Patrick Gunning

Working with the law firm Chang | Klein, attorney Patrick Gunning is committed to serving injury victims, particularly those with catastrophic injuries or suffering due to a close one’s wrongful death. He is licensed to practice in multiple states – California, Washington and Oregon. Developing a passion to help others from an early age, he chose the legal profession to better suit his intelligence and a keen eye for details. The strong drive to choose personal injury originates from his own life when he experienced helplessness without a proper attorney to fight for their rights.Mr. Gunning holds a Bachelor of Arts degree in political science and criminal justice, graduating magna cum laude from Gonzaga University. In 2011, he completed his law degree from the University of California, Los Angeles, School of Law under a full merit scholarship. At the law school, he was actively involved in the activities of the moot court honors program and the trial advocacy program. Several accolades have been awarded to him for his excellence at various moot court tournaments during this tenure. Apart from clerking at a private law firm, he has also interned at the King County Prosecuting Attorney’s Office.Drawing from more than a decade of experience practicing law, Mr. Gunning provides strong representation to his clients both inside and outside the court. He has succeeded in getting millions of dollars as verdicts or settlements in a wide range of cases including injuries sustained due to falls, pedestrian accidents, negligent driving, flight crash and others. He also set a landmark precedent at the Supreme Court of California, designating the responsibility for the safety of students inside classrooms to the respective institutions.Rated “Very Good” on Avvo, Mr. Gunning fights for his clients’ best interests and upholds an unwavering commitment to their needs. As an accomplished musician and skilled craftsman, he extends his creative abilities to find unique perspectives to each case and resolve it in an energy and cost-efficient method.