2+ Remote direct memory access Jobs in India

Company Description

Recruiting Bond International is a next-generation Talent Intelligence, Executive Search, and Human Capital Advisory firm helping start-ups, enterprises, GCCs, and VC/PE-backed companies build high-impact global teams. It is a global leader in Recruitment Process Outsourcing (RPO), executive search, and workforce consulting, specializing in building transformative talent strategies.

From high-growth startups to Fortune 500 companies, Recruiting Bond partners with organizations across 50+ industries and 140+ countries to deliver fast, scalable, and inclusive hiring solutions. The company supports businesses in scaling teams, fostering innovation, and creating talent-first strategies to achieve their goals.

With deep expertise across Technology, FinTech, Healthcare, Real Estate, and Energy, Recruiting Bond is dedicated to building careers, companies, and futures by connecting world-class talent with high-impact opportunities globally.

About the Role

Our client is hiring a Backend Engineer (India-based, Remote) to design, build, and scale the core memory infrastructure powering production-grade AI agents.

This role is intended for an experienced engineer with 7–10 years of backend engineering experience, who has deeply internalized AI-native engineering practices and actively builds using tools such as Claude Code, Codex, Cursor, Windsurf, or comparable AI development tools as a core part of their workflow.

The hiring process is intentionally non-traditional and skill-first. There is no evaluation based on IIT pedigree, LeetCode performance, or conventional resume filters. Instead, the only evaluation criterion is: how you build with AI in real-world scenarios.

Candidates are expected to submit prompt logs or transcripts from Claude Code, Codex, Cursor, or Windsurf demonstrating a feature or product they are proud of.

What You'll Own

• Build and scale backend systems powering the memory infrastructure of the product
• Own and deliver features end-to-end, integrating AI coding tools into the core development workflow
• Design, manage, and optimize database, storage, and retrieval systems for persistent memory
• Collaborate closely on system architecture, scalability, performance, and reliability engineering
• Contribute directly to product roadmap decisions based on real customer usage and production insights

Requirements

Must-Have

• 7–10 years of backend engineering experience
• Demonstrated ability to build with AI coding tools (Claude Code, Codex, Cursor, Windsurf, or comparable)
• Ability and willingness to submit prompt log transcripts from a feature or product you are proud of
• Strong Python fundamentals
• Strong PostgreSQL or comparable relational database fundamentals
• Comfort owning systems end-to-end in production
• Based in India, remote work from anywhere in the country

Nice-to-Have

• Prior AI infrastructure or developer tools product experience
• FastAPI fluency
• Open-source contributions in AI, memory, vector databases, or developer tools
• Prior experience in memory systems, RAG pipelines, or vector database engineering
• Public technical writing or conference talks on AI-native engineering practices

Job Description: 

We are looking for a Hardware Design Engineer (5–8 years) to join our core engineering team. The role involves end-to-end ownership of embedded hardware design, including schematics, component selection, library creation, and guiding PCB layout through fabrication in collaboration with PCB teams. The ideal candidate should have strong communication skills, a practical understanding of real-world systems, and the ability to work closely with cross-functional teams. 

We are looking for a serious, long-term professional who is passionate about hardware design and willing to take full ownership of product development. 

Job Responsibilities:

• Design and develop end-to-end embedded hardware systems (analogue & digital) from concept to production 

• Architect and implement designs using MPUs/MCUs (i.MX, Sitara, STM32, Renesas) 

• Develop robust schematics, perform component selection, and ensure reliability, safety, and compliance considerations 

• Implement and integrate high-speed and industrial interfaces (DDR, Ethernet, USB, CAN, RS-485, SPI, I2C, UART) 

• Perform circuit simulations and design validation using tools like PSpice / LTSpice 

• Work closely with PCB layout engineers to: 

• Define stack-up and routing constraints 

• Ensure Signal Integrity (SI) and Power Integrity (PI) 

• Review and approve PCB layouts 

• Analyze schematics and design documents to guide PCB placement and routing strategy 

• Lead board bring-up, debugging, and root cause analysis 

• Use lab tools (oscilloscope, logic analyzer, etc.) for hardware validation and troubleshooting 

• Ensure DFM/DFT compliance and support manufacturing, assembly, and testing 

• Drive designs through prototype (PCBA), validation, and production readiness 

• Collaborate with firmware and mechanical teams for system-level integration 

• Participate in design reviews, risk analysis, and issue resolution

Required Skills:

• Strong expertise in analogue circuit design (power, filtering, protection, signal conditioning) 

• Solid experience in digital design using MCU/MPU-based system

• Hands-on experience with: 

o NXP i.MX / TI Sitara (MPU-based systems preferred)

o STM32 / Renesas microcontrollers 

• Proven experience in high-speed hardware design: 

o DDR memory interfaces 

o Ethernet, USB, and high-speed communication buses 

• Strong understanding of Signal Integrity (SI) and Power Integrity (PI) 

• Experience working with and guiding PCB design using: 

o Mentor Graphics Xpedition 

o Cadence Allegro o Altium Designer 

• Hands-on experience with simulation tools (PSpice, LTSpice) 

• Strong hardware debugging skills using: 

o Oscilloscope

o Logic analyzer

o Multimeter 

• Experience in board bring-up and hardware validation 

• Knowledge of DFM (Design for Manufacturing) and DFT (Design for Testability) 

• Exposure to EMI/EMC design practices 

• Experience in taking designs from schematic → PCB → PCBA → validation → production 

• Good understanding of hardware–firmware interaction and system integration 

• Strong problem-solving and root cause analysis capability.