Eric F. Prechtl Email & Phone Number
@actality.com
3 phones found area 617 and 978
LinkedIn matched
Who is Eric F. Prechtl? Overview
A concise factual answer block for searchers comparing this professional profile.
Eric F. Prechtl is listed as High Bandwidth Digital Video PCB Design and Development at Actality, Inc., a company with 2 employees, based in Groton, Massachusetts, United States. AeroLeads shows a work email signal at actality.com, phone signal with area code 617, 978, and a matched LinkedIn profile for Eric F. Prechtl.
Eric F. Prechtl previously worked as Cuda Enabled C++ Video Processing Software Development at Actality, Inc. and High Bandwidth Digital Video PCB Design at Actality, Inc.. Eric F. Prechtl holds Phd, Aeronautics And Astronautics from Massachusetts Institute Of Technology.
Email format at Actality, Inc.
This section adds company-level context without repeating Eric F. Prechtl's masked contact details.
AeroLeads found 1 current-domain work email signal for Eric F. Prechtl. Compare company email patterns before reaching out.
About Eric F. Prechtl
My primary focus at Actality is in developing high performance, immersive imaging technologies. Previously, a primary area of development was in panoramic stereo camera systems for 3D reconstruction. However, my more recent contracting role has been on the dual task of video processing for micro-OLED displays. In this role, I have focused on the design and (software and firmware) development of custom PCB platforms incorporating Xilinx FPGAs and STM Microcontrollers for high speed digital video applications. My FPGA systems have incorporated IP such as DisplayPort RX cores, 800 MHz DDR3 memory controllers, AXI streaming interfaces and custom logic for I2C/SPI communications and data processing. In tandem with this effort, as a solo project, I have also developed C++ / Cuda based processing software to perform 120 Hz real-time GPU processing of 4k video streams.My broad experience across a wide range of engineering (and business) disciplines gives me exceptional versatility. I pride myself on being a determined problem solver at the same time as being a reliable and trustworthy collaborator. I am particularly adept at technical communication across audiences from novice end-users to high-level technologists. While my recent contract work has been quite fulfilling, I remain fascinated with the concept of capturing and performing 3D reconstruction on real time panoramic stereo video feeds. There are a remarkable number of applications for this technology in areas such as surveillance, tele-robotics and telecommunications. We are proud to have been issued five patents on our camera design through this development effort. The primary challenge in developing this platform is in the processing algorithms necessary to effectively render the captured scenes in a 3D environment, such as a head mounted display. The processing task not only requires significant communication bandwidth (leveraging my background in FPGA-based embedded systems), but the task of backing out accurate 3D information from 2D images is mathematically quite challenging. The development, implementation and refinement of these algorithms is a current area of focus.Going forward, I continue to look for new opportunities to build upon my significant experience. I’m particularly interested in a leadership role on a team developing high performance computational systems for real world applications.
Listed skills include Embedded Systems, Electronics, Simulations, Engineering, and 28 others.
Eric F. Prechtl's current company
Company context helps verify the profile and gives searchers a useful next step.
Eric F. Prechtl work experience
A career timeline built from the work history available for this profile.
Cuda Enabled C++ Video Processing Software Development
Contracting to Lightning Silicon (previously Kopin Corporation): Solo project developing PC-based C++ and Cuda processing core for video decode and real-time distortion control for 120 Hz 4k video input and Displayport output. Development of CUDA high speed video display software, FPGA processing code and circuit board development, design and debug for.
High Bandwidth Digital Video Pcb Design
Contracting to Lightning Silicon (previously Kopin Corporation): Principle development engineer of high-bandwidth digital video drive PCB. Xilinx Kintex 7 FPGA-based, incorporating: 4 lanes @ 5.4 Gbps/lane Displayport input; 800 MHz, 16-bit DDR3 memory interface; Microblaze control; LVDS drive of 120 Hz OLED micro-display. STM32 Microcontroller. I2C & SPI.
Fpga System Development
Contracting to Lightning Silicon (previously Kopin Corporation): FPGA firmware and software development. Incorporating commercial IP (DPRX, MIG, AXIS DMA and VDMA) and custom IP blocks. Custom logic developed for video input/output control and generation, tri-stated LVDS output, and cyclic redundancy check ECC logic. Integrated Microblaze processor with.
Panoramic Stereo Camera System - Ip Core Development
VHDL and Verilog programming of computing cores for data stream management, memory interface, color processing, processing to realize a panoramic stitch and 2D and 3D video output. Efforts focus on logic design, simulation, synthesis and overall debug of the processing chain.
Superconducting Resonant Inductive Power Coupling
Developed integrated manufacturing plan for a 6 foot diameter, toroidal heat pipe that will be used to maintain a steady state temperature of 77 K. Led finite element analysis of the composite tube design to ensure structural integrity in the face of full vaporization of contained cryogen.
Wave Glider Power Systems And Electronics Housing
Developed the vehicle’s rechargeable power configuration. Led the mechanical design of housings and vehicle integration components. Design included battery and power systems, transducer control electronics, dual IMUs, and SBC PC. Managed fabrication and deliver of components to field engineering team.
Underwater Battery Development
Fabricated underwater batteries that demonstrated operational integrity when subjected to water pressures equivalent to 6800 m of ocean water depth. These battery designs are ideally suited as a low cost source of power for underwater instruments or for use in disaster relief efforts in flood-ravaged regions.
Panoramic Stereo Camera System - Pcb Board Design And Layout
PCB design from component selection, schematic capture and board routing. Significant effort expended to ensure integrity of high speed signals through passive selection and overall configuration of the 8- to 10-layer boards. Managed fabrication, assembly, test and debug of completed boards.
Adjunct Professor
Taught multiple engineering courses:Mechanical Design - a Junior level mechanical engineering course at Olin.Mechanical and Aerospace Systems I & II - a senior elective teaching general principles in the analysis, design, and testing of dynamic mechanical and aerospace systems.
Piezo-Hydraulic Pump
Development efforts focused on rectifying the high power density of piezoelectric ceramics through fluidic coupling. Applications include the fuel pumps for micro UAV engines and localized piezo-hydraulic power for primary flight control on UAVs. Work focused on deriving maximum power output from the piezoelectric material. Also developed customized power.
High Resolution, Wide Field-Of-View Imaging System
Initiated development of stereo, wide field-of-view imaging architecture and video processing system to provide high resolution, immersive vision systems for application to NASA and a variety of commercial applications, such as telerobotic operation of robots and UAVs. Efforts focused on general processing architecture design, image sensor selection.
Rotor Blade Mounted Actuation System
Designed and patented high efficiency piezoelectric actuator and verified performance on bench top and shake table. Designed, fabricated and implemented this actuator into Mach scaled composite rotor blades to drive a trailing edge flap at the 75% spanwise position. Performed rotor blade hover testing which fully characterized the active rotor actuation.
Eric F. Prechtl education
Phd, Aeronautics And Astronautics
Sm, Aeronautics And Astronautics
Bs, Engineering Science
Frequently asked questions about Eric F. Prechtl
Quick answers generated from the profile data available on this page.
What company does Eric F. Prechtl work for?
Eric F. Prechtl works for Actality, Inc..
What is Eric F. Prechtl's role at Actality, Inc.?
Eric F. Prechtl is listed as High Bandwidth Digital Video PCB Design and Development at Actality, Inc..
What is Eric F. Prechtl's email address?
AeroLeads has found 1 work email signal at @actality.com for Eric F. Prechtl at Actality, Inc..
What is Eric F. Prechtl's phone number?
AeroLeads has found 3 phone signal(s) with area code 617, 978 for Eric F. Prechtl at Actality, Inc..
Where is Eric F. Prechtl based?
Eric F. Prechtl is based in Groton, Massachusetts, United States while working with Actality, Inc..
What companies has Eric F. Prechtl worked for?
Eric F. Prechtl has worked for Actality, Inc., Axis Engineering Technologies, Inc., Axis Engineering Technologies, Olin College, and Mit.
How can I contact Eric F. Prechtl?
You can use AeroLeads to view verified contact signals for Eric F. Prechtl at Actality, Inc., including work email, phone, and LinkedIn data when available.
What schools did Eric F. Prechtl attend?
Eric F. Prechtl holds Phd, Aeronautics And Astronautics from Massachusetts Institute Of Technology.
What skills is Eric F. Prechtl known for?
Eric F. Prechtl is listed with skills including Embedded Systems, Electronics, Simulations, Engineering, Matlab, Testing, Systems Engineering, and Vhdl.
Search by job title, company, industry, location, and seniority. Export verified B2B contact data when you need it.
Start free trial