We know what it feels like when you’re having trouble on a project and not able to move your research forward.
If you’re like us, you’re hungry for science. It’s thrilling when you make a new discovery. Let us help you choose the best solution in adaptive optics for your application so that wavefront aberrations don’t get in the way of your discoveries.
At Boston Micromachines, we get it.
The objects you’re looking at are either too small or too far away. If you’re working with lasers, you need better wavefront shaping. We’ve helped top research institutions like NASA, UC Berkeley, Lockheed Martin and Boston University overcome their adaptive optics challenges and experience project success.
What is our Mission?
We enable our customers to achieve their scientific, research, or technical goals through the use of wavefront control technology.
We are committed to helping you succeed so you can stop feeling stressed or confused about the many options.
The process is simple — Reach out, team up, and shape your light.
Reach out through email or just pick up the phone and call us.
Team up by working together closely to find or create the best solution for your project.
Finally, we’ll make sure you can shape your light in a way that achieves your goals and pushes your results to the next level.
Once you reach out to us, you’ll have taken the first step towards finding a solution. We partner with you every step of the way and our job is not done until your project is a success.
Our Executive Team
President & CEO
Paul has led pioneering research efforts in optical MEMS fabrication, system integration, and compact AO while overseeing multiple R&D contracts resulting in over $5M in research funding. He received his B.S. and M.S. in Mechanical Engineering from Boston University and has spent over 20 years working with small businesses.Read more >
Chief Technology Officer
Tom is a Boston University professor with a joint appointment in Aerospace and Mechanical Engineering. He currently serves as the BU Photonics Center Director, where his team’s research focuses on developing useful devices with the aid of novel precision-manufacturing technologies.Read more >
Vice President of Engineering
Steven has been involved in optical MEMS R&D since 2000 and joined Boston Micromachines Corporation in 2002 where his research and product development efforts have led to commercial MEMS deformable mirror products that are enabling advances in imaging systems and optical communication systems using adaptive and active optics. He has successfully led multiple Phase I and Phase II Small Business Innovation Research (SBIR) government contract awards for development of MEMS deformable mirrors and spatial light modulators. Steven is a graduate of San Jose State University (BSME) and Boston University (MSME). Prior to joining Boston Micromachines Corporation Steven was a research and development engineer at Space System/Loral.Read more >
For the last 20 years Joe has served as mentor, coach, and personal advisor to CEOs and entrepreneurs. In recent years, he has served as investor, advisor and active director with dozens of companies, public and private. Joe is currently a member of Launchpad Venture Group and was previously a member of Walnut Ventures, Common Angels, eCoast Angels and a principal of Brookwood Partners, all investment groups for early stage companies. He also maintains an active consulting practice dealing with structuring and negotiation of acquisitions, strategic partnerships and financings, and issues related to dispute resolution. He has served on dozens of boards over the years and is recipient of the Leadership in Private Corporate Governance award from the National Association of Corporate Directors, New England Chapter. He is a graduate of Northeastern University (BSEE with honors) and the Harvard Business School (MBA). He has served as advisor to Northeastern’s School of Technological Entrepreneurship, and serves as a mentor for Boston University’s entrepreneurship program, the Boston TechStars program, and Mass Challenge.Read more >
We Are Hiring
Do you have what it takes to develop breakthrough optical technology?
If you want to be on the forefront of these modern designs to improve imaging in astronomy, microscopy, defense, and healthcare, please check back regularly and view our job listings to see where you can fit into our dynamic team of highly motivated researchers dedicated to advancing photonics applications.
Boston Micromachines Corporation has an immediate opening for a project engineer with product development ability and experience with manufacturing and assembly of microscale devices. You will lead prototype development for a precision opto-electro-mechanical system concept, including development of micro assembly techniques, packaging, and electromechanical integration. Development efforts will be aimed toward achieving manufacturability suitable for production. BMC has a strong team environment with an interdisciplinary technical and marketing team. In this role, though, you will need to be able to be self-guided, leading this development effort. When successful, this product will be a key component in advanced imaging systems capable of finding planets in other solar systems, aiding in the cure for blindness and a variety of other applications.
- Design a product based on the development work previously performed and marketing requirements
- Identify key manufacturing processes to produce the prototype with an eye towards scaled manufacturing
- Perform trade off analysis of in-house manufacturing vs. outsourcing
- Produce working prototype
- Project management responsibilities include vendor and supplier management, developing and maintaining project schedules and budgets
- BSc. degree in Mechanical Engineering MSc. is preferred
- 5+ yrs experience in the product development role
- Mechanical design and product development experience, preferably of microscale devices and micro-assembly
- Strong communication skills
- Prior project management experience and experience managing external resources is desired
- Highly motivated and capable of independent direction, problem solving, & troubleshooting