Engineering Internship

As an Engineering Intern at True Anomaly, you will be involved in a range of exciting responsibilities. You’ll assist in the mechanical design of Ground Support Equipment, create structural interfaces for payloads, and work on wiring harness design with the electrical team. Additionally, you'll participate in environmental test planning, develop Guidance, Navigation, and Control (GNC) algorithms, and support propulsion system integration.

To qualify for the Engineering Internship at True Anomaly, candidates must be currently enrolled in an engineering discipline at a four-year accredited university. Additionally, experience in developing aircraft or spacecraft systems is highly valuable. Prospective interns should also be able to work full-time on-site in Denver and provide their own transportation and housing.

True Anomaly values candidates who exhibit resilience in problem-solving and demonstrate a passion for advancing space security and sustainability. Preferred skills include having completed junior or senior coursework with a GPA of 3.5 or above, along with experience in hands-on engineering projects related to aerospace.

The work culture at True Anomaly is dynamic and collaborative, valuing creativity and ingenuity. Engineering Interns will work in a cross-functional team environment, where mentoring and teamwork are encouraged. Interns will have opportunities to engage in professional events, showcase their work through presentations, and contribute to a culture where everyone's ideas and contributions matter.

The base salary for the Engineering Internship at True Anomaly is $28 per hour. However, the actual salary may be adjusted based on experience, education, and other job-related considerations. This position also offers valuable hands-on experience that contributes to your career development in the aerospace industry.

When answering this question, focus on your passion for aerospace engineering and how True Anomaly’s mission aligns with your interests. Highlight your eagerness to work on innovative projects that contribute to space security and sustainability, along with your admiration for their collaborative work culture.

Here, draw from your past experiences, perhaps a school project or prior internship. Discuss the problem you faced, your approach to solving it, and the outcome. Make sure to tie it back to your skills in engineering that apply to spacecraft systems.

Share your approach to time management, such as using tools like to-do lists or project management applications. Explain how you identify priorities based on deadlines and team needs, ensuring that you remain productive while meeting quality standards.

Discuss specific technical skills relevant to the Engineering Internship, such as proficiency in CAD software for mechanical design, knowledge of wiring harness design, or experience in simulation software. Be prepared to provide examples of how you've applied these skills in academic or project settings.

When discussing feedback, emphasize your openness to constructive criticism. Provide an example of how you’ve used feedback to improve a project or your approach in previous experiences, demonstrating your commitment to personal and professional growth.

Emphasize that teamwork is vital because complex engineering challenges often require diverse expertise. Discuss your experiences working in teams and how collaboration can enhance innovative problem-solving. Highlight your ability to work effectively with others to achieve shared goals.

Describe a situation where you accessed new tools or technologies in a timely manner. Highlight your adaptability, resourcefulness, and willingness to seek assistance or utilize available learning resources to quickly gain proficiency.

Share your aspirations for hands-on experience in aerospace engineering, exposure to real-world projects, and learning from industry professionals. Mention that you look forward to contributing positively to the team's mission while enhancing your skills and preparing for your future career.

Articulate methods you employ to maintain accuracy, such as double-checking calculations, creating detailed designs, and seeking peer reviews. Provide examples of times when your attention to detail prevented errors or improved project outcomes.

Convey how True Anomaly's values and mission resonate with your aspirations in the aerospace industry. Discuss the significance of their focus on space security and sustainability and how interning at True Anomaly aligns with your long-term career objectives.