Senior Electrical Engineer
TLDR
Own the full lifecycle of PCB design and lead the development of autonomous robotic systems with significant real-world impact.
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Own the full lifecycle of PCB design: schematic capture, layout, simulation, prototyping, validation, and production release
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Take ownership of existing board designs — clean up schematics, BOMs, and documentation to a maintainable, professional standard
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Design power stages, sensor interfaces, high-precision analog I/O, digital I/O, and galvanic isolation circuits
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Establish and own validation and test practices: bench testing, ESD, load testing, resonance tuning, and whatever else the design demands
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Manage DFM reviews and own the relationship with contract manufacturers and fab houses
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Own compliance and EMC testing
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Collaborate with the embedded firmware team on board bring-up and hardware-software integration
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Provide high-level systems guidance on cable harnesses and electrical architecture to junior engineers
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B.S. in Electrical Engineering, Mechatronics, or a related technical field.
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5+ years of professional electrical engineering experience with a focus on PCB design through production
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Strong analog and digital circuit design fundamentals
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Experience designing low-voltage power circuits with high-current stages
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Proficient in KiCad (schematic capture, layout, BOM management)
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Hands-on validation and debugging: oscilloscopes, multimeters, power supplies, load testing
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Experience managing contract manufacturers and fab houses through DFM and production
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Demonstrated ability to own board designs end to end with minimal oversight
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Comfortable working on-site in Palo Alto, CA
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Mixed-signal design: high-precision analog, sensor interfaces, galvanic isolation
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DFM practices: panelization, tolerancing, component selection for manufacturability
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Compliance and EMC testing processes
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Rapid iteration: comfortable spinning boards quickly without sacrificing quality
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Maintaining clean, well-documented schematics and BOMs across multiple active designs
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Experience in automotive, heavy equipment, or ruggedized industrial environments
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Familiarity with embedded firmware concepts — enough to be a strong partner during bring-up
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Experience establishing electrical engineering standards and validation processes on a small team
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Early-stage startup experience — comfortable with broad ownership and fast iteration
Teleo builds autonomous robotic technology that transforms construction heavy equipment into smart machines, allowing operators to control multiple units simultaneously. This innovation enhances safety, efficiency, and comfort for construction workers in a trillion-dollar industry. By leveraging advanced engineering and autonomous systems, Teleo is redefining how heavy machinery is utilized on job sites.