Electrical Engineer II

Thorlabs•Lafayette, CO

3h•Onsite

About The Position

Thorlabs is pleased to play a role in advancing science through the components, instruments, and systems we design and manufacture. We believe that science and innovation have great potential to improve the world around us and are committed to advancing photonics (i.e., light-based) technologies that positively impact our customers, employees, and communities. Via educational outreach and more sustainable business practices, we continuously invest in a brighter future. We recognize that each of our employees is a unique individual with the ability to contribute to our success and seek to find great people who will thrive in our fun, fast-paced culture. Thorlabs is looking for an experienced Electrical Engineer to join our dynamic team at the Colorado Center for Innovation (CCI). Electrical Engineer II will serve as a technical lead within the CCI, driving the architecture and development of next-generation laboratory electronic products. You will take ownership of the full product lifecycle—from initial concept and complex circuit design to final compliance and manufacturing release. This role requires a seasoned engineer capable of solving sophisticated hardware challenges in low-noise instrumentation and quantum photonics, while providing technical oversight to junior staff.

Requirements

5–10 years of professional experience specifically in precision analog design or high-performance instrumentation.
BSEE or MSEE or similar from an ABET accredited institution
Demonstrated equivalent knowledge and experience
Proficiency in EDA tools (including multi-layer stack-up and high-speed routing) and advanced SPICE/LTspice modeling for noise floor estimation, thermal behavior, and part tolerancing.
Hands-on experience performing advanced measurements of electronics (e.g., 1GHz+ oscilloscopes, spectrum analyzers, vector network analyzers) and characterizing low-level signals.
Deep understanding of the design considerations for precision analog design (pico-ampere sensing, low-drift op-amps), high-efficiency power conversion, and high-speed digital integration.
Familiarity with embedded digital electronics including: microprocessors, microcontrollers, programmable logic devices, volatile and non-volatile memories, Ethernet, I2C, SPI, UART and USB.
Proven ability to author comprehensive Design Specifications, Test Plans, and Manufacturing Instructions; experienced in Design for Excellence (DFX)—specifically for manufacturability and test (DFM/DFT).
Demonstrated success in contributing to cross-functional teams moving products from initial concept through New Product Introduction (NPI) and into low-volume/high-complexity production environments.
Proficiency in advanced electronics rework, including fine-pitch SMT soldering and BGA troubleshooting, to facilitate rapid internal prototyping and failure analysis.
Experience managing Signal Integrity (SI) and Power Integrity (PI) in sensitive analog-digital hybrid systems to minimize cross-talk and EMI.
Architecting automated test environments using Python, LabVIEW, or C/C++ to streamline device characterization and production validation.
A proven track record in photonics, laser control electronics, or precision measurement instrumentation, with a deep understanding of the unique noise and stability requirements of these fields.
Experience designing systems incorporating FPGAs for signal processing and HDLs (e.g. VHDL or Verilog).

Nice To Haves

Proficiency in Altium Designer.

Responsibilities

Lead the design and schematic capture of high-precision analog and digital systems, ensuring optimal signal integrity for low-noise applications.
Independently manage PCB layout strategies for complex, multi-layer boards involving high-speed signals, sensitive photonics interfaces, and varied power systems.
Lead root-cause analysis for complex system failures and implement long-term design fixes.
Coordinate with mechanical, software, and photonics engineers to define system requirements and ensure seamless cross-disciplinary integration.
Oversee and guarantee that all products meet rigorous international standards (EMC/EMI, UL, CE) through comprehensive validation planning.
Act as a technical resource and provide oversight for early-career engineers, conducting design reviews and promoting engineering best practices.