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ABOUT PacMar Technologies is a leader in developing cutting-edge solutions in the defense and maritime industries. Our company was founded in 1978 in Honolulu, Hawaii with a focus on developing advanced ships to improve passenger ride quality, reduce operator injury, and improve hull efficiency. These engineering capabilities quickly led to innovations in hydrodynamic simulations, novel hull form designs, cutting edge motion control systems, and advanced marine prototype fabrication and testing. We’ve since grown into a diversified technology company with a national presence, leading the way in research, engineering, design, and innovation. We help our partners in the Department of Defense, academia, and other scientific fields – so our partners can guarantee national security and ensure reliable industry and commerce. We believe that the best solutions can only be developed through close collaboration with our clients, beginning by identifying core objectives. PacMar Technologies’ experts then collaborate with our partners to create cross-disciplinary solutions. The unique challenges associated with the harsh marine environment originally led us to seek inspiration for our work across diverse industries. Our successes continue to leverage non-traditional material science, novel manufacturing techniques, physics and machine learning modeling capabilities, artificial intelligence, and data science. We are a team of scientists and engineers who believe in finding solutions that don’t just innovate, but that spark lasting change. Our work enables the thousands of men and women in uniform to keep our country ahead of advancing global powers. We equip members of our military with the best technological solutions in the world, adhering to the core principles of science and applied engineering. We bring these principles to life through innovative software, comprehensive testing, full-scale technology demonstrations, and final products. We focus on the future, anticipate problems, and always deliver the right solution. Our mission is to convert research into products by leveraging emerging technologies and applying them to National problem sets with speed, trust, and expertise.

CORE VALUES Accountability: We always come through. We are committed to holding ourselves, and our partners, accountable-always. We collaborate. Because we know the best work comes from partnership. Our customer is at the table with us at every step-making critical decisions, settling differences, building alignment, and moving the strategy forward. Innovation: The most original and unexpected solution. We drive i nnovation-in both technology and our approach to business-helping to lead our industry toward unimaginable change. We attract, empower, and retain industry-leading and innovative problem solvers who share an entrepreneurial spirit. We take on the problems no one else in the industry can or will. Where some see obstacles or deterrents, we see opportunity and possibility, and we know that we have the talent and ingenuity to tackle any challenge. Forward-leaning: We can’t wait for tomorrow. We are future-focused-out in front, a step or two ahead, and hard wired to anticipate problems and solutions others aren’t yet thinking of. We embrace the urgency in the work we do, and we operate as if the future depends on it. As a company that delivers research and development quickly and can adapt on a dime-a company that gets things done at the same pace technology changes-we can keep the US competitive with advancing world powers. Living Our Values At PacMar Technologies (PMT), we live our core values every day. From delivering outstanding results for our customers, to collaboration within our employee teams, we take pride in demonstrating our values of “Accountability”, “Innovation”, and “Forward-leaning” through our words and actions. Our Code of Business Conduct and Ethics provides guidance on carrying out daily activities in accordance with PMT’s values, as well as in compliance with the letter and spirit of applicable laws and ethical principles. Our commitment to ethics, compliance, and corporate integrity is steadfast and reliable. We believe it provides the base for trust in relationships with our customers, suppliers, and all the company’s stakeholders. We maintain and support policies and procedures, controls, investigation and remediation, training, and due diligence.

Power & Energy Electric and hybrid-electric propulsion systems for small craft, amphibious vehicles, and unmanned aircraft is a new frontier for PacMar Technologies’ model and simulation, control systems, and power electronics. Innovative propulsion concepts rely on energy efficient platforms and harvesting concepts for general system electrification. Using advance power architecture and power management enables long-duration operations for a variety of military and commercial applications. Hybrid and All-Electric Propulsion Systems PacMar Technologies engineers are collaborating with the Office of Naval Research to develop hybrid and all-electric propulsion systems for Navy craft that maximize energy efficiency and reduce the vessel’s signatures, making them safer for the warfighter to operate in contested environments. PacMar Technologies is also performing research to advance the maturity of next-generation integrated power and energy systems (IPES) for Navy combatants that can adaptively route power from a ship’s propulsion system to meet the demands of directed energy weapons. Energy Harvesting PacMar Technologies is at the forefront of developing technology that can harvest energy from the ocean environment to power nearby installations or recharge unmanned vehicles, keeping them on station and performing their mission longer. Previous and ongoing work includes harvesting from the sun, waves, and ocean currents. Our capabilities in this area span system design, power takeoff mechanism design, energy feasibility analysis, and prototyping construction. Systems Engineering and Integration for Advanced Power Architectures The electrification of military vehicles is steadily increasing as more mission systems and payload require electrical power, energy efficiency, and resiliency. PacMar Technologies power systems and electrical engineering experts are collaborating with the Navy and Army to design new architectures for compact and resilient power systems with applications for integration. Power management controls for long-duration USV operations The Navy is on a path to acquiring medium and large unmanned surface vessels that are expected to operate in the open ocean for long periods. PacMar Technologies power systems researchers are tackling a core limitation of these USVs – how to maintain stable electrical power for 30 days or more without human intervention. Our experts are researching new power management controls and redundant power architectures with the goal of providing these ships with resilient electrical power. » back to top

OUTREACH Supporting our community through outreach will ignite the talent, ideas, and engagement in our field. We aim to inspire young people to pursue careers in engineering and join us as we expand future possibilities. PacMar Technologies has developed two educational video games that encourage students to engage in creative decision making within real-world constraints and then test their designs in environments with realistic physics. We partner with professional societies and educational organizations to ensure that these programs are well supported with curricula and training materials for educators and parents. And we believe that incorporating these educational concepts into approachable mediums like video games will highlight the exciting areas of this field and entice young people to learn more. Robot X RobotX is an international marine robotics competition that allows university students worldwide to compete to develop the most successful autonomous surface vessel, exposing future innovators to complex robotics and autonomy problems while encouraging novel solutions. The students focus on navigation systems, environment sensing, and control algorithms that enable their vehicle to complete a variety of navigational courses and standard maneuvers such as docking. Challenges also include complex logistical problems such as deployment of autonomous underwater vehicles to recover submerged objects or aerial vehicles to make observations. Every team uses a common platform, the Wave Adapted Modular Vessel (WAM-V), which is stable and capable of carrying a high payload. By standardizing the platform, students can focus on the robotics and autonomy problems and delivery high-performance vehicles. Throughout the program, students also learn skills in program management, budgeting, fundraising, and leadership. PacMar Technologies is proud to provide logistical support for the at-sea challenge in Honolulu, Hawaii as well as provide software and modelling techniques that enable a biennial virtual competition. Fleet FLEET is a web-based science, technology, engineering, and math (STEM) competition that is free to students worldwide. FLEET utilizes the youth-friendly model of gamification to engage high school students in naval ship design and enables them to apply the real-life applications of STEM. Working individually or on teams, students compete via a web-based platform to complete four different missions, and in the process address the same challenges in ship design and operation that professional naval architects consider on a daily basis. Lesson plans, schedules, and other resources are available to make this game accessible to a wide variety of age groups. This game and the associated program resources were developed in partnership with the American Society of Naval Engineers. To download the game, view lesson plans, or even talk to an educator about the program, contact the American Society of Naval Engineers.

Meet The Team Corporate Dan Brunk Chief Executive Officer Priya Hicks Chief Technology Officer/Strategic Initiatives Gary Shimozono Jason Lindler James Ota Senior Vice President – Engineering & Technology Senior Vice President – Programs Comptroller/Contracts Officer

Brian Kays Vice President – Platform Design & Prototyping Brian Kays is the Vice President of Platform Design and Engineering at PacMar Technologies. Joining PMT in 2002, Brian has over 20 years of experience in mechanical, structural, and system design. He has been involved with the design, fabrication, installation, and testing of mechanical, hydraulic, and electronic control systems related to the Aft Lifting Body (ALB) technology on numerous high-speed boats and amphibious vehicles. Recently, Brian engineered rapid inflation systems for numerous drop-stitch boats, sleds, chutes, and other inflatable structures. He is the principal investigator on the offboard refueling and data transfer system (ORADTS) which utilizes large-scale inflatable structures and ancillary systems to autonomously refuel unmanned vessels at-sea. Brian received a Bachelor of Science in Mechanical Engineering from the University of Washington in 1997. ​ » back Technical experts

COOKIES POLICY Cookies Policy Last updated: July 26, 2019 PacMar Technologies (“us”, “we”, or “our”) uses cookies on the https://pacmartech.com website and the PacMar Technologies mobile page mobile application (the “Service”). By using the Service, you consent to the use of cookies. Our Cookies Policy explains what cookies are, how we use cookies, how third-parties we may partner with may use cookies on the Service, your choices regarding cookies and further information about cookies. What are cookies Cookies are small pieces of text sent to your web browser by a website you visit. A cookie file is stored in your web browser and allows the Service or a third-party to recognize you and make your next visit easier and the Service more useful to you. Cookies can be “persistent” or “session” cookies. Persistent cookies remain on your personal computer or mobile device when you go offline, while session cookies are deleted as soon as you close your web browser. How PacMar Technologies uses cookies When you use and access the Service, we may place a number of cookies files in your web browser. We use cookies for the following purposes: To enable certain functions of the Service To provide analytics We use both session and persistent cookies on the Service and we use different types of cookies to run the Service: Essential cookies. We may use cookies to remember information that changes the way the Service behaves or looks, such as a user’s language preference on the Service. Analytics cookies. We may use analytics cookies to track information how the Service is used so that we can make improvements. We may also use analytics cookies to test new advertisements, pages, features or new functionality of the Service to see how our users react to them. Third-party cookies In addition to our own cookies, we may also use various third-parties cookies to report usage statistics of the Service, deliver advertisements on and through the Service, and so on. What are your choices regarding cookies If you’d like to delete cookies or instruct your web browser to delete or refuse cookies, please visit the help pages of your web browser. Please note, however, that if you delete cookies or refuse to accept them, you might not be able to use all of the features we offer, you may not be able to store your preferences, and some of our pages might not display properly. For the Chrome web browser, please visit this page from Google: https://support.google.com/accounts/answer/32050 For the Internet Explorer web browser, please visit this page from Microsoft: http://support.microsoft.com/kb/278835 For the Firefox web browser, please visit this page from Mozilla: https://support.mozilla.org/en-US/kb/delete-cookies-remove-info-websites-stored For the Safari web browser, please visit this page from Apple: https://support.apple.com/guide/safari/manage-cookies-and-website-data-sfri11471/mac For any other web browser, please visit your web browser’s official web pages. Where can you find more information about cookies You can learn more about cookies and the following third-party websites: AllAboutCookies: http://www.allaboutcookies.org/ Network Advertising Initiative: http://www.networkadvertising.org/

PacMar Technologies Awarded $8m Navy Contract for Advanced Planing Hull Research ​ Article by Communications Staff Portland, ME — 6 August 2019 — PacMar Technologies LLC has been awarded an $8 million contract from the U.S. Navy Office of Naval Research (ONR). The contract entitled “Advanced Planing Hull Research” focuses on pursuing new science and technology for safer hulls and hybrid-electric propulsion systems for fast boats. ​ PacMar Technologies will work directly with Front Street Shipyard in Belfast, ME, who will combine their “Built in Maine” composites experience with PacMar Technologies' research strength. Front Street Shipyard will build the PacMar Technologies prototypes and collaborate on testing at-sea. The science and technology advancements from this research will benefit all the Navy’s small craft programs. “Maine is home to the best shipbuilders in the world, and our state has long had an integral role in our national security. PacMar Technologies' engineering and research strength combined with Front Street Shipyard’s composites experience will benefit all of the Navy’s small-craft programs,” said Senator Collins. “As a senior member of the Defense Appropriations Subcommittee, I strongly advocated for the funding that made this research possible and am so proud of the work PacMar Technologies and other Maine companies do to support our Navy and our nation’s defense.” This new contract will continue to build on the success of Maine’s historic leadership in the maritime field and revolutionize it for our digital and renewable energy age. Opportunities to collaborate with Maine maritime companies such as Front Street Shipyard were vital in supporting PacMar Technologies' Portland office, opened in 2018. Daniel Brunk, CEO of PacMar Technologies said, “Our company is so pleased to have been able to partner with the University of Maine and the State’s boat building ecosystem to address the Navy’s new challenges and needs.” JB Turner, president of Front Street Shipyard, said, “We believe our experience with advanced composite construction for boats will provide a key advantage to our Navy, and we are happy to team with PacMar Technologies to use our combined capabilities in this area through this new research program.” » back

Celebrating Women's History Month Article by Communications Staff We celebrate this month to remind ourselves of the many accomplishments of women throughout history, in addition to giving us a chance to reflect on the trailblazing women who lead the way for change. We asked some of our very own PMT engineers about women in history that may have been a source of inspiration to pursue a career in science or engineering – below are a few stories we would like to share. Emily Stauffer Mechanical Engineer, Bangor Office Marie Curie stands out as a source of inspiration for me. She was the first woman to win a Nobel Prize and the first person to win two of them in different categories. She is remembered for her discovery of radium and polonium, and her huge contribution to the fight against cancer. Her invention of the portable x-ray machine (called Little Curies) during WWI saved a lot of lives. She built these x-ray machines and recruited other women to help her bring them to the frontlines to teach doctors and nurses how to use them on wounded soldiers. Her influence is so significant that my husband and I have chosen to name our daughter, who will be arriving very soon, after her. Her name will be Lillian Curie. ​ Eric Hultgren Dire ctor of Power and Energy, South Kingstown Office My older sister, Gretchen Barnes, inspired me to study and pursue a career in engineering. Gretchen studied mechanical engineering at Rensselaer Polytechnic Institute. I loved visiting her on campus and was always amazed about what she was working on. Her enthusiasm was contagious and that solidified my desire to become an engineer. When I finished graduate school, I was fortunate enough to work with her. For over 20 years, she was one of my top technical and programmatic sounding boards. After all these years she still inspires me to keep growing and learning both personally and professionally. Love you Gretchen. ​ Kayla Rasavanh Mecha nical Engineering Intern, Honolulu Office There is not a specific woman in history that has inspired me to pursue a career in engineering. My source of inspiration to pursue engineering came from a few of my fellow female lacrosse teammates and the advice they gave me. I was in between majors, and they were both studying mechanical engineering. The curriculum and their internships sounded really exciting to me, so I decided to try it out. Both have now graduated and are working, one at an environmental engineering firm, and the other is a nuclear engineer. The field of mechanical engineering is dominated by men, and because of that, women are able to create a community within one another. Watching my friends lead successful careers and knowing there is always someone who has my back and wants me to succeed is what inspires me to keep going. ​ Whether an 18th century two-time Nobel Prize winning scientist, or a few influential people in your life that champion your accomplishments, there is inspiration that can be found all around us. Inspiration can propel a person from apathy to possibility. Here at MDG we wanted to recognize a few of our colleagues and their sources of inspiration – it is our talented employee base that makes this company such a unique place to work, thank you Emily, Eric, and Kayla for sharing your stories with us! » back

PacMar Technologies Wins Ocean Observing Prize ​ Honolulu, HI — MAY 2020 — PacMar Technologies team, consisting of Bradley Beeksma, Patrick Montolio, Aaron Yee and Adam Crimmins, have won the Explorer Prize in the Ocean Observing Prize’s DISCOVER competition . This competition is administered by the DOE (Department of Energy) and NOAA (National Oceanic and Atmospheric Administration) and is designed to spur technological innovation and contribute to the growth of the blue economy. Team PacMar Technologies’ winning submission, integrates a rapidly installed breakwater (RIB) structure into an attenuating wave energy converter (WEC) that would generate power for UUV (unmanned underwater vehicles) charging while simultaneously creating a sheltered area for improved surface docking. This system will increase UUV mission durations using an autonomous recharging device for short-term deployment at locations of interest. The Ocean Observing Prize challenges innovators around the globe to integrate marine renewable energy with ocean observation platforms, ultimately revolutionizing our ability to collect the data needed to understand, map and monitor the ocean. “Our team was thrilled to hear we had been selected as winners in this competitive competition. This is a promising demonstration that our company is well-suited to address challenges in the field of marine renewable energy,” said Bradley Beeksma, Ocean Engineer. “PacMar Technologies is a world leader in the design of large inflatable drop-stitch structures, and the DISCOVER competition was a chance for our engineers to leverage that knowledge to advance the use of unmanned underwater vehicles (UUVs) for ocean exploration and sensing,” said Troy Keipper, Chief Operating Officer. PacMar Technologies is known for its innovation, in both technology and in business – and always strives for opportunities to use research, ideas and engineering to change the world. Learn more about the Ocean Observing Prize here . ​ About PacMar Technologies PacMar Technologies is a leading provider of innovative research and development services for the Department of Defense, NASA, and other government agencies. Historically a provider of naval architecture and modeling and simulation services, its portfolio has diversified to encompass digital twins, power and energy systems, unmanned vehicles, robotics, autonomy, AI/ML, data science, inflatables, composites, and additive manufacturing. Since its founding in Hawaii in 1979, PacMar Technologies has grown to open offices in Rhode Island, Maine, Virginia, Michigan, South Carolina, and Oklahoma. Article by Communication Staff » back

Advanced Materials & Manufacturing PacMar Technologies is the only producer of Berry Amendment-compliant Drop-Stitch fabric. This fabric combined with unique coating processes creates novel inflatable technologies. Studying and applying inflatables – supplemented with lightweight composites structures – opens a new frontier of applications for hybrid structures. Computer models of these hybrid structures allow us to tailor designs for new applications. Expandable structures and inflatables PacMar Technologies engineers expandable and inflatable structures with low size and weight (‘SWaP’). They offer compact transport and storage, and a predictable shape and strength when deployed, making them an ideal technology for expeditionary applications where space and weight are at a premium. One of our core technologies is ‘drop stitch’ inflatable textiles, which enables PacMar Technologies to design inflatable structures with tight tolerances on shape and strength. PacMar Technologies rapidly prototypes and tests large expandable structures using drop stitch composite textiles, using a company-owned loom capable of limited-production runs of custom textile that is ideally suited for research & development efforts. Structural analysis PacMar Technologies’ multi-disciplinary engineering team includes subject matter experts in structural design and analysis. PacMar Technologies routinely uses a variety of commercially available finite element analysis (FEA) software to evaluate trade-offs and optimize structures spanning ships, vehicle chassis, and airframes. Our expertise go beyond static stress-strain type of analyses, and include custom-built proprietary software to solve for the dynamic (time-domain) deformations of structures subject to the action of wave and air flow, coupled thermal effects, and hydro-elastic effects needed to predict the performance of cutting-edge military systems with high confidence. PacMar Technologies has also collaborated with Naval Undersea Warfare Center (NUWC), Newport, to develop a first-of-kind, validated FEA capability for drop stitch textiles and other inflatable structures. Additive manufacturing & large-scale 3D printing PacMar Technologies is pushing the boundaries of what is possible to 3D print. Together with the University of Maine, PacMar Technologies 3D printed the entirety of a 25 foot planing hull suitable for immediate outfitting – the largest structure ever 3D printed at the time. PacMar Technologies is continuing to pioneer advanced manufacturing techniques blending 3D printing with new materials, composite designs, and printing processes to create even larger and stronger structures, with the capability to embed sensors and distributed systems – electrical power, cooling, and more – during the printing process. Soft robotics PacMar Technologies is using existing capability in expandable structures and inflatables to forge a path in soft robotics. Using our knowledge of system integration and materials, PacMar Technologies is exploring the use of sof t robotics for UUV Launch and Recovery applications. To continue to push the boundaries, PacMar Technologies is pursuing research in technologies that will help grow the next generation of soft robotic applications. » back to top

Jason Lindler Vice President - Naval Architecture and Autonomy Jason Lindler is the Vice President of Naval Architecture and Autonomy at PacMar Technologies. He is responsible for the real-time control software for the company’s active control systems and unmanned platforms. Jason has more than 20 experience in mechanical and active control technologies. His experience at PacMar Technologies includes supporting the installation, integration, and at-sea tests of multiple control systems, including hydrodynamic improvements to a USMC’s Expeditionary Fighting Vehicle and for PacMar Technologies' hydrofoil Active Ride Enhancement System vessels. Currently, he is developing the control software that operates our UHAC vessel and remotely drives smaller amphibious vehicles on the open ocean. Prior to joining PacMar Technologies, he worked on developing space and commercial parabolic reflectors and was a software developer for a project commanding several large diameter multi-axis optical alignment systems. He graduated from the University of Maryland at College Park with Bachelor and Master of Science degrees in Mechanical Engineering. ​ » back Technical Experts