Innovation through Experience

The interaction of advanced software, devices, and data allows users to experience information in new and empowering ways. Augmented Reality, Virtual Reality, and Advanced Web from Boston Engineering are tools available today to elevate your organization’s capabilities, competitiveness, and agility.

Smart Operations isn’t just an advantage—it’s essential. At Boston Engineering, we combine deep multidisciplinary expertise with practical implementation experience to help you navigate the complex journey toward operational excellence. 

Smart Operations leverage advanced technologies to create interconnected, intelligent manufacturing and operational environments that drive sustainable business growth, operational excellence, and competitive advantage.

By integrating connectivity for data-driven decisions, implementing intelligent automation, enabling predictive maintenance, building in agility and scalability, and optimizing resource efficiency, Smart Operations deliver measurable improvements to your bottom line while positioning your business for future success.

Boston Engineering will design, build, program, and test custom embedded hardware and software systems to assist in your product development process. Our cross functional team of engineers can advise, direct, and manage your project, including all aspects of electronics, firmware, and packaging/mechanical integration. Whether you need a complete, functional, delivered product, help on an existing project, and/or support for your existing engineering team, Boston Engineering delivers on all phases of the Embedded System development cycle.

Boston Engineering uses Design for X (DFX) as an approach to engineering and design to focus on a primary variable of a product or process. This narrows in on the design activities that will influence a performance trait or feature as the desired outcome of a product development project. Examples of DFX focused projects include improving a product in the face of new competition or a market shift, extending the lifecycle (and profits) of an existing product, or quickly solving a new performance or compliance issue. The experience and capabilities of DFX are powerful tools when clients use them as part of a broader strategical approach to developing product/process differentiation, and a sustainable advantage against competition.

Robotics systems development happens faster when you combine decades of physical design experience with the latest in ROS software integration. Through designing, testing, and deploying a range of industrial, medical, and military robotics, Boston Engineering is able to see innovation opportunities where others still marvel at the technology. From positioning systems on modern industrial equipment, to microscopic level diagnostics equipment, to force multiplying unmanned  sensing arrays, there are few other teams with Boston Engineering’s depth of robotics knowledge.

The discipline of Control Systems Engineering focuses on modeling a diverse range of systems (e.g. mechanical, thermal, optical etc.) followed by designing controllers (or control algorithms) that will cause these systems to behave in the desired manner. Through years of development, experimentation, and integration with functional platforms (robotics, mechanical devices, unmanned vehicles), Boston Engineering understands the modeling and simulation required to develop complex, algorithm derived controls that are adaptable in the face of multiple disturbances, and can be updated/upgraded as new challenges arise.

Take advantage of the knowledge gained through developing technologies for the challenges faced by the modern military. Meeting requirements that often include stealth, limited connectivity, un-compromising security, and specialized data collection, Boston Engineering has become experts in the design and development of unmanned vehicles that can remotely perform tasks that were previously done by humans. This has resulted in systems that complete the mission at hand, protect people from injury, and in many cases extend the capabilities of detection, inspection, and repair. With many systems, jobs can be completed faster, more precisely, and by personnel with limited training, all with the help of remote assistance technologies.

Modernize your operations, onshore your product supply chain, reduce risks, and strengthen your business.

Businesses are reevaluating their manufacturing and supply chain strategies to enhance resilience, security, and efficiency. Re-shoring has become a key approach to mitigating risks, improving quality, and capitalizing on government incentives that support domestic production.

Whether you’re facing workforce shortages, navigating policy changes, or striving to modernize your operations, re-shoring and product redesign offers concrete solutions to tackle today’s global sourcing challenges and position your business for long-term success.

Organizations need solutions to offset the broader market trends of shrinking workforces, new employee training challenges, and global resource deployment. Through combining technological capabilities with a versatile platform of digital, robotic, and unmanned vehicle solutions, Boston Engineering has developed   force multiplying systems to place subject matter experts on site through virtual systems and deploy relevant, timely information where and when needed to assist in critical situations.  From inspections and field assessments to warehouse location assistance, available technology can build a network of data collection, data monitoring, and data visualization solutions to counter the strain being placed on business and government resources to service and support a global operation in an effective way.