Naval Engineering Certificate Program and Other Professional Development & Continuing Education programs in the United States and Online
Founded in 1888 and headquarters in Alexandria Virginia, American Society of Naval Engineers (ASNE) is the leading professional engineering society for engineers, scientists and allied professionals who conceive, design, develop, test, construct, outfit, operate and maintain complex naval and maritime ships, submarines and aircraft and their associated systems and subsystems.
ASNE's membership consists of military and civilian engineering professionals, defense industry engineers, academics, and engineering students.
ASNE also provides wide range of educational opportunities includes several continuing education courses offered in various locations around the country and online.
The Society's annual meeting (ASNE Day) features major addresses by high level industry and government leaders and panel discussions and technical papers presentation by leading members of the profession.
ASNE offers numerous symposia throughout the year covering topics as diverse as combat systems, launch and recovery, fleet maintenance and modernization, corrosion mitigation, etc. ASNE offers Professional Development Credits (PDH) and Continuous Learning Points (CLP) for attending symposia and conferences.
Professional Development Programs
Naval Engineering Certificate
- The Naval Engineering Certificate is designed to provide a people with en engineering degree the fundamental skills necessary to contribute to naval-specific engineering challenges. The intended audience is engineers with degree in mechanical, aerospace, civil, or other related fields who work directly, or indirectly for the Navy, Coast Guard, Marine Corps, or defense contractor.
- Any individual wishing to pursue the Naval Engineering Certificate must hold an engineering degree from an ABET-accredited undergraduate program and to sit for the final Naval Engineering Certificate assessment, learners may satisfy the intended learning outcomes which must be satisfied within 5 years prior to applying to sit for the final assessment, and ASNE courses and symposia. A final assessment will be offered annually.
On-Demand Learning
- Autonomy in Marine Systems
- Autonomy in Marine Systems (1 PDH)
- Centrifugal Pump Fundamentals
- Centrifugal Pump Fundamentals (4 PDHs)
- Duplex Metallic Zinc Coatings for Corrosion Protection for Steel Ships
- Enhanced Memory Skills: Rapid Recall Changes Everything
- Flexibility in Design - Key Methodological Concepts Illustrated by an Example
- Forensic Engineering: The Sinking of the ROKS Cheonan
- Fuel Cells at Sea
- Future Ready: Autonomous and Remote-Control Functions
- GSES: Back to Basics (1 PDH)
- GSES: Naval Ship Modernization/Transformation
- GSES: Naval Ship Upgrade & Modernization: Preparing For The Future
- GSES: Navy-Industry Collaborative Design
- High Performance Marine Vehicles
- How to Successfully Transition a Technology to the Fleet
- Hybrid Electric Power Systems (1 PDH)
- Insights Into the Newest Ice Technology
- International Naval Design Standards
- Modular Adaptable Ship Technologies and Design Methods
- New Technology Qualifications
- Asian vs. US Warship Design
- Becoming an Independent Contractor
- Hybrid Electric Power Systems
- Perspective on Transition
- Preparing for Interviews for Engineering Jobs- videos & resources to help you ace your next interview.
- Resume Writing for Naval Engineering Students-tips from career counselors and industry experts on how to craft the perfect application.
- Rosenblatt Lecture Series: Tales from the Design of the 600-ship Navy.
- Rosenblatt Lecture Series: The dominant role that Aegis plays in the U.S.Navy surface fleet and Admiral Meyer’s leadership role in making that happen.
- Rosenblatt Lecture Series: Thresher, the submarine, then men. Unraveling the story.
- Safe, Secure and Efficient Shipping on Clean Oceans: A Primer on the International Maritime Organization
- Set Based Design: Understanding Design Approaches (2.5 PDH)
- Set Based Design-Understanding the Emergence and Historical Development of Design Approaches
- Set-Based Design - An Effective Approach to Complex Design Problems
- Setting the State: Modular Adaptable Ship Imperative
- Ship Seakeeping and Small Boat Dynamics During Launch & Recovery
- T-Agos 19- The Navy's First SWATH Ship (1 PDH)
- That Others Might Live: U.S. Coast Guard Lifeboats and the CG 44363 Disaster
- The Impact of Modern Warship Practices: A New Course to 355
- The OPV Phenomenon
- The USS Constitution: Explore the history, engineering and preservation that keeps the USS Constitution afloat today
Other Professional Development Courses
- Advanced Combat Systems Engineering (8 hrs)
- Boat Dynamics (4 hrs)
- Clean Power Technologies (4 hrs)
- Electrical Power Basics (4 hrs)
- Flexibility in Design - Key Methodological Concepts Illustrated by an Example (0.75 hr)
- Foundations of Cyber Security (4 hrs)
- From Kayaks to Carriers: Basics of Ship Design (4 hrs)
- Fuel Cells at Sea (1 hr)
- Fundamentals of Welding Engineering (4 hrs)
- How to successfully transition a technology to the fleet
- International Naval Design Standards (4 hrs)
- Introduction to Autonomous Systems (4 hrs)
- Introduction to Combat System Engineering (8 hrs)
- Introduction to Commonality Short Course (4 hrs)
- Introduction to Power Electronics (4 hrs)
- Maintained Systems Short Course (4 hrs)
- Maintenance and Modernization - The Challenge of Integration (4 hrs)
- Marine Systems I (4 hrs)
- Marine Systems II (4 hrs)
- Perspective on Transition (1 hrs)
- Propulsion Design for Ice Going Vessels (2 hrs)
- Safe, Secure and Efficient Shipping on Clean Oceans (1 hrs)
- Set-Based Design - An Effective Approach to Complex Design Problems (2 hrs)
- Shipbuilding & Ship Repair Business Management - Understanding Shipyard Business Operations- Part II (4 hrs)
- Shipbuilding & Ship Repair Business Management - Understanding the Forces that Shape the Industry - Part I (4 hrs)
- Shipyard Safety and Familiarization (4 hrs)
- Six Reasons Why the Shipbuilding Industry is Challenging (1 hr)
- The OPV Phenomenon (1 hrs)
- The Sinking of the ROKS Cheonan (1 hrs)
- Tools, Training and Technology for Additive Manufacturing (3-D Printing) Part I - Drafting and Design (4 hrs)
- Tools, Training and Technology for Additive Manufacturing (3-D Printing) Part II - How to Assemble, Operate & Print (4 hrs)
- Understanding the Historical Development of Design Approaches and the Emergence of Set Based Design (2.5 hrs)
- On-Demand Learning
- Autonomy in Marine Systems
- Autonomy in Marine Systems (1 PDH)
- Centrifugal Pump Fundamentals
- Centrifugal Pump Fundamentals (4 PDHs)
- Duplex Metallic Zinc Coatings for Corrosion Protection for Steel Ships
- Enhanced Memory Skills: Rapid Recall Changes Everything
- Flexibility in Design - Key Methodological Concepts Illustrated by an Example
- Forensic Engineering: The Sinking of the ROKS Cheonan
- Fuel Cells at Sea
- Future Ready: Autonomous and Remote-Control Functions
- GSES: Back to Basics (1 PDH)
- GSES: Naval Ship Modernization/Transformation
- GSES: Naval Ship Upgrade & Modernization: Preparing For The Future
- GSES: Navy-Industry Collaborative Design
- High Performance Marine Vehicles
- How to Successfully Transition a Technology to the Fleet
- Hybrid Electric Power Systems (1 PDH)
- Insights Into the Newest Ice Technology
- International Naval Design Standards
- Modular Adaptable Ship Technologies and Design Methods
- New Technology Qualifications
- ODL-Asian vs. US Warship Design
- ODL-Becoming an Independent Contractor
- ODL-Hybrid Electric Power Systems
- Perspective on Transition
- Preparing for Interviews for Engineering Jobs- videos & resources to help you ace your next interview.
- Resume Writing for Naval Engineering Students-tips from career counselors and industry experts on how to craft the perfect application.
- Rosenblatt Lecture Series: Tales from the Design of the 600-ship Navy.
- Rosenblatt Lecture Series: The dominant role that Aegis plays in the U.S.Navy surface fleet and Admiral Meyer’s leadership role in making that happen.
- Rosenblatt Lecture Series: Thresher, the submarine, then men. Unraveling the story.
- Safe, Secure and Efficient Shipping on Clean Oceans: A Primer on the International Maritime Organization
- Set Based Design: Understanding Design Approaches (2.5 PDH)
- Set Based Design-Understanding the Emergence and Historical Development of Design Approaches
- Set-Based Design - An Effective Approach to Complex Design Problems
- Setting the State: Modular Adaptable Ship Imperative
- Ship Seakeeping and Small Boat Dynamics During Launch & Recovery
- T-Agos 19- The Navy's First SWATH Ship (1 PDH)
- That Others Might Live: U.S. Coast Guard Lifeboats and the CG 44363 Disaster
- The Impact of Modern Warship Practices: A New Course to 355
- The OPV Phenomenon
- The USS Constitution: Explore the history, engineering and preservation that keeps the USS Constitution afloat today