Making of the naval architects

The Michigan story and reflection of the college journey of a naval architect

PDF Newsletter

Freighters Special Edition – UM NAMEDownload

making of the naval architects

the michigan story and reflection of the college journey of a naval architect

By Brendan Falkowski

I always knew I wanted to do something with boats when I grew up. I basically lived on the water, growing up sailing on Lake Michigan in the summertime. The Great Lakes and the ships that plied them weren’t just things that I lived near, they were part of me. It was only natural that I would go on to pursue a degree in naval architecture once I got to college. University of Michigan is one of only nine schools in the United States offering degrees in Naval Architecture & Marine Engineering, three of them being service academies. Michigan consistently ranks among the top programs both nationally and globally.  When deciding where to go to school, University of Michigan offered more opportunities for music, extracurriculars, and more while being reasonably close to home. It was a clear choice for me.

Nestled behind a patch of trees on Draper Drive in Ann Arbor, MI, lies the University of Michigan’s Naval Architecture & Marine Engineering (NA&ME) department. Most who attend the University of Michigan do not even know it exists. One of the first programs of its kind, the NA&ME department can trace its roots all the way back to 1879. The Department’s strong heritage and legacy is evident through the facilities, curriculum, and alumni.

Congress authorized the U.S. Navy to assign officers to engineering colleges across the country to teach courses in “steam engineering and iron shipbuilding” as far back as 1879. Mortimer E. Cooley, a mechanical engineering graduate of the United States Naval Academy, Class of 1878, was detailed to Michigan to serve as the first Professor of Steam Engineering and Iron Shipbuilding. Cooley was one of only four professors of engineering at the University, which only had 69 students enrolled in engineering at the time.

Cooley later helped to secure appropriations from the University Board of Regents to establish an official curriculum and Department of Naval Architecture & Marine Engineering in 1900. He was also responsible for hiring the first Professor, Herbert C. Sadler from University of Glasgow, for the newly-established program. Cooley and Sadler were also instrumental for the construction of West Engineering – now known simply as West Hall – in 1904, which housed engineering classrooms in addition to the model basin. Cooley became the founding Dean of the College of Engineering when it was created in 1915, with Sadler serving as Dean later in his career. The Quarterdeck Honorary Society was founded at this time as well. Courses in Aeronautics were offered beginning in 1914 and a complete degree in 1916. Aeronautics later became its own department in 1930, now known as the Aerospace Engineering department.

The Department aided significantly in training naval architects and marine engineers for service in World War II to serve in roles of research, design, and field work for the war effort. Research facilities and activities expanded greatly throughout the 1950s, and the department awarded its first Doctor of Philosophy (Ph.D.) degree in 1960. The U.S. Coast Guard established an officer educational program with the NA&ME department in 1959 for master’s degrees, a program that continues to send ‘Coasties’ to Ann Arbor today.

The NA&ME department is one-of-a-kind among the engineering departments at University of Michigan in that it has facilities on both North and Central Campuses. The Aaron Friedman Marine Hydrodynamics Laboratory (MHL) is found in the basement of West Hall on Central Campus, leftover from the College of Engineering’s days on Central. There lies the original 1904 model basin along with other world-class facilities for additional testing and research. The model basin is used to tow scale models of ship designs to measure and scale up to full-scale resistance and powering requirements. Original plans from the 1960s called for the construction of a new classroom building and model basin on North Campus, though these plans never materialized. The department moved classroom and office facilities to North Campus in 1977, in a renovated and enlarged building leftover from an old nuclear laboratory. While classes today largely remain on North Campus, students in the NA&ME department will conduct lab experiments in the MHL on Central for several classes, and have 24/7 access to computer labs in both facilities.

The MHL was the first NA&ME facility I ever stepped foot in. As I was preparing my college applications, legendary NA&ME undergraduate advisor, Warren Noone, offered the opportunity for me to see the MHL during my campus tour. This tour, led by another student in the department, showed me that this program was one like no other.

In addition to its storied history, the NA&ME department boasts several notable alumni on both the Great Lakes and around the world. NA&ME alumni have gone on to do big things and serve in prestigious positions such as shipyard presidents to Chief Naval Architect of the US Navy and more. One such alumni is M. Mack Earle, a 1936 graduate of the NA&ME program. Earle went on to become the Chief Naval Architect of Maryland Drydock in Baltimore and eventually led his own consulting firm. He was the mastermind behind the conversion of surplus WWII cargo ships to Lakers, including the Joseph H. Thompson, McKee Sons, Tom M. Girdler, Thomas F. Patton, and Charles M. White. He is also responsible for designing methods to “jumboize” T2 tankers and pioneered a harbor oil skimmer design, the first of its kind. Like my own experience, M. Mack Earle grew up around the ships, drawing inspiration from his childhood to forge his career path designing the steel behemoths that plied the waterways. Earle was raised on Neebish Island and would return during the summers with his family throughout his life, bringing them along on adventures of watching the boats go by on the St. Marys River. He was defined by his aptitude for naval architecture, and for his passion for the ships. I have had the privilege of meeting his wonderful son and daughter-in-law who still spend summers in the very same cabin he grew up in, watching the ships go by. Joseph P. Fischer is another alumnus who made a major impact on the Great Lakes, with a hand in the design of many ships constructed by Bay Shipbuilding during the 1970s. He later went on to lead the naval architecture firm Bay Engineering Inc. from the 1990s to 2019, when it was taken over by present-day owner Travis Martin. Other notable alumni include Kari Wilkinson, who currently serves as President of Newport News Shipbuilding, as well as Scott Ferguson and Bruce Nelson, two highly-revered naval architects in high-performance sailing yacht design.

Graduates typically go on to pursue careers in the commercial maritime industry, Navy, or research fields, though are not limited to any one of these. Post-graduation opportunities are endless, but the journey to graduation is often one of the most memorable parts. It is here that students learn the fundamental engineering principals necessary for their work and meet classmates who they will turn into lifelong colleagues. So, what does the experience of a NA&ME student at Michigan look like? Let’s take a look.  

Students at University of Michigan’s College of Engineering (CoE) all start their college careers in one pool, all defined by the “undeclared major” status. While they begin their prerequisite studies in chemistry, physics, and mathematics, they are introduced to the 17 different undergraduate engineering major options offered at the University. And after their first semester, they are able to declare their major that they wish to pursue. Oftentimes students don’t know what they want to major in and will wait to declare. I declared my major as soon as I was able to at the end of first semester.

In their first year, most engineering students will not have any major-specific classes. Instead, they will be focused on the general fundamentals of engineering, being chemistry, physics, mathematics, and a selection of humanities courses. Students at University of Michigan CoE are required to take a set number of credits in humanities and other courses categorized as “Intellectual Breadth”, to expand their horizons beyond engineering principles.  

Sophomore year means students begin taking their first courses in the NA&ME department, beginning with NAVARCH 270 – the introductory NA&ME course. Students learn the basics of building boats and the core elements of what it means to be a naval architect. This was easily one of my favorite classes of college so far, this is where the immersion into the world of naval architecture begins, learning the first principles, and you really begin to form the first bonds with your classmates. Fall semester also includes thermodynamics and physics of electricity and magnetism. In the winter, students learn about statistics, statics and mechanics of materials, and dynamics of moving bodies. These courses establish the more advanced foundations for courses in junior and senior year.

The most challenging semesters of the NA&ME program are during junior year, with courses that cover high-level concepts and foundations, paving the way for design courses during second semester junior and senior year. Fall semester of junior year typically consists of introductory fluid dynamics, marine dynamics and vibrations, and marine electricity, energy, and power systems. Each of these classes leads into a more in-depth version during winter semester, with hydrodynamics, marine structures, and marine engineering design, where students design a ship’s power and propulsion plant, topped with a course focused on working in teams. While challenging, it was during these semesters that I really was able to notice how much I had grown along my journey at Michigan so far, from handling new levels of stress to more complex challenges in the classroom.

Students wrap all the things they have learned over the previous three years into their final classes during senior year. Students begin the fall with a laboratory class in the hydrodynamics facility on Central Campus, technical electives of their choice, all while also learning how to design their first comprehensive ship in NAVARCH 470 – combining everything they have learned into an individual container ship design project. Second semester brings an advanced structures course, a final technical elective, and the final gauntlet of an undergraduate engineering degree: the Capstone project. Students work in teams of 4-5 students to design a ship over the course of the semester. The type of ship is up to the students; the main requirement is that it is something that pushes them to challenge themselves. Prior to graduation, students present their design projects to the NA&ME Advisory Board – a group of industry professionals that guide large-scale department decisions and strategy. Students also have the opportunity to enter their design into competitions within the department and through the Society of Naval Architects and Marine Engineers.

My 475 team – also known as Team BEAM – designed a concept for the US Navy’s Next Generation Logistics Ship. The design focused on a small oiler and munitions supply vessel that could operate stealthily and defend itself in contested waters. All the while, it would keep US Navy surface combatants with full fuel tanks and stocked galleys, and offer a new method to reload vertical launch system missile launchers while in combat theater. We learned so much over the course of the project, it was very rewarding to step into something I wasn’t as familiar with and dive in.

School and life in college wasn’t always easy though. Classes were challenging, and sometimes weren’t offered every semester if you needed to retake a class or wanted to get ahead in your studies. Extra care had to be taken to make sure you passed all of your classes and stayed on track. Balancing school, hobbies, activities, and personal items was difficult. The challenges were not always pleasant, but you don’t grow when things are nice and easy.

In addition to the Bachelor’s Degree in Naval Architecture & Marine Engineering, Michigan offers Master’s and Doctorate levels of study. Master’s degrees can be completed in a myriad of ways, oftentimes one of either the traditional two-year master’s studies or through the subsequent undergraduate-graduate study (SUGS) program, which takes only one additional year following graduation from the undergraduate program.

In 2025, the NA&ME department’s Building Resources in Innovation, Design, and Graduate Education Initiative – better known as BRIDGE – took on its first cohort of students for the newly-added 2-year Masters of Engineering degree offered through NA&ME and the College of Engineering. This program aims to develop the next generation of naval engineers, and offers students fully-funded tuition by the U.S. Navy and industry sponsors, research experience, practicum projects, and the opportunity to take a wide range of classes at the University to fulfill the degree requirements. The BRIDGE program allows students an intimate learning environment with an alliance of specific professors mentoring their own specialty disciplines.

Many professors in the department conduct research sponsored of a wide range of organizations. Students have the opportunity to work as part of the research teams during their time of study at the University of Michigan, whether in an undergraduate or graduate role. Research work gives students the unique experience of working in a laboratory environment and insight into the world of academic research.

Even with all of the business of school work and studies, students in the NA&ME department still find time for tailgating for football games, project teams, club sports, and extracurricular activities. Many are involved with student organizations across campus. NA&ME students participate in several of the College of Engineering student project teams, designing and building complex machines for competition with students from other schools. These include the Electric Boat Project Team, Concrete Canoe Project Team, UM Autonomy (Surface), Robosub (Undersea), Human-Powered Submarine, and the Wolverine Offshore Wind. Other students participate in athletics organizations on campus, such as the Men’s and Women’s Rowing Teams, Club Sailing, Club Gymnastics, and the Michigan Marching Band. I performed as a member of the Michigan Marching Band during all four years of school. The Marching Band taught me a ton about putting in hard work to attain my goals and the importance of dedication and perseverance. Outside of academics and extracurriculars, my classmates and I spent a lot of time doing activities outside the classroom together, such as sporting events and sharing meals.

The class size in the NA&ME department is quite small; in fact, it is one of the smallest units in the entire CoE. My graduating class size is 20 people, while the previous class was 16. Upcoming classes are starting to get a much bigger, well into the low to middle 30s. With these small class sizes, students in the NA&ME program are able to get an uncommon experience at a university as big as Michigan – a close-knit group of classmates who all know each other, and one-on-one time with professors who actually remember your name and know you personally. The faculty to student ratio in the department is very small, making it easy for students to build relationships with their professors and be able to have access to more resources.

Over the last two years alone the NA&ME department has grown, and is continuing to grow fast. The department reached over 100 total undergraduate students in 2025 for the first time in many years. With the incoming BRIDGE cohort, the NA&ME facilities are at capacity, and in great need of investment for improvement and expansion. Due to University policy, the majority of funding for capital improvement and new building projects for departments like NA&ME comes from private and corporate donors. To continue to provide quality graduates in the quantities that they are needed, industry must step up to support this invaluable resource and program for developing the next generation of engineers and designing the ships of tomorrow.

Students are afforded many great networking and professional development opportunities through The Honorary Quarterdeck Society, the University of Michigan student section of the international professional organization Society of Naval Architects and Marine Engineers (SNAME). Quarterdeck hosts companies in the industry to present to students about the work they do and interface with the student body, while interviewing students for internships and entry-level positions. Students are also able to take the opportunity to attend regional SNAME meetings as well as the annual SNAME Maritime Convention in the fall. It may appear evident early on, and for some it will come later on, but the importance of building relationships with others in the industry is undeniable, and Quarterdeck and SNAME provide an amazing pipeline to begin making those connections.

These connections can help land internships and even jobs later on down the road. The Quarterdeck Society has an excellent network of companies who come in annually to present about their work and interview students for internships and those graduating for full-time jobs. Internships are a critical part of building the experience necessary to learn and apply the skills learned in the classroom. I was lucky enough to have internships in the Great Lakes maritime industry all three summers during my time as an undergraduate student.

Following my freshman year, I interned at Port City Marine Services, a local Great Lakes tug and barge operator with deep historical ties to other areas of the shipping and commodity business. There I was able to engage with the real-world industry with time in the shipyard and onboard the vessels. My office time was spent learning about fuel and propulsion systems for the future as the company looked for the path forward for the future of its fleet.

After sophomore year, I spent the summer working at Interlake Maritime Services in Cleveland, OH. I was able to spend a lot of time with boots on the ground, or should I say deck, and learn the ropes of keeping a large fleet of ships active and operational, offering assistance for any challenges that came up during the season in addition to ongoing longer-term projects.

Last summer I interned at Bay Engineering in Sturgeon Bay, WI. I spent the summer performing structural calculations, working on drawings, and learning the truly technical components of the job in both fleet support and new vessel design. I was afforded the opportunity to continue working part-time throughout the school year, and accepted an offer to return as a full-time employee after graduation. I learned so much – if not more than when I was in the classroom – during my internships, with hands-on and office time that gave me a real-world perspective to the materials we covered in class. On top of that, I was able to grow as an individual in addition to my professional growth. Living in new places away from home and Ann Arbor provided additional opportunities to grow and explore what was around me, and learn to spend time outside my comfort zone.

A NA&ME degree is a key that can open a door to many different career paths, ranging from work in design, fleet management, research, renewable energy, policy, law, and even business. NA&ME Senior, and my very good friend, Evan Sirianni puts it best; “The NA&ME department at Michigan provides the young, aspiring engineer with more opportunities and connections than they can fathom. I find myself struggling to say ‘no’ to the world-class opportunities that come my way. The graduates of this department are truly change makers, going on to lead marine sectors and beyond as CEOs, presidents, and chief engineers. Look no further for the degree whose value far surpasses its investment cost.”

To all the kids out there who love boats, are interested in STEM, or already know they want to be a naval architect, I encourage you to go after those dreams, and explore the opportunities a NA&ME degree could provide you. If it’s your time to apply for colleges, send in that application. If you’re a few years down the road, work hard, study, and go after it. Even without a direct interest in maritime, if you or someone you know is looking for a career faced with unique challenges, a degree in NA&ME will give you the key you need to open the door to a rewarding career in one of the most globally-connected, technically-challenging, and in-demand fields in existence right now. There’s no time like now to take on a career in the maritime industry. Go and chart your course.

Special thanks to my family, friends, and mentors who supported me along my journey through the NA&ME department at Michigan, without you it would not have been possible to write this story.

Replies to this email are sent to the editor of Shipwatcher News

The news is in!

80 Freighters Fall 2025

Photo: David Schauer

Wishing you a happy New Year! Enjoy the news from the end of the 2025 season!

In this issue:

• Facilities lead to ships
• Big crane shipment from Manitowoc
• November Detroit River groundings
• In the design: New vessel procurement
• Featured Vessel: Edwin H. Gott

Replies to this email are sent to the editor of Shipwatcher News

THe Shipbuilding Situation

The state of the US Fleet and shipbuilding on the Lakes

As featured in Shipwatcher News Freighters issues 78 and 79, 2025.

The shipbuilding situation

The state of the US Fleet and shipbuilding on the Lakes

By Brendan Falkowski

This article is the first in a series focusing on the current state of the Great Lakes shipping industry as we look to a future that is sustainable for both commerce and the environment.

Just over the last few months shipbuilding has gone from a forgotten industry in America to routinely making front page headlines.  The current world climate has raised alarms across the globe for renewed investments in navies and merchant fleets as world powers compete for dominance of the seas. Even with this renewed interest in maritime, the Great Lakes still go largely under the radar, something this corner of the industry knows far too well. The spotlight only seems to find the Great Lakes maritime industry when things go wrong, and almost never highlight the industry’s large role in the US economy and defense supply chain. Congressional reports cite that over 90% of the iron ore consumed by America’s steelmaking industry is mined in the Great Lakes region and shipped through the holds of Great Lakes ships. The majority of American manufacturing is tied to the ability of raw materials to flow through the Great Lakes-Seaway system. Iron ore is just one of many other cargoes that support power generation, construction, food supply chains, and more throughout the region and even the world. As the national spotlight looks to the rest of US maritime when it comes to shipbuilding, let’s take a closer look at the current situation on the Great Lakes.

Besides the Mark W. Barker and a handful of barges, new construction for the US-flagged Great Lakes fleet has not happened in any major capacity since the late 1970s, aided by Title XI benefits from the Merchant Marine Act of 1970. Title XI offered operators guaranteed financing through the government for newbuilds and modernizing existing vessels, with additional tax benefits for investing in their fleets. This legislation is what built the current fleet of Lakers we know today. The existing fleet of Lakers has been able to handle tonnage demands since the last major newbuild program, partially aided by the steady decline of coal cargoes and the cyclical nature of the North American steel industry allowing for older, obsolete vessels to be retired. The carrying capacity (sum of all US-flagged dry bulk ships) has remained steady at about 1.5 million tons over the last decade and a half, while the Canadian fleet’s capacity has remained around the 600,000-ton mark. But the American-flag fleet here on the Lakes is aging – the average age of the American Laker fleet is 52 years old. That is over one and a half times the average life expectancy of 35 years of the ships built during the last fleet renewal program in the 1970s. To further put this into perspective, the average age of the Canadian Laker fleet is only 24 years, and the average age of the international visitors to the Lakes is 12. These ships have been modified, repaired, and modernized over the course of their lives to remain efficient traders, but even though they sail in freshwater, the age of the fleet is starting to rapidly catch up.

Operators seem to find themselves in a Catch-22 situation. The decline in coal transport demand in the region has significantly reduced the amount of cargo movement necessary in the region in the current market, leaving more vessels available to take on other cargoes. The demand does not exist in the sense of increased tonnage, but at the same time there is demand for new ships in the sense that the fleet will need replacement.

As for the operators, the combination of old age of the fleet and increased regulatory scrutiny have brought more unexpected repairs and work to attention. Just like when you hit the 100,000-mile point in your car, there are major repairs and maintenance items that have to be completed, with surprise issues that come up as well. With shipbuilding costs so high that newbuilds are out of reach, operators are forced to keep pushing their older ships longer and longer. This brings with it more work and maintenance to keep them going, as well as the added challenge of trying to repair old equipment. Lead times for parts that have to be specially manufactured or imported from overseas keep ships at the wall for several months at a time now. This kept the 1942-vintage cement carrier Alpena at the wall for the first six months of the 2025 season, and the 1973-built Integrated Tug-Barge Presque Isle during the summer of 2022 for three and a half months, just to name examples. These events have transpired when there is available cargo to move, forcing industry and operators to get creative in order to not fall behind. Every stakeholder on the Great Lakes should be aware of the increased potential of ships breaking down at critical infrastructure points, such as the Soo Locks or a loading dock. This would not only delay that vessel but accumulate delay time for other ships as well. The odds of this situation are only increasing at this point.

Uncertainties in regulatory direction have not positively added to the equation either. Environmental regulations for emissions and directions on future fuels present a moving target for operators and engineers alike. Further regulatory discrepancies between US and Canadian agencies leads to further uncertainty on the subject of ballast water treatment systems (BWTS). While existing US Lakers that do not leave the Great Lakes-St. Lawrence Seaway system are not required to have BWTS, Canada put rules in place mandating systems onboard any vessels taking on or discharging ballast in Canadian waters by the year 2030.

Building new ships is the result of an equation that combines both demand for the new tonnage, whether that be for new cargo, replacing existing tonnage, or other initiatives, in combination with the economic factors that allow for the capital investment in new hulls. It’s a chicken and the egg situation. The Great Lakes shipping industry, and American maritime as a whole, has been caught in a tricky spot where there is demand for the new hulls in terms of fleet renewal, but the economics do not play out.

The shipping business on the Lakes is a competitive trade, where margins are tight and don’t allow for large amounts of capital to be saved for investment in new hulls, especially when the old hulls are so maintenance-intensive. To top this, current market conditions make it difficult to reinvest. Competition between operators continues to evolve, where in more recent times some have been more willing to slash operating budgets in efforts to undercut rates in a race to the bottom business style. This slims margins even more, making it more difficult for everybody to look to reinvesting in new vessels. Industries that rely on cargo movement via Lakers are attracted to the low tonnage prices, and are reluctant to look past the lowest shipping rate and invest in the long-term viability of their shipping platform through commitment to long-term partnerships. There are some exceptions, however. Interlake Steamship constructed the Mark W. Barker as the result of a long-term agreement to transport salt for Cargill. US operators are often hesitant to handle salt cargoes in order to protect their aging Lakers from the corrosive nature of the cargo. Cargill realized they needed the security of having a reliable Jones Act vessel to handle their cargo, and partnered with Interlake for a long-term solution that was realized through a newbuild Laker.

Domestic US shipping is regulated by the Jones Act, which mandates that ships moving cargo between US ports be US built, owned, and crewed. The US maintains very high standards in labor regulations and construction quality, but it comes at a cost so high that domestic operators are not able to justify investment in new hulls. US shipyards come nowhere close to competing with rates on the world market. Steel and labor costs are multiples of those seen around the globe. The methods of trying to surgically maintain existing vessels only adds to those costs. Laws like the Jones Act are necessary to maintain a domestic industrial base capable of producing vessels for coastwise trading and national defense, otherwise the art of shipbuilding would be lost in America as a whole. Canada is a perfect example of this, as the repeal of the Canadian-built stipulation in the Canadian Coastwise Trading Act dealt a final death blow to the Canadian commercial shipbuilding industry, with their defense shipbuilding industry even feeling the ripple effects. Canadian operators are able to build vessels overseas at a much lower cost, which has allowed them to renew their fleets at a massive scale in recent years. The prohibitively high costs at US yards further snowball into issues relating to maintaining a skilled labor workforce capable of building high quality ships when steady work is not always coming in.

Work at Great Lakes shipyards is highly cyclical, with loads ramping up on the ships during the winter layup period, but during the summer months yards have to rely on military or off-lakes contracts to keep staff busy. When the ice and snow come in wintertime, operators look at the remaining shipyards to handle several vessels-worth of projects simultaneously, and expect them to complete them in time for fit-out in March. Then when an emergency comes up in the middle of the season the shipyards are expected to turn the ship around in a matter of days. The situation can be compared to having an auto repair shop only open regularly during three months of the year, and on-demand for the remainder of the season. When repairs are necessary during the other nine months, it won’t be at the pace of a Formula 1 pit stop. The lack of consistent commercial newbuilds locally has been to the detriment of maintaining that steady workload and skilled labor. As shipbuilding has declined in the US, the skilled workforce of welders, pipefitters, electricians, and other specialists dwindled, and now finding qualified workers is a big concern. Local yards no longer feature full-service machine shops, repair facilities, or fabricating capabilities and contract out several components to a project since they cannot support those workers full-time. Additionally, Great Lakes shipyards have historically been behind the curve when it comes to adoption and implementation of advanced shipbuilding technology and methods, further driving up costs and reducing competitiveness in broader markets. 

The demand for new construction for the Jones Act Laker fleet is there, but it is a difficult target for almost every player to hit. Most new shipbuilding on the US side has been tied to long-term cargo commitments in recent years, and not as much to support existing contracts. This will have to give at some point, as the current fleet will not be able to last forever. A partial fleet renewal is likely in store at some point in the near future, with individual vessel replacement being explored for ships nearing the end of the line. Additional ship conversions to articulated tug-barge units are even more likely. The issue of financing these capital investments still remains a challenge. A full fleet renewal – such as the one seen with the Title XI subsidies and tax benefits in the 1970s – is still beyond the horizon without a change of status quo. The right combination of economic conditions may play on the side of the shippers and shipbuilders. If interest rates drop low enough to justify the payment on the debt for new tonnage in relation to the operating costs of the aging fleet, investment will be a much more attractive option for operators. If we are having the broad shipbuilding conversation, the question needs to be asked if new ships are for business expansion or retention. Major Canadian carriers like Algoma and CSL have fully renewed their fleets in recent years, but this is to preserve existing contracts, not expand into new ones. Allister Paterson, President of Canada Steamship Lines, put this into perspective in a 2015 press release about CSL’s Trillium-Class fleet renewal program.

“Great Lakes shipping is a mature market, it isn’t growing. Our Trillium program has always been about renewing our fleet, not growing it.”

While the current market is in need of new vessels to support continuing operations, other Canadian carriers such as McKeil Marine have proven that new niches can be carved out while rosters for the remainder of the fleet have turned over. Waterborne routes can be identified for more cargoes currently using land-based transportation on the American side as well.

What about the SHIPS for America Act? Great question. The SHIPS for America Act is not currently set up to have direct impact on the Great Lakes shipping industry, at least not a direct benefit. In fact, it may present further challenges in its current form. The Act does not include provisions allowing Great Lakes operators to take advantage of financing and benefits for investment in fleet renewal and modernization. Rather, it will focus on oceangoing merchant vessels and expanding the shipbuilding industrial base in order to support ramping up defense shipbuilding. This investment in the industrial base to support defense and oceangoing shipbuilding will draw workers away from the Great Lakes region and out to the major coasts, leaving labor to become even more scarce. If provisions in the Act accounted for inland transportation like the Great Lakes and Inland Waterways, the industry may be able to rebuild and set up for a more sustainable future to be able to better reliably support American manufacturing and defense. Broadly, if the SHIPS act is about maintaining what we have and expansion, that conversation needs to involve the Great Lakes, a region responsible for moving the building blocks of America. In theory, if companies were incentivized to renew their fleets and look at new business, that would stimulate the Jones Act fleet into a period of dynamic evolution. But as long as the current fleet continues sailing without real investment in renewal, operating costs and freight rates will only go up, which will trickle down through the industries down to the very cereal, appliances, automobiles, and more used by the average American. It is only a matter of time before vessels start to be sidelined due to their condition, whether it be for repairs, or worse yet, not passing regulatory inspection.

There is a long road of challenges to face to make it possible to revive the shipbuilding industry in the Great Lakes region and renew the Great Lakes fleet for a sustainable future. It will take getting creative to find ways to economically justify building new ships, and efforts from shippers to shipbuilders to the industries they serve to make this possible to rebuild for long-term sustainability. The Great Lakes was once a center for shipbuilding prowess and innovation, and can be once again with renewed investment and strategic planning.

Special thanks to Travis Martin and Fred Koller from Bay Engineering, Eric Helder from Interlake Maritime Services, Nick Hunter from NETSCo./EBDG, and Chuck Canestraight from Port City Marine Services for contributing their professional insight for this story.

Replies to this email are sent to the editor of Shipwatcher News

The news is in!

79 Freighters Summer 2025

The Summer 2025 edition of Shipwatcher News’ Freighters is out now! From welcoming new ships and saying farewell to old fleetmates to the current state of Great Lakes shipbuilding and repair, it is all covered in this issue. Enjoy the latest edition!

In this issue:

• New cement carrier Tamarack arrives home
• The modern crane-conveyor ship
• Farewell to the Cuyahoga
• In the design: The Shipbuilding Situation – Part II
• Featured Vessel: ATB Maumee / Victory

Replies to this email are sent to the editor of Shipwatcher News

THEY DELIVER

SOO MARINE SUPPLY keeps the boats supplied

A spotlight on Soo Marine Supply, as featured in Shipwatcher News Freighters issue 78, Spring 2025.

They Deliver

SOO MARINE SUPPLY KEEPS THE BOATS SUPPLIED

By Brendan Falkowski and Ryan Miller

The authors visited the Soo Marine Supply warehouse and were able to observe a supply run to the Stewart J. Cort in June 2024. Special thanks to Soo Marine Supply General Manager Brent Belanger for making this possible.

Nestled down off Portage Avenue along the St. Marys River in Sault Ste. Marie, MI, Soo Marine Supply (SMS) has been serving Great Lakes freighters for over 124 years. While it may not appear like much from the road, down that driveway lies a vital supply line necessary for provisioning the ships, but more importantly the crews. The ships run from March to January with little time to stop while in port. Soo Marine Supply provides a solution, delivering groceries, supplies, and people to the ships as they pass by Sault Ste. Marie, MI.

The service was first initiated in 1901, served by the wood-hulled ferry Superior. She operated in the supply boat capacity from 1901 to 1917 when she was replaced by another reconstructed ferry, the Frontier. Frontier served as the Soo supply boat from 1917 until June 1, 1947, when the current supply boat, Ojibway, entered service. The supply service was originally started to stock U.S. Steel’s newly-created Pittsburgh Steamship fleet with ice, food and groceries, parts, and other supplies, but also later served the fleets of Bradley Transportation, Great Lakes Steamship, and Hutchinson & Co. U.S. Steel spun off the supply boat service with their marine division in the late 1980s. The warehouse and supply boat Ojibway were sold to MCM Marine in 2003, who renamed the business Soo Marine Supply and continues to supply the ships today.

Soo Marine primarily serves the American fleets of Interlake Steamship Co., Great Lakes Fleet, and VanEnkevort Tug & Barge, as well as other vessels by request. SMS doesn’t operate on contracts with the shippers, but rather on an on-demand basis, making deliveries and fulfilling services when they are needed.

SMS General Manager Brent Belanger explained to us the different supplies they can and have delivered. He produced from his desk a stapled packet of paper and passed it to us to look through. On the pages were roughly 500 lines of everything you’d expect to find at your local grocery store, apple sauce, pudding, soap, and paper towels. While flipping through the many pages, Belanger continued to explain the various other supplies like gear oil, steel cables, argon tanks, and deployable life rafts that were on the order form. In addition to the listed items there is a final page that’s blank with lines where freighter crews could request specific items that Soo Marine Supplies would then source. In addition, they can perform crew transfers with rental cars arranged and personal storage lockers for their gear.

Orders are put in by the ships about 36 hours prior to passing through the Soo Locks, giving the crew at SMS enough time to pull together everything in preparation for delivery. For some special orders that may not be stocked in the warehouse, SMS crew will make runs out to local stores to attempt to find requested products.

Typically, a big order would be placed at the beginning of the season during fit-out. The crew needs to eat. Supplies need to be stocked. Soo Marine’s tasks during fit out can include requisitioning necessary spare parts for preventative maintenance, extra engineering supplies, replacement safety gear, and stocking the kitchen by ordering nonperishable bulk baking or cooking ingredients. The SMS crew loads supplies into their trucks for destinations ranging from Sturgeon Bay and Superior, WI, to Toledo, OH, and even Erie, PA, to get the ships ready to go. Throughout the shipping season, crews place additional orders to restock perishable and consumable goods. While resupplies can occur at ports, receiving them while underway is most convenient for the crew. As so many boats pass through the Soo Locks, it’s a natural place to have a transfer location.

The facility includes two main warehouses: a stock room and a staging room. Walking through the staging room, shelving units were labeled with bright red tags punched with the names like Hon. James L Oberstar, Mesabi Miner, and other iconic freighters. The traces of heritage were evident even in the warehouse where a hard-to-reach shelving unit still bore a Henry Ford II name tag. On these shelves were custom metal skids that could be moved with a high-low or picked up by crane. Workers assembled orders by picking supplies from the stock room and moving them to the awaiting skids in the staging room. After being shown around the warehouses, it was time to get aboard the supply boat Ojibway.

The Ojibway is a short and stout looking resupply boat that was designed and built in 1946 following World War II. It’s clearly designed for working. In the center of the boat sits a superstructure with a spartan interior that mainly serves to elevate the pilot house and a crane. The crane, on a turntable, is able to rotate off the sides to transfer supplies onto the deck of passing freighters. Aft of the superstructure is an open deck to load cargo. Sectioned into four quadrants, skids are loaded nicely with enough room between them to let crew walk around them. Below deck is the engine room with a rather healthy amount of space – definitely enough room to get a wrench in. While old, the Ojibway is not poorly maintained. She starts with no hesitation and the crane runs smoothly.

As the approaching ship exits the Soo Locks – when supplying while downbound – or rounding Mission Point when upbound, the boat crew heads out to Ojibway for their sprint out to the passing freighter. On June 28, 2024, Ojibway was supplying the downbound Stewart J. Cort. Typically, ships are supplied while transiting downbound, though some are supplied on the upbound. In an interesting situation of policy, a vessel is considered soil of the country it most recently made port, so a vessel that most recently called on a US port is considered “American soil” and one that called on a Canadian port is considered “Canadian soil”. In order to avoid some extra paperwork, vessels are almost always supplied when considered “American soil”.

Once on board now operating as captain, Belanger provided the safety brief: respect the crane and stay clear of the deck crew. He went belowdecks to fire up the single diesel engine, then he climbed the three ladders up to the wheelhouse at the top deck. Three more crew got onboard – two deckhands and a crane operator – before lines were cast off and Ojibway got underway. The supply boat makes way towards the Soo Locks to rendezvous with the Cort. As Ojibway comes to meet the Cort, she turns in a big, swooping turn and pulls up alongside. Over the VHF, Belanger established communication with the bridge of the Cort to synchronize speed and establish a rafting location. A single line is cast down to the bow of the Ojibway to hold her in place; the momentum of the Cort’s forward motion helps keep Ojibway tight alongside.

Nearly as soon as the line is tied off, the crane operator gets right to work. The first skip is already loaded in the bridle and ready to go. Like clockwork, the crane operator makes the whole operation look easy, quickly and smoothly moving the skips full of supplies from the fantail of the Ojibway up to the spar deck on the freighter. The two deckhands help load and unload skips on Ojibway, while the crew of the Cort take care of the operation up on deck. Next went the odd shaped items, a coil of wire rope and bundle of steel tubes were picked and hoisted aboard. After all of the supplies are unloaded from the skips on the Cort, the crew then loads up any trash and recycling to send back to shore. The reverse process ensues, loading everything back onto Ojibway. After the transaction is complete, the line is cast off and Ojibway heads back to home base. A traditional Great Lakes greeting, one long and two short blasts on the horn, were exchanged as the vessels part ways. Meanwhile Stewart J. Cort continues her trip to Burns Harbor, IN, to unload her belly of taconite pellets.

As the Ojibway comes back to the dock, she swoops up from the east and gracefully brushes up against the dock. The lines that were cast only half an hour earlier were retied again. The diesel downstairs is shut down and the crew immediately begins unloading the boat, swiftly slinging skips back up to the dock and unloading the trash and recycling from the Cort. Trash is sent to the dumpster, while the recycling is all sorted and stowed in a customized recycling trailer. When full, the trailer is taken to the recycling center to be emptied. Interlake Steamship Company and other companies have specific agreements with Soo Marine Supply to handle refuse. Soo Marine Supply keeps a cardboard recycling trailer at the dock. Working with Northern Transitions (NTI), Soo Marine Supply is able to responsibly dispose of waste. The crew all return to their respective places, awaiting the call for the next supply run.

We were left with a new appreciation and respect for the Soo Marine Supply group and their employees. This glimpse into Soo Marine Supply shows the critical role that smaller companies contribute to making the Great Lakes shipping ecosystem healthy and efficient. It was clear the Soo Marine Supply crew knew their responsibilities, all the way from perfect docking alongside the Cort and back at the dock to effortless equipment operation and solid communication leading to a safe work space.

Replies to this email are sent to the editor of Shipwatcher News

The news is in!

78 Freighters Spring2025

The Spring 2025 edition of Shipwatcher News’ Freighters is here! From recent industry changes to the current state of the Great Lakes fleet, it is all covered in this issue. Enjoy the latest edition!

In this issue:

• They deliver: Soo Marine Supply keeps the boats supplied
• Great Lakes debut for two Canadian ships
• Hon. James L. Oberstar grounds in St. Marys River
• In the design: The shipbuilding situation
• Featured Vessel: Herbert C. Jackson

Replies to this email are sent to the editor of Shipwatcher News

The news is in!

77 Freighters Winter 2025

The boats are back to moving again and the Winter 2025 edition of Shipwatcher News’ Freighters newsletter is here to celebrate! Enjoy the latest edition!

In case the link did not work in the original mailing, here is another link to the latest newsletter!

In this issue:

• Manitoulin broken out after four days locked in ice
• Aluminum and steel imports could affect Great Lakes trade
• Algoma takes delivery of three vessels
• Peyton’s Place: Modern container shipping and the Great Lakes
• In the design: vessel stability
• Featured Vessel: CSL Assiniboine

Replies to this email are sent to the editor of Shipwatcher News

The news is in!

77 Freighters Winter 2025

The boats are back to moving again and the Winter 2025 edition of Shipwatcher News’ Freighters newsletter is here to celebrate! Enjoy the latest edition!

In this issue:

• Manitoulin broken out after four days locked in ice
• Aluminum and steel imports could affect Great Lakes trade
• Algoma takes delivery of three vessels
• Peyton’s Place: Modern container shipping and the Great Lakes
• In the design: vessel stability
• Featured Vessel: CSL Assiniboine

Replies to this email are sent to the editor of Shipwatcher News