CEO

James Calvin

James Calvin – CEO, graduated from Northeastern University in 1993 with a BS in electrical engineering, has more than 20 years of experience in electrical design and project management. He joined New Age Micro in 1997 and developed the hardware design services, before becoming a partner in 2006 and CEO in 2010.

James has developed and designed analog, power and FPGA/ASIC systems and products for industries as diverse as commercial, avionics and industrial control. During the past decade, James has worked on cybersecurity. He has led product development/research teams and has brought ideas from a white board to the manufacturing floor. James has more than 30 patents to his name. As CEO, James has worked to create an effective and dynamic team of engineers to create turnkey products. He has a deep understanding of all phases of development.

Managing Partner

Sheila Heflin

Sheila Heflin has been a managing partner of New Age Micro, for over 30 years. As a managing partner her roles include CFO, project management, customer liaison, general administrator and HR including employee benefits administer. She had an integral part moving the company forward from a consulting business to a full turnkey product development company.

Having worked alongside of talented and somewhat eccentric engineers for most of her life, she has good understanding of the creative process of engineering and has helped to make New Age Micro a creative and collaborative company.

Software Lead

George Cranshaw

George Cranshaw  – Software Lead – George has over 15 years of embedded systems development. He has experience with hardware level interface busses, drivers, and embedded operating systems. Over the course of his career George has designed, and implemented software and firmware for over 20 embedded devices from micro controllers to application processors. He also has significant application development experience. He has developed workstation applications for system time synchronization and interface GUI for embedded devices. He has developed two high availability systems utilizing redundant hardware designs with software synchronization. One of the systems resulted in a patent award for fault tolerant operation. George has also designed and implemented a web application to improve security and delivery of software patches and fixes. The web application reduced effort for software patching by 10% while migrating to a standard software delivery mechanism with significantly enhanced security.

Academically, George holds a B.S. in Computer Science from Northeastern University. While at Northeastern, George contributed to an NSF grant proposal for dynamic information retrieval from diagrams included in academic papers. The grant was subsequently awarded.

Principal Investigator, AI/Signal Processing/Cybersecurity

Kyle Cantrell

Kyle brings with him the experience of participating in over ten successful SBIR programs with four of those moving to Phase II. He has supported both hardware development and software development efforts of research and. His areas of expertise include Deep Convolutional Neural Networks for Computer Vision, Sensor Fusion and Anti-Tamper applications along with traditional Acoustic and Image Signal Processing. Kyle also has an extensive background in embedded systems design and development, crucial to the realization of any SBIR research and development productization with several successful Phase I and Phase II efforts. In addition, Kyle spearheaded the initiative to bring machine learning into embedded systems for industrial automation in the form of intelligent broadcast storm protection and convergence, garnering a company innovation award.
Academically, Kyle is pursuing his M.S. in Robotics Engineering at the Worcester Polytechnic Institute in Worcester, MA. During his time so far, he has contributed to the development and implementation of a deep-learning system for Depth Estimation and Visual Odometry. His publication entitled Practical Depth Estimation with Image Segmentation and Serial U-Nets is currently the Best Paper award winner at the VEHITS2020 conference. His focus in research has been Deep Learning based models for 3D Map Reconstruction and autonomous navigation algorithms.

Principal Investigator, Sensor Systems and Simulation

Jeremie LeClair

Jeremie is the principal investigator on this topic.  Jeremie holds BS in physics with over 15 years of experience.  Jeremie has lead several development projects, organizing the efforts of several engineering disciplines, and maintaining a focus on system level function.  Jeremie’s work includes sensor integration modelling and simulation system integration and fluidics and systems level test and development, which includes extensive uses of MATLAB to model and calibrate systems. Sensor systems Jeremie has developed include RF mass spectroscopy systems, Resonet Gravimetric MEMs systems and ensemble systems which use orthogon measurement technologies to achieve high measurement certainty. Most recently, Jeremie’s work has focused on testing of embedded systems. Jeremie participated in several SBIRs while working for Boston Micro Systems.  Jeremie’s SBIR work ultimately lead to the release of Pall corporation’s Pico1000 trace moisture analyzer, capable of detecting water in pure gasses down to 1ppb.

Mechanical Engineer

Ken Doucette

Ken Doucette is a Mechanical Engineer at New Age Micro. He has more than 20 years of experience with product/package designs meeting strict customer agency requirements using Solidworks. These designs have been for medical, military and commercial applications. His designs use a range of materials including engineering plastics, die cast Aluminum and sheet metal. Experienced in designing enclosures for use in harsh weather conditions.

Ken has the ability to move a design from concept to prototype and into manufacturing for production. Early in the design process thermal management is a major consideration and aided by the use of Solidworks Flow Simulation. A computational fluid dynamics software used to identify hot spots in the product.

Founder and Senior Fellow

Steve Heflin

Steve was born and raised in Boulder Colorado where he attended Colorado University Engineering. He graduated with a double degree in Electrical Engineer and Computer Science. He moved to Massachusetts in 1980 and started New Age Micro as a software consulting company specializing in embedded products in medical, communication and process control. In 1998, he expanded New Age to include hardware consulting. In 2006, New Age Micro was restructured adding Sheila Heflin and Jim Calvin on as partners and becoming a turnkey product design company. Steve has retired from the day to day operation and does IT for the company.

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Portfolio

CyberCogs HSM
CyberCogs HSM
CyberCogs hardware security modules (HSM) defend information systems from cybersecurity attacks with tamper-protected separation of sensitive keys, data, and operations.
Industrial Edge Computer CPU Board
Industrial Edge Computer CPU Board
Multi-core ARM SOC FPGA based IOT computer with quad gigabit Ethernet ports and electrically isolated 24-volt input supply. Quad USB 3.0 ports, reconfigurable serial port.
Industrial System Controller
Industrial System Controller
A X86 embedded microcontroller based industrial controller. Distributed, optionally fault-tolerant, field-mounted controller that performs process control and alarming functions according to a user-defined control strategy. With galvanic isolated 24-volt input, custom ASIC I/O co-processor. Two fiber 100 Mbit Ethernet and two HDLC controllers. Capable of controller up to 128 I/O modules.
Foundation Field Bus FPGA
Foundation Field Bus FPGA
Design of discontinued Fuji Foundation Fieldbus (FF) modem. Written in VHDL. Completely synchronous design with two clock domains. Device independent, no specific FPGA libraries used. Complete test bench.
1080p High-Def Video Player
1080p High-Def Video Player
Intel Atom based HDMI video player. Capable of storing and playing hundreds of videos in 1080i, 1080p, 720p. With Wi-Fi and 10/100 Ethernet for internet connection and 256Meg of DDRAM 2.
3D Printed Prototype Box
3D Printed Prototype Box
3D printed Housing and Circuit Board to confirm connector locations and size/fit of Housing. 6.614 inches wide, 4.480 inches deep and 1.160 inches tall 0.010 Layer resolution, Material: FDM ABS Plus
3D Printed Case
3D Printed Case
3D printed Housing and Cover to be shown for Customer approval. 6.614 inches wide, 4.480 inches deep and 1.160 inches tall 0.010 Layer resolution, Material: FDM ABS Plus
8-Axis Stepper Motor Controller
8-Axis Stepper Motor Controller
The NAM SM200X is a multi-axis intelligent stepper motor controller offered by New Age Micro. The NAM SM200X is available in 6 axes and 8 axes configurations
Android Bluetooth App
Android Bluetooth App
Custom Android/Apple app to configure Bluetooth LE hub. This app communicates via Bluetooth Low Energy (BLE) to a custom-built USB hub.
Smart USB Hub with Bluetooth
Smart USB Hub with Bluetooth
USB hub with Bluetooth LE interface for restaurant and doctor’s offices, medical kiosks. 1 upstream port USB3.0 and 4 USB 3.0 downstream ports.
Patented Hand-Held Currency Reader
Patented Hand-Held Currency Reader
Battery operated currency reader. Based around a low-cost color sensor and a TI MSP430 microcontroller. The unit uses UV LEDs to make the security thread in US currency to fluoresce. Using a color sensor and a patented algorithm, the micro detects the color of this thread determines the value of the currency ($5 is blue strip, $20 is green strip, etc.). Using a high-speed DAC and an audio amplifier the unit speaks the pre-recorded value of the currency in different languages.
Assorted 3D Printed Jig Parts
Assorted 3D Printed Jig Parts
Sample of 3D printed Jigs and Fixtures. Jigs using Steel drill bushings for positioning drilled holes. Fixtures for locating components on PWA assemblies. 0.010 Layer resolution, Material: FDM ABS Plus
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