understanding of sensor integration, including the importance of calibrating sensors like sonar or IMUs, handling data input/output, and ensuring accurate communication with the software. Provide examples from past experiences if applicable.

Share a specific example of a collaborative project, highlighting your contributions, communication skills, and how you worked through challenges as part of a team. Highlight the successful outcome and what you learned from the experience.

Discuss your understanding of various communication protocols like TCP/IP and UDP, their role in data transfer and telemetry for AUVs, and how they connect different system components. This is an opportunity to demonstrate both technical knowledge and your interest in maritime technology.

Provide a detailed example where you identified a technical issue, the steps you took to troubleshoot it, and the results of your efforts. Emphasize your analytical skills and perseverance when tackling challenges.

Articulate your passion for maritime technology and your enthusiasm for contributing to projects that push innovation in AUVs. Mention specific aspects of Amidon Heavy Industries, such as their mission or technological advancements, that resonate with your career goals and interests.

Outline your time management skills, including techniques like setting goals, breaking tasks into smaller steps, and regularly reviewing progress. Tailor your answer to show how these skills will help you succeed in a fast-paced internship environment.

Discuss your commitment to professional growth through research, attending conferences, following relevant publications, or networking with industry professionals. Show your eagerness to bring current knowledge into your work at Amidon Heavy Industries.