Associate Chief Physician. Specializes in structural reconstruction of congenital genitourinary malformations and functional repair of upper urinary tract malformations; microsurgical repair and reconstruction of various types of hypospadias; surgical treatment of all types of congenital hydronephrosis; comprehensive management of hypospadias complicated with penile hypoplasia and severe chordee. Emphasizes the concept of holistic cross-age treatment with consideration of long-term outcomes; upholds the principle that surgery must achieve both functional and cosmetic repair. Proficient in minimally invasive surgical treatment for upper urinary tract malformations including ureteropelvic junction obstruction, congenital megaureter, duplicated renal malformation, ureterocele/ectopic ureteral orifice and vesicoureteral reflux.Main research directions: Focuses on urological regenerative medicine, research on urine-derived stem cells and tissue engineering materials for reconstruction and regeneration of congenital urinary malformations. Further education experience: As a Chinese government-sponsored overseas student, studied at Wake Forest University, USA in 2008, and obtained a PhD under the Sino-US joint training program; completed clinical training in pediatric urology under the "Elite Talent Program" at Children's Hospital Los Angeles in October 2016; obtained qualification for tracheal transplantation (kidney) through specialized training. Research projects obtained in recent years (past five years, top three principal investigators): Presided over and completed 1 National Natural Science Foundation project, 1 Shanghai Natural Science Foundation project and 1 University Outstanding Youth Fund project. Published 7 high-quality SCI papers and 10 core journal papers as the first author.