Nest Coding Assignments on CodeSubmit
Wondering how to hire the best Node.js developers who are ready to hit the ground running with Nest? Use remote-friendly Nest coding assignments! CodeSubmit offers real-world Nest coding tests, great candidate experiences, and insightful reports to help your team make great hiring decisions.
Identify Top Nest Candidates
Assess Nest coding skills
Use CodeSubmit’s carefully crafted Nest library assignments to assess Node.js developers. We make it easy to create, assign, track, and assess Nest coding challenges. Identify top performers quickly and easily. Rest easy knowing that your next Nest hire can get the job done.
Hire top performers
Nest coding assignments help you make better hiring decisions. Give developers the opportunity to shine by letting them complete real programming tasks with the developer environment and tools they’re the most familiar with. Use data and insights to understand how your candidates work on real-world assignments.
How it works
CodeSubmit is easily integrated with your existing hiring processes. Simply create an account, choose one of our awesome Nest assignments or upload your own, and start inviting candidates. Your team will receive updates in real-time as candidates progress through the CodeSubmit assessment journey without leaving your existing tools. Identify top performers. Hire your next teammate with confidence.
Real tasks, not brainteasers.
Take-home Challenges
Our library of real-world tasks gives you an accurate measure of every candidate’s coding skills, whilst providing them with a fair and considerate interview experience.
- Real engineering tasks:
- With coding challenges that simulate real work, CodeSubmit is helping the best engineering teams hire faster, smarter, and more equitably.
- Extensive Library:
- Choose from hundreds of coding challenges, from junior to senior architect, covering all major programming languages and frameworks -- or upload your own.
- Natural candidate experience:
- Our innovative GIT-based workflow allows candidates to work on their own machines, with their own tools, and in their own time.