Wearable and At-Home protein monitoring with silicon photonic chips

What we are looking for

We are seeking a photonics and electronics technician interested in new and novel applications in the field of Photonics and Electronics in Burlington, MA. The project lasts for 3 months and may evolve to become a full-time role.

Responsibilities

• Assembling/Packaging of optical components.
• Conduct quality control efforts including QC design, testing, and reporting.
• Operation of mechanical , electrical, and optical tools for measurement and alignment of photonics components.
• Assembling of SiPhox Health reader, including soldering of electronic components.
• Inventory management of photonics and electrical components.
• Perform operational tests on reader.

Basic Qualifications

• 1-2 years experience in a related field is required.
• Ability to reliably produce products according to written specifications.
• Identify and segregate Non-Conforming Product.
• Manual dexterity, eye-hand coordination, and visual acuity.
• Ability to perform repetitive work while paying attention to detail.
• Maintain product traceability and identification.
• Able to communicate and work closely with other people.
• Establish and maintain effective working relationships with others.
• Detail oriented.
• Electronic Skills: Has training in dealing with soldering, power meters, and electrical components.
• Computer Skills: Is familiar with Microsoft Office products.
• Ability to read, write and understand English.

Preferred Qualifications

• Candidate has optical coupling and fiber-attaching training.
• Candidate has electronic soldering training.
• Experience handling precision equipment.
• Scripting in Python.
• Bachelor’s or Associate’s Degree.

Compensation and Opportunity

• Compensation package with benefits, including high-end gym membership and health, vision, and dental insurance.
• Opportunities for professional growth and development.
• Work in a dynamic, innovative environment with cutting-edge technology.

We are developing a new paradigm for consumer health tech wearables by replacing a 100lb optical instrument with an area of silicon smaller than a postage stamp.