DARPA BTO has announced an award to Columbia University, New York for the Biological Control Program, BAA number DARPA-BAA-16-17. The award amount is $3,013,454 with not to exceed options of $4,602,696.
The Biological Control Program program will “demonstrate tools to rationally design and implement multiscale, closed-loop control of biological systems, through the development of biological controllers, testbeds to evaluate control of system-level behavior, and theory and models to predict and design effective control strategies. The resulting capabilities will be inherently generalizable to a variety of biological systems. Successful teams will integrate and apply these capabilities to demonstrate a practical proof-of-principle biological solution to a proposer-defined application relevant to the DoD.”
The program manager is Dr. Elizabeth Strychalski.
AFRL has announced an award to the University of California, Santa Barbara for High Power MWIR Lasers on Silicon. The award amount is $1,045,000.
The Office of Naval Research has released a BAA on Electronic Warfare Technology, BAA number N00014-17-S-B008. The goal of Electronic Warfare (EW) is to control the Electromagnetic Spectrum (EMS) by exploiting, deceiving, or denying enemy use of the spectrum while ensuring its use by friendly forces.
ONR Code 312 Electronic Warfare (312EW) seeks proposals to develop and demonstrate technologies for the next generation systems in electronic warfare. The following research areas are of interest:
- Subsystem Demonstrator for EO/IR Beam Steering at Multiple Wavelengths
- Intelligent EW Subsystem Demonstrator (SSD)
- Networked EW Concepts
- Innovative Counter Intelligence, Surveillance, and Reconnaissance (C-ISR) Concepts
- Innovative EW Concepts
White papers are due February 21, 2017 and full proposals are due February 21, 2017.
DARPA Tactical Technology Office (TOO) has released the Consortium For Execution of Rendezvous and Servicing Operations (CONFERS) BAA, number HR001117S0006. the CONFERS BAA is a “solicitation for research to develop non-binding, consensus-based operational safety standards related to rendezvous and proximity operations (RPO) and on-orbit satellite servicing, executed through a collaborative private sector/Government consortium led by an experienced administrator or “Secretariat.” The awardee will establish and manage a consortium, to include both private sector and government technical experts. CONFERS will leverage experience and best practices from both the private sector and Government and will make their published standards publicly available.
The Secretariat is responsible for leading the development and publication of non-binding, consensus-based operational safety standards related to RPO and servicing. The Secretariat will research current state-of-the art practices conducted across the private sector and Government, primarily through interaction with subject matter experts serving as CONFERS members. The Secretariat will synthesize the resulting research and collaboration efforts into clearly written operational safety standards. To that end, the Secretariat will identify, hire, and manage an existing qualified Standards Development Organization to codify and publish the standards developed by CONFERS. The SDO does not have to be specifically identified at the time of proposal, but options should be presented with pros and cons.
The Secretariat will also manage CONFERS as a forum where both private sector and U.S. Government technical experts from multiple relevant entities can discuss plans and issues for anticipated on-orbit servicing in the commercial sector.
The total amount anticipated to be awarded is $2.8M, with $800K for the first year/base period and $2M spread over the four next option periods. It is anticipated that thee will be a single award. There was a Proposers Day on December 16, 2016. Proposals are due February 6, 2017.
The objective of the Next‐Generation Sensor for Measuring Winds Aloft in the Stratosphere effort is to “assess and apply promising technology to rapidly mature and deploy a lightweight, low‐power sensor prototype capable of directly measuring wind speed and direction in a prescribed volume surrounding a stratospheric vehicle. This effort assumes a reference system architecture composed of a stratospheric vehicle traveling with the prevailing winds at altitudes above 60,000 feet. A vehicle’s ability to effectively and efficiently steer by riding opportunistic wind vectors at different altitudes in the stratosphere is a key mission enabler that is dependent upon the availability of real‐time in‐situ measurements of wind speed and direction. The effort is working to develop a compact, scanning onboard sensor prototype capable of delivering to the vehicle’s on‐board guidance system, in near‐real time (e.g., latency less than 15 minutes), a map of wind speed and direction in a volume of air surrounding it. With this knowledge, the vehicle may achieve guidance with greater energy efficiency (i.e., a lesser quantity of smaller altitude changes) than what is otherwise possible with the sparse forecast data available today.”
The Proposers Day will be held on at the DARPA Conference Center on Thursday, January 19, 2017 from 9:00 AM to 12:30 PM. Participants must register for the Proposers Day at: http://www.cvent.com/d/hvqfxm. Registration closes Friday, January 13TH at 5:00 PM ET. There will be an opportunity to meet individually with the Program Manager, Dr. Jeremy Palmer, after the conference. To schedule an appointment email Rebecca Cervoni, Rebecca.Cervoni.firstname.lastname@example.org with the subject of “Winds Aloft: One on One request.” Requests must be received by the registration cutoff date.
DARPA Microsystems Technology Office (MTO) has released the Efficient Ultra-Compact Laser Integrated Devices (EUCLID) BAA, number HR001117S0013. The EUCLID program is soliciting research proposals for the development of highly efficient, ultra-compact, fiber-coupled laser diode modules suitable for pumping high power fiber lasers.
“High-energy laser (HEL) technology is of interest to the Military Services for its potential to provide new and enhanced capabilities such as silent engagement, deep magazine, scalable effects, and reduced logistics burdens. Until recently, these systems have been too large and heavy to be widely deployed on military platforms.
The laser diode pump modules (DPMs) which power the fiber laser amplifiers are presently a significant driver of system-level SWaP. Low module efficiency increases demand on the power system and the amount of waste heat that the thermal management system must dissipate. Because many modules are needed to power a single fiber amplifier, low packing density of the modules leads to a larger integrating structure and more electrical, cooling, and optical overhead. However, primary development drivers to date have been commercial market priorities, continuous operation for long time periods and long life rather than low size/weight and high efficiency. As a result, there is opportunity for significant size and weight reduction while increasing electrical-to-optical efficiency of DPMs.
The Efficient, Ultra-Compact, Laser-Integrated Diodes (EUCLID) program seeks to drive down the size and weight of diode pump module (DPM) technology while increasing electrical-to-optical efficiency and optimizing modules for dense packaging. To enable significant further near-term reduction in the SWaP of fiber laser arrays, the EUCLID BAA seeks proposals to develop and demonstrate DPMs consistent with SWaP, efficiency, and system compatibility metrics. Desired DPMs would be capable of being densely packaged with other identical modules in a configuration consistent with integration into line-replaceable high-power fiber amplifier assemblies. DPM output power of ≥ 650 W is desired to minimize packaging and overall system SWaP. The outputs of such modules, when combined, should also allow for efficiently pumping as wide a range of high power fiber amplifier output powers (between 1 kW and 3 KW) as possible. This would provide the flexibility to optimally tailor the array size and output power for various DoD HEL applications.”
Proposals are due February 15, 2017. The program manager is Dr. Joseph Mangano.
Icosystem “combines expertise in human behavior & decision-making with simulation and optimization techniques inspired by complexity science and biology to build predictive analytics solutions. These software simulations reflect the complex network of connections that make up real systems and make it possible to see emergent patterns and anticipate the impact of unexpected events.”
DARPA DSO has released the Gamifying the Search for Strategic Surprise (GS3) Call for Submissions through special notice DARPA-SN-17-10. DARPA DSO “invites executive summaries and full proposals for a research and development project to deliver an online environment that will enable productive collaboration among large numbers of experts and thinkers. The shared task of this group is to rigorously explore the trends and possible applications of emerging science and technology. All executive summaries and full proposals should be submitted in response to DSO’s Office-wide Broad Agency Announcement (BAA), DARPA-BAA-16-46, under the Human-Machine Systems Technical Area of Interest.”
GS3 aims to “apply a unique combination of online game and social media technologies and techniques to engage a large number of experts and deep thinkers in a shared analytic process to rapidly identify, understand, and expand upon the potential implications and applications of emerging science and technology. The program will also develop a mechanism to identify and quickly fund research opportunities that emerge from this collaborative process.”
The due date for executive summaries is December 9, 2016 and full proposals are due January 6, 2017. The program manager is Dr. John Main.