Afghan refugee pleads no contest to murders in Albuquerque
- Muhammad Syed, an Afghan refugee, pleaded no contest to two counts of second-degree murder for the deaths of Muhammad Afzaal Hussain and Naeem Hussain.
- The murders occurred in August 2022, following a series of three shootings that shocked Albuquerque's Muslim community.
- Syed faces a potential life sentence for one murder conviction and 30 years for the no-contest pleas, with sentencing yet to be scheduled.
In Albuquerque, New Mexico, an Afghan refugee named Muhammad Syed, aged 53, has pleaded no contest to two counts of second-degree murder related to the deaths of Muhammad Afzaal Hussain and Naeem Hussain. These murders occurred in August 2022, following a series of three ambush-style shootings that deeply affected the local Muslim community. Syed had previously been convicted of first-degree murder for the killing of Aftab Hussein, a prominent student leader, in July 2022. The shootings prompted an extensive investigation, initially raising concerns about potential hate crimes. However, authorities later determined that the killings were the result of Syed's deliberate actions rather than any racial or religious motives. Syed was apprehended more than 100 miles from Albuquerque while allegedly en route to Texas, claiming he was seeking safety for his family amid the violence. Prosecutors have indicated that Syed could face a life sentence for the murder of Aftab Hussein, while the no-contest pleas for the other two murders will result in a 30-year prison term. The sentencing date for these charges has yet to be established. The victims, including Afzaal Hussain, an urban planner, and Naeem Hussain, who was shot while in his vehicle, were well-regarded members of the community. The case has raised significant concerns within the Muslim community in Albuquerque, highlighting issues of safety and the impact of violence on immigrant populations. As the legal proceedings continue, the community remains on edge, grappling with the aftermath of these tragic events.