Jobs at AttoTude

Owns dielectric waveguide semiconductor process development from material selection through foundry transfer. Develops and optimizes high-aspect-ratio etch processes, characterizes surface damage, establishes metrology, and supports process qualification and yield improvement. Evaluates and manages foundry partnerships, defines specifications and acceptance criteria, leads corrective actions, and applies DOE, SPC, FMEA, and root-cause analysis. Requires extensive hands-on silicon fabrication and deep semiconductor etching expertise.

Leads AttoTude’s marketing communications strategy, brand positioning, content development, digital communications, public relations, industry events, and executive communications. Translates complex semiconductor and AI infrastructure technologies into compelling narratives for technical and business audiences. Manages a small marketing team, agencies, vendors, budgets, and cross-functional programs while building industry visibility and supporting commercialization, partnerships, and business growth.

Lead hardware productization from prototype through volume production. Drive final design decisions, design-for-manufacturability and reliability, qualification, failure analysis, customer evaluation readiness, and manufacturing ramp with contract manufacturers and suppliers. Build and mentor the productization team, establish NPI processes, manage tradeoffs across performance, cost, reliability, and schedule, and translate customer feedback into product decisions.

Design and verify digital ASICs for high-speed DSP and mixed-signal applications. Responsibilities include translating system requirements into architectures, writing SystemVerilog RTL and testbenches, developing timing constraints, synthesis, static timing analysis, timing closure, gate-level simulation, and post-tapeout lab and hardware/software integration. The role collaborates with communications, RF, mixed-signal, systems, and software teams and supports project execution through tapeout.

Lead the design and development of mixed-signal ICs, overseeing all phases from concept to production, focusing on high-speed interconnects and innovative methodologies.

The MMIC Design Engineer will lead the design and development of THz ICs for AI and hyperscale applications, overseeing the full design cycle and collaborating with teams to achieve project goals.

The Manufacturing Technical Program Manager leads the industrialization and execution of advanced manufacturing technologies, ensuring alignment across teams to transition new technologies into high-volume production.

The Firmware Engineer will design, develop, and optimize embedded software, implement device drivers, validate hardware, and collaborate with cross-functional teams.

The System Design Engineer will design high-speed circuits, collaborate on semiconductor technologies, analyze data, and document findings. Responsibilities include modeling, defining component requirements, and continuous improvement.

The Senior Manufacturing Process Engineer will develop and scale manufacturing processes for specialty wires and connectors, ensuring high yield, precision, and collaboration with suppliers and cross-functional teams.

The System Hardware Engineer will develop next generation modems, maintaining a testbed for characterization, analyzing performance, and collaborating with teams to optimize hardware designs.

The Strategic Sourcing & Supply Chain Leader will develop and execute sourcing strategies, manage supplier relationships, and optimize procurement operations to support hardware development and scaling.