LATAM Senior Full Stack Engineer

As a LATAM Senior Full Stack Engineer at Coperniq, you will be responsible for designing, developing, and maintaining scalable and secure full-stack solutions. This involves enhancing web applications for optimal user experience, collaborating with cross-functional teams to ensure alignment on product requirements, and implementing best practices for software development. You'll also optimize application performance, mentor junior engineers, and play a significant role in shaping the product roadmap through technical decision-making.

To qualify for the LATAM Senior Full Stack Engineer position at Coperniq, you should have a Bachelor’s degree in Computer Science or a related field, paired with at least 7 years of full-stack development experience. Proficiency in technologies such as AWS, React, GraphQL, TypeScript, Node.js, MikroORM, and PostgreSQL is essential. Previous leadership experience in project management and strong problem-solving skills are also key for success in this role.

A LATAM Senior Full Stack Engineer at Coperniq should be familiar with various technologies integral to our operations. This includes AWS for cloud services, React for frontend development, GraphQL for APIs, TypeScript for strong typing, Node.js for server-side development, MikroORM for data management, and PostgreSQL for database solutions. Experience with GitLab for CI/CD, Docker, and Kubernetes would also be an advantage.

At Coperniq, you can expect a collaborative, high-performance team culture that emphasizes technical excellence and innovation. Our dynamic environment encourages team members to take ownership of their work, share ideas, and mentor others. We strive to create a workplace where everyone's contributions are valued as we collectively work towards revolutionizing the clean energy sector.

Coperniq offers a competitive salary and equity options for the LATAM Senior Full Stack Engineer role, along with a flexible work environment that allows for remote work. Additionally, you will have the chance to make a significant impact in the renewable energy industry, contributing to a mission-driven organization focused on sustainability and innovation.

When designing a full-stack application for renewable energy solutions, I would start by gathering requirements from stakeholders to understand their needs. Next, I would choose the right technology stack that includes both frontend and backend technologies compatible for scalability. I would also ensure the architecture is flexible enough to accommodate future enhancements and real-time data integration, as these aspects are crucial in the renewable energy sector.

In my previous role, I led a project to revamp our web application for better performance. We faced challenges with legacy code and a tight deadline. I organized a series of sprints focused on refactoring the problematic areas while maintaining the rest of the application. By prioritizing tasks and communicating closely with the team, we not only met our deadline but also improved the application's speed significantly.

I follow several best practices for secure software development, including regularly updating dependencies, using secure coding standards, and conducting frequent code reviews. I also implement authentication and authorization measures like OAuth and secure APIs to protect sensitive data. Additionally, I advocate for integrating security testing in our CI/CD pipeline to catch vulnerabilities early in the development process.

To ensure quality and performance, I employ a combination of automated testing, performance monitoring, and user feedback. I implement unit and integration tests as part of the development process, along with regular load testing to identify bottlenecks. Post-launch, I monitor application performance using tools like Google Analytics and gather user feedback to iterate on the application and enhance UX.

I have extensive experience designing and consuming APIs, specifically RESTful and GraphQL APIs. I ensure that APIs are well-documented and adhere to design standards. In my projects, I integrate APIs by creating responsive frontend applications that consume backend services smoothly. I also focus on error handling and data validation to provide a robust user experience.

My approach to mentoring junior engineers involves regular one-on-one sessions to understand their needs and learning goals. I encourage them to engage in code reviews, pair programming, and involvement in projects where they can take ownership. Providing constructive feedback, sharing resources, and fostering a supportive environment are essential strategies I adopt.

I stay updated with the latest technologies in full-stack development by following industry blogs, attending webinars, and participating in local tech meetups. I also engage with online courses and certification programs to further develop my skills. Additionally, I contribute to open-source projects when possible, allowing me to learn and collaborate with other developers.

Collaboration is critical in my development process as it ensures that all team members contribute their perspectives, leading to better solutions. I make it a point to involve product managers, designers, and QA teams from the beginning to ensure alignment. Regular stand-ups and retrospectives also help ensure consistent communication and improvement throughout the project.

I have significant experience with Agile methodologies, particularly Scrum and Kanban. I appreciate the iterative approach as it allows for flexibility and quick feedback on the product. In my previous roles, I have acted as a Scrum master, facilitating ceremonies and helping my team adapt to changes efficiently while continuously delivering value at each sprint.

When faced with tight deadlines, I prioritize tasks based on impact and complexity. I focus on delivering core functionalities first while ensuring that the product remains usable. Effective communication with the team and stakeholders is vital to manage expectations, and I emphasize adaptability, so any necessary pivoting can happen quickly and efficiently.