July 29th 2010
Hampton Inn & Suites East Hartford
351 Pitkin Street
East Hartford, CT 06108
6:00pm - 9:00pm
Come experience the latest Windchill technology Hands On! Boston Engineering's Implementation Team will be answering questions around implementation and migration efforts as well as demonstrating the functionality with a live Windchill System.
April 29th 2010
Hampton Inn Nashua Hotel
407 Amherst Street
Nashua, NH 03063-1223
6:00pm - 9:00pm
Come experience the latest Windchill technology Hands On! Boston Engineering's Implementation Team will be answering questions around implementation and migration efforts as well as demonstrating the functionality with a live Windchill System.
April 12th 2010
Location: Massachusetts Institute of Technology
Topic: Automated Lathe Ultramicrotome by Matt Reck
A local research university sought to develop a machine that would allow them to transition from an experimental tissue sectioning process which was difficult and often unpredictable and that only skilled technicians and scientists could perform to a reliable, repeatable automated process. Read the Case Study to learn more.
March 31st 2010 
"Technology Game Changers," an event segment of SBANE's "Cutting Edge Series," held a breakfast panel presentation and discussion on Wednesday, March 31st. Panelist participants with expertise in the scientific community, addressed their experiences and their capability to transform an innovative concept into a commercially viable product. Topics included, but were not limited to, leveraging intellectual property and government underwrite; the advantages of spinning off technology into a separate company, once the product has commercial applications to both government or private sector customers; how to protect one's data rights when partnering with a prime contractor; and lastly,what the pros and cons are of having the federal government as your only customer.
March 4th 2010
Registration: 8:00 AM
Location: Arrow Electronics, Rochester, NY
Arrow, Analog Devices and Boston Engineering invite you to attend a complimentary hands-on Blackfin Processor Seminar 
Experience an in-depth introduction to the new BF50x family of Blackfin ® Processor, and their applications in the Instrumentation, Industrial, Scientific and Medical markets.
January 18, 2010
BF50x Design Partner 
Boston Engineering named as one of three design partners for the new BF50x series DSPs. Blackfin BF50x processors equip designers with the performance they need to develop more accurate, energy-efficient industrial control and automation systems spanning power inverters, UPS, power and motion control, as well as smart metering and advanced sensing applications including power metering and flow/level metering. Coupled with Boston Engineering's expertise, companies can shorten their product development cycles and time to market - without compromising cost.
January 12th 2010
Doors Open: 6:00 PM
Presentation: 6:30 PM
Location: Olin College, Needham, MA
Robotics and Automation - Leveraging Biomimetics and Rapid Prototyping To Create Advanced Unmanned Underwater Vehicle Systems 
Michael Rufo (Boston Engineering) will present a high level view of his work on Biomimetically Inspired Autonomous Underwater Vehicles with emphasis on the inspiration and science behind such a project. Additionally, the applicability, appropriateness, and challenges of leveraging nature and bio-inspired techniques in actual tactical robotic vehicles will be discussed.
January 7, 2010
R&D Magazine Article 
Computer-based machining systems make basic metalcutting a largely plug-and-play process. In most cases, a 3-D CAD file run through a CAM package and posted to a CNC machine tool will produce a part that resembles the original model. However, it's far from a sure thing that the part will totally fulfill the function its designer intended. In reality, the experience and perception of those who manage the advanced machining systems ultimately determine how closely the final results reflect an engineer's intent. Michael Rufo, principal engineer and leader of the Advanced Systems Group at Boston Engineering Corporation, Waltham, Mass., says engineers usually are familiar with the machining operations required to turn their designs into tangible parts.
September 2009
RTC Magazine Article 
Recent advances in actuator, power source and control electronics technologies are enabling companies like Boston Engineering to prototype autonomous underwater vehicles that look-and swim-like small fish. With the ability to cover up to three times the distance of propeller-driven devices via its tuna-mimicking propulsion system, the "GhostSwimmer" aquatic robot developed by Boston Engineering, in partnership with the Franklin W. Olin College of Engineering represents a pioneering application of biomimetic science, and is being considered by the U.S. Navy for deployment on underwater reconnaissance missions.
September 24th 2009
Electronic Design Article 
The U.S. Navy is equipping submarines with a range of robotic drones like the General Dynamics SeaStalker. This torpedo-style unmanned surface vehicle (USV) specializes in snooping.
Boston Engineering's GhostSwimmer takes a more fishy approach. The mechanics and dynamics of this tactical, efficient, biomimetic autonomous "artificial fish" autonomous underwater vehicle (UAV) mimic biological fish to replicate their highly efficient swimming mechanism.
- Boston Engineering's Gyroball Featured on Design World Video
- Boston Engineering's GhostSwimmer AUV spotted in the wild
- The Changing Face of Prodcut Lifecycle Management
- Robotic Fish, Coming to a Pool Near You
- AUVSI: Robot fish enters second phase of development
- July shows early-stage investors eyeing economic recovery
- Grant propels flying robot service net
- Boston Engineering to Present at NI Week 2009
- Boston Engineering in Desktop Engineering
- Epstein: The Ligerbots: Executing on teaching STEM