Interdisciplinary Professional Programs
College of Engineering

Professional Development Courses

Join us today and unlock your full potential for success in the rapidly changing world of engineering and technology. UW-Madison’s College of Engineering (COE) is a leading professional development organization dedicated to empowering engineers and technical professionals with the skills and knowledge necessary to thrive in their fields. We offer a wide range of cutting-edge courses designed to enhance professional growth and provide opportunities for career advancement. Our expert instructors, both faculty and industry veterans, deliver engaging and practical training sessions that bridge the gap between theory and real-world applications. Whether you are looking to deepen your expertise in a specific technical area, stay abreast of the latest industry trends, or broaden your skill set to adapt to evolving challenges, UW-Madison’s College of Engineering is your trusted partner in engineering professional development.

 

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Courses (195)

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    Repair of Concrete

    Upcoming Dates
    • Apr. 14-16, 2026 (D724)
      Face-to-Face Madison, WI
      $1,495
    This course will show you how to evaluate the condition of your concrete and how to protect your existing concrete with the right repair materials and techniques. You’ll come away with specific repair methods for structural concrete, floor slabs, and slabs on grade, along with strategies for reinforcing and post-tensioning.
    Customizable
    Discipline: Civil and Environmental
    Topic: Facilities and Building Systems, Building Design, Construction and Systems
    RA00280

    Introduction to Science Lab Building Systems

    Upcoming Dates
    • Apr. 28-30, 2026 (D702)
      Face-to-Face Madison, WI
      $1,495
    Improve the safety and energy-efficient operations of science and engineering research laboratories by gaining an understanding of the unique requirements of the lab environment and the building systems that support them. You will learn to identify preventive maintenance issues and possible energy conservation measures, validate HVAC design assumptions and criteria, and evaluate high-performance fume hoods on your lab projects.
    Discipline: Mechanical
    Topic: Facilities and Building Systems, Building Design, Construction and Systems
    RA01517

    Complying with the International Existing Building Code (IEBC)

    Upcoming Dates
    • May 14-15, 2026 (D701)
      Face-to-Face Madison, WI
      $1,095
    This course will help you recognize the limitations and extent of codes for existing buildings, and use one of three compliance paths to evaluate buildings.  It is intended for architects, engineers, contractors, code inspectors, and owner’s reps interested in applying the International Existing Building Code (IEBC) on their renovation projects.
    Discipline: Civil and Environmental
    Topic: Facilities and Building Systems, Building Codes and Standards
    RA01613

    Continuous Improvement New

    Upcoming Dates
    • Start Anytime
      Online Anytime
      $295
    Continuous Improvement is crucial for manufacturing success in today's business landscape, addressing challenges across productivity, quality, safety, and service. The asynchronous course offers training in continuous improvement tools, encouraging participants to rethink existing practices and innovate for efficiency. It aims to instill a transformative mindset, empowering individuals to lead positive change and excel in the evolving manufacturing industry.
    Customizable
    Topic: Industrial, Operations and Manufacturing Processes
    RA01826

    Design of Experiments

    Upcoming Dates
    • Start Anytime
      Online Anytime
      $295
    This course offers an introduction to quality improvement methods grounded in statistical analysis, focusing on the Design of Experiments (DOE) in industrial settings. Through observational methods and factorial designs, students learn to identify key factors influencing outcomes and analyze sources of variation in processes. Factorial designs involve conducting experimental runs at various combinations of factor levels, allowing for a thorough understanding of individual and interactive effects between factors. DOE is essential because it enables efficient experimentation, optimizing processes and guiding informed decisions in product development, manufacturing, and other data driven processes. Mastering these tools allows engineers to validate models and predict performance with greater accuracy.
    Topic: Industrial, Operations and Manufacturing Processes
    RA01846
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