This role involves leading a team of seasoned system engineering professionals across the product development lifecycle. The role focuses on team leadership, project execution, systems engineering governance, process improvement, cross-functional collaboration to ensure successful product delivery.
Responsibilities
Lead, mentor, and develop a team of Systems Engineers.
Plan and allocate engineering resources across multiple projects.
Drive systems engineering activities from requirements development through verification support.
Ensure high-quality requirements development, review, and end-to-end traceability.
Collaborate with software, hardware, mechanical, test, quality, product management, and program management teams.
Requirements
BE/BTech/ME/MTech in Electronics, Computer, Electrical, Systems, or Controls Engineering
Lead technology innovation strategy and execution for NTT Global Data Centers, driving AI/ML, automation, edge computing, and sustainability initiatives.
Compensation
Base salary for this position is: $197,100.00 - $292,100.00
Responsibilities
Lead strategic emerging technology initiatives
Define and execute innovation roadmaps
Drive cross-functional innovation programs from concept to deployment
Serve as trusted advisor to senior leadership
Evaluate disruptive technologies
Requirements
Bachelor’s degree in computer science, engineering, business, or a related field
Focus on Connectivity and Network Engineering involving development of engineering practices in wireless, satellite, fixed, and enterprise networks, IOT, 5G/edge, Telco Cloud, and Edge Compute platforms.
Responsibilities
Develops competency in own area of expertise
Shares expertise and provides guidance and support to others
Interprets clients needs
Completes role independently or with minimum supervision
Identifies problems and relevant issues in straightforward situations and generates solutions
The Product Manager leads the HVAC & Ignition Controls portfolio, defining and executing the strategy, roadmap, and lifecycle management of embedded controls solutions used in heating and cooling equipment.
Responsibilities
Develop and maintain the short- and long-term product roadmap in partnership with Controls Engineering.
Define product vision, portfolio strategy, and investment priorities aligned with company objectives.
Own portfolio business performance, including revenue growth, profitability, market share, and lifecycle planning.
Identify new market opportunities, adjacent offerings, and growth initiatives across HVAC controls, ignition controls, connected devices, monitoring, analytics, predictive maintenance, and energy optimization solutions.
Monitor industry trends, customer requirements, competitive offerings, regulatory developments, and emerging technologies.
Lead and develop Toptal’s Cloud Services practice, managing a team of solution architects to design, sell, and deliver hybrid cloud and DevOps solutions.
Lead and develop Toptal’s Cloud Services team of solution architects, setting technical vision, standards, and driving hybrid cloud and DevOps solutions for clients.
Responsibilities
Lead and mentor a team of solution architects
Recruit, onboard, and retain top talent
Define reference architectures and best practices
Partner with Sales to assess client needs and shape proposals
Turn repeatable solutions into scalable offerings
Requirements
Bachelor’s degree in a related field
Nice to have: AWS, Azure, or GCP Architect certification
Build software powering the next generation of intelligent humanoid robots, focusing on voice AI, agentic AI, and multimodal interaction.
Compensation
Salary range $107,000 - $172,000 USD. It is not typical for offers to be made at or near the top of the range. The actual salary will be determined based on experience and other job-related factors.
Responsibilities
Implement high-level application software, interaction workflows, and robotic behavioral state machines
Build core logic that translates human speech, gestures, environmental cues, and contextual information into deterministic robotic tasks
Integrate vision pipelines, object detection, scene understanding, spatial tracking, and voice interactions