Software Engineering Intern

As a Software Engineering Intern at Synthego, you'll engage in responsibilities that include collaborating with the Software Team and Operations to understand instrument configurations, designing and developing new features for lab instrumentation, and participating in the full software development lifecycle—from conception to deployment. This role also involves daily interactions with various teams, contributing to successful project outcomes.

To apply for the Software Engineering Intern position at Synthego, you should be currently pursuing a college degree in software engineering or a related field. Familiarity with programming in Python, and experience with React, Django, and SQL databases is highly preferable. Additionally, you should be comfortable with version control systems like Git and possess good communication skills.

The Software Engineering Intern program at Synthego lasts for 10 weeks. Specific dates for semester interns are from June 3 to August 8, while quarter interns are expected from June 16 to August 22. This is a fantastic opportunity to immerse yourself in a real-world project in the biotech industry.

Yes, the Software Engineering Intern position at Synthego is a paid internship, offering competitive hourly compensation between $20 and $22. This makes it a great way to gain valuable industry experience while also earning while you learn.

To succeed as a Software Engineering Intern at Synthego, you should be comfortable programming in Python and have familiarity with frameworks like React, Django, and SQL databases. Being a great communicator and collaborative team player is equally important. Additionally, a willingness to learn, excellent documentation practices, debugging skills, and experience with pair programming can set you apart.

The software development lifecycle involves several phases: requirements gathering, design, implementation, testing, deployment, and maintenance. As an intern, sharing your insights on these phases and demonstrating your eagerness to learn from the team at Synthego can show your commitment to the process.

When faced with multiple projects, I prioritize by assessing the urgency and importance of each task while also considering deadlines and dependencies. For instance, at Synthego, I'd collaborate closely with my team to align priorities with project goals.

I have used Python in various academic projects, focusing on its versatility for data processing and automation. At Synthego, I’d look to leverage Python’s robust libraries for tasks such as instrumentation configurations and data manipulation.

In a team project, we faced a major coding issue that delayed our timeline. I took the initiative to set up a pair programming session, which not only resolved the bug more efficiently but also enhanced our teamwork and communication. I believe such collaborative efforts are critical for success at Synthego.

I follow best practices for documentation by commenting on complex sections of my code and generating user manuals when necessary. At Synthego, I would ensure my documentation aligns with the team's standards and contributes to maintainability.

I have primarily used Git for version control due to its effectiveness in tracking changes and collaborating across teams. Version control is crucial as it maintains code integrity and allows for rollbacks in case issues arise, which aligns perfectly with the collaborative work culture at Synthego.

I am drawn to Synthego due to its pioneering work in biotechnology and the opportunity to apply my software skills in a real-world setting that impacts healthcare. I see this internship aligning my passion for technology with meaningful applications in CRISPR therapies.

I view feedback as a valuable opportunity for growth. When receiving criticism, I listen attentively and ask clarifying questions to better understand the perspective of others, particularly at Synthego, where collaborative improvement is essential.

Debugging is an essential skill I've developed through various projects. I methodically analyze my code to identify logical errors and use debugging tools for more complex issues. This thorough approach would be something I would apply in the practical environment at Synthego.

I regularly read tech blogs, participate in online forums, and attend webinars to stay current on software engineering trends. These efforts prepare me to contribute fresh ideas and methodologies at Synthego, where innovation is key.