Jonathan Stucklen Email & Phone Number

Cambridge, Ma, Usa

Greater Boston Area

Working on one of the leading fitness sites, RunKeeper, as well as the associated platform apps.

Boston, Ma

Working on one of the leading fitness sites, RunKeeper, as well as the associated platform apps.

Working on one of the leading fitness sites, RunKeeper, as well as the associated platform apps.

Working on an awesome fitness application, RunKeeper, in lean development environment. Working on backend website development using Java with JSP and javascript binding to the website. Also, dabbling in objective C and java for the iPhone and Android RunKeeper apps.

• Co-authored the proposal for the Continuous Look Attack Management for the Predator (CLAMP) Reaper Integration Program (C-RIP) follow-on to CLAMP. Provided significant writing portions and software estimates.• Software development lead for the Joint Air/Ground Operations: Unified, Adaptive Replanning (JAGUAR) program. JAGUAR was a DARPA Phase 2 theater air replanning tool targeted for the air force. Responsibilities included:▸ Software design and re-architecture of the… Show more • Co-authored the proposal for the Continuous Look Attack Management for the Predator (CLAMP) Reaper Integration Program (C-RIP) follow-on to CLAMP. Provided significant writing portions and software estimates.• Software development lead for the Joint Air/Ground Operations: Unified, Adaptive Replanning (JAGUAR) program. JAGUAR was a DARPA Phase 2 theater air replanning tool targeted for the air force. Responsibilities included:▸ Software design and re-architecture of the existing planning algorithms within Jaguar.▸ Implementation of a planning engine framework in which the algorithms were modified to run.▸ Task definition and assignment of a team of eight software developers to tasks.▸ Software-related SEI CMM level 3 process compliance.• Program manager, project lead, and software development lead for an Innovative Research and Development program (IRAD) integrating a subset of the JAGUAR planning engine with existing deployed planning capabilities in the Theater Battle Management Core System (TBMCS).Tasks included:▸ Gap analysis between the JAGUAR and TBMCS definitions of static planning data, airspace definitions, and plan output.▸ Wrote a prototype interface between the TBMCS Friendly Order of Battle (FROB) database and the JAGUAR world context input.▸ Provided guidance to a team of three software developers as well as coordinated with BAE Systems developers in Colorado Springs providing TBMCS support.• Software lead on a Cooperative Research and Development Program (CRADA) established between BAE Systems – AIT and the Electronic Systems Command (ESC) at Hanscom Air Force Base (AFB). Developed a web-based interface to the existing Solaris-based Weapon Target Pairing (WTP) functionality to provide WTP functionality as a web service. Show less

• Software integration lead for the Continuous Look Attack Management for the Predator (CLAMP) program with a goal to tie multiple BAE Synthetic Aperture RADAR (SAR) algorithms into a single product designed for use on the Predator (MQ-9) Unmanned Aerial Vehicle (UAV).Responsibilities included:▸ Developed a generic data flow execution controller (process manager) to delegate requests from a command module to algorithm exploitation engines. The controller used a graphical graph… Show more • Software integration lead for the Continuous Look Attack Management for the Predator (CLAMP) program with a goal to tie multiple BAE Synthetic Aperture RADAR (SAR) algorithms into a single product designed for use on the Predator (MQ-9) Unmanned Aerial Vehicle (UAV).Responsibilities included:▸ Developed a generic data flow execution controller (process manager) to delegate requests from a command module to algorithm exploitation engines. The controller used a graphical graph representation to dynamically control the data flow for the system. This portion of the system has since been used on several other projects within the division.▸ Design and implementation of the interfaces between the process manager and outside client / RADAR control software.▸ Software design, programmer's guide, and architecture documentation for the system.▸ Configuration and administration of a multi-machine blade server cluster for the system.▸ Task definition for other software engineers on the project and system architecture.▸ Software-related SEI CMM level 3 process compliance.▸ Successfully demonstrated a prototype integration of the CLAMP system with the CLAW Ground Control Station (GCS) software in June, 2007. This demonstration resulted in a multi-million dollar follow-on program to integrate the system into the MQ-9 (predator) GCS.• Project lead and software engineering lead for the Network-Enabled DCOAD (NED) follow-on program. The goal of NED was to provide the probabilistic computation engine in DCOAD (see below) as a web service.Responsibilities included:▸ Software design, re-architecture, and task definition.▸ Guidance to a team of four software engineers who previously had no experience with the program.▸ Extensive software development and testing. Primary work was changing the probabilistic shape representation from a block-discretized method to a split shape representation.▸ Software-related SEI CMM level 3 process compliance. Show less

• Project lead and software engineering lead for the Dynamic Course of Action Decision-Aid (DCOAD) program. DCOAD was a small 3 person research project for Air Force Research Labs (AFRL). The program, developed under SEI CMM level 3 processes, was a 3 year $1M effort to develop a tool providing predictive battlespace awareness (PBA) to the war fighter.Responsibilities included:▸ Project planning / resource allocation. Additional project personnel included a software engineer and… Show more • Project lead and software engineering lead for the Dynamic Course of Action Decision-Aid (DCOAD) program. DCOAD was a small 3 person research project for Air Force Research Labs (AFRL). The program, developed under SEI CMM level 3 processes, was a 3 year $1M effort to develop a tool providing predictive battlespace awareness (PBA) to the war fighter.Responsibilities included:▸ Project planning / resource allocation. Additional project personnel included a software engineer and systems engineer.▸ Software architecture and design as well as the principle software engineer and tester. The language used for this program was Java.▸ DCOAD participated in support of the Strategy Development Toolkit (SDT) at the Joint Expeditionary Force Experiment (JEFX) in July – Aug, 2004.▸ Co-authored “Dynamic course-of-action analysis” paper presented at SPIE conference in April, 2004 describing the simulation algorithms and design used in DCOAD. Show less

• Software engineer for the Weapon Target Pairing (WTP) portion of the Time Critical Targeting Functionality (TCTF) program.Worked on several parts of WTP including:▸ A generic United States Message Text Format (USMTF) message parser.▸ Structured Query Language (SQL) interfaces to the Air Force Air Operations Database (AODB) and Modernized Intelligence Database (MIDB).▸ A C++ template-based generic memory management subsystem for WTP supporting transaction based shared… Show more • Software engineer for the Weapon Target Pairing (WTP) portion of the Time Critical Targeting Functionality (TCTF) program.Worked on several parts of WTP including:▸ A generic United States Message Text Format (USMTF) message parser.▸ Structured Query Language (SQL) interfaces to the Air Force Air Operations Database (AODB) and Modernized Intelligence Database (MIDB).▸ A C++ template-based generic memory management subsystem for WTP supporting transaction based shared memory management. Re-architected WTP from a multi-process system with many race conditions to a multi-threaded (thread-safe) single process as part of the integration of the newly created memory management sub-system.▸ A generic thread-safe streams-based logging service. Show less

• Wrote an algorithm for registration of retinal images through mutual information.

• Maintained a heterogeneous network of about 30 computers including Sun, Linux, Windows 95, Windows 98, Windows NT/2000 operating systems.• Provided technical support for live and post-processed video streamed lectures with browser- based multimedia content included in the streams.• Designed a trouble ticket database using Microsoft SQL server and ASP pages.

• Implemented a test program for a new mathematical algorithm for time-reversed acoustics in a waveguide.

• Wrote a test algorithm in Visual C++ for the ARINC bit-oriented protocol for use in aircraft control communication.• Designed and implemented a web-based help system for in-house tools.

Master, Computer Science

Activities and Societies: Upsilon Pi Epsilon (National Honor Society for the Computer and Information Disciplines) Graduate degree.

Bachelor, Computer Science / Mathematics (Double Major)

Activities and Societies: Rensselaer Chorale, Pep Band, Resident Assistant, Professional Leadership Program, Hockey / Softball (intramural.