Remote AI-Powered Senior Software Engineer (Contract)

Evolvesquads; United States; On-site; USD 120,000 - 150,000; Part time

Benefits offered by this job

Work from anywhere with flexible hours

Collaborate with global clients

Supportive team environment

Job summary

Evolvesquads is seeking a Senior Software Engineer focused on AI integration to enhance our core platform. This role involves designing AI-driven features and collaborating with teams across the US and India. The ideal candidate should have substantial experience in SaaS and backend engineering in addition to strong AI/ML tool proficiency.

Enjoy the flexibility to work from anywhere with a supportive team that values your input and work-life balance. The position emphasizes practical AI application without sacrificing impact or reliability.

Qualifications

• 5+ years of experience as a software engineer in SaaS or cloud environments.
• Strong backend engineering experience (RoR or Golang preferred).
• Hands-on experience with AI/ML tools like OpenAI or Hugging Face.

Responsibilities

• Design and implement AI-powered features within the platform.
• Integrate LLMs and/or ML models into existing services and workflows.
• Evaluate and optimize AI tools and frameworks.

Skills

Software engineering experience

Backend engineering (RoR and/or Golang)

AI/ML tools experience

APIs and distributed systems

Relational databases (SQL Server)

Microservices architecture

Azure cloud deployment

Strong problem-solving skills

Communication skills

Job description

Evolvesquads is seeking a Senior Software Engineer focused on AI integration to enhance our core platform. This role involves designing AI-driven features and collaborating with teams across the US and India. The ideal candidate should have substantial experience in SaaS and backend engineering in addition to strong AI/ML tool proficiency.

Enjoy the flexibility to work from anywhere with a supportive team that values your input and work-life balance. The position emphasizes practical AI application without sacrificing impact or reliability.