黑料社

In-Person Programs & Seminars

High Impact In-person Learning

Professional development is one of the top three reasons why legal information professionals join AALL. Find the right roadmap for your 黑料社journey. We have high impact, in-person learning for every stage of your career.

Build Your Career with AALL

The 黑料社Annual Meeting and Conference is our premiere education and networking event hosted each year where great minds meet to learn, problem solve, and grow. If you are new to 黑料社or you want to get the most out of your 黑料社experience, take advantage of the host program during the Annual Meeting. If you know the ropes, share your expertise during informal learning sessions, attend programs that expand your expertise, or meet other colleagues, and share what you鈥檝e learned.

Commit to Ongoing Professional Development

Learn new best practices, tools, and cutting-edge learning through our in-depth workshops and specialized programs. Our programs are held throughout the year and as pre-conference offerings at our Annual Meeting to help you remain competitive. 黑料社hosts CONELL, a popular new members鈥 conference held each year as a starting point and catalyst to assist new librarians in career exploration and building a network. In addition, 黑料社hosts specialized programs such as a competitive intelligence series for professionals interested in expanding expertise in competitive intelligence.

Stay on the road to success and attend leadership and management training. AALL鈥檚 Leadership Academy is designed to develop the essential leadership skills needed early in your career to excel as a high performer. 黑料社Leadership Academy fellows receive a mentor for one year and ongoing leadership development support.

Build on those essential skills and attend the 黑料社Management Institute. Designed to create strong managers with critical business acumen, the management institute is a core building block to management success.

黑料社is dedicated to supporting the career development needs of legal information experts鈥攑roblem solvers of the highest order.