our team

Haprow is built by people who love two things: solving hard problems and making learning feel fun. We are engineers, educators, designers, and operators working as one squad.

/our expert team

The People Behind Haprow

The people obsessed with making AI practical, playful, and impactful.

Haprow is built by doers. We do not follow the curve. we build what comes next.

Our team blends AI, robotics, education, and retail execution to ship real products, not demos. fast iterations, strong engineering, and human-first experiences with discipline.

M. Ali Abbas

FOUNDER & CEO
A visionary tech entrepreneur and engineer dedicated to creating high-impact solutions through AI and robotics. As the founder of Haprow, he is the driving force behind TimTim, a pioneering socially assistive robot designed to support the development and communication skills of children with autism.

Mariyam Sheikh

AI ENGINEER
AI Engineer Mariyam is the technical architect behind the intelligence of TimTim. She specializes in building the adaptive AI frameworks and responsive algorithms that allow Haprow’s robotics to interact meaningfully with children in special education.

S. Jahanzaib Rafi

SOFTWARE & AI DEVELOPER
Jahanzaib bridges the gap between complex software architecture and intelligent systems. He is responsible for the core development and seamless integration of AI features at Haprow, ensuring that the software powering TimTim is as robust as it is intuitive.

Zain Hadi

MARKETING LEAD
Zain is the strategic voice behind Haprow, focused on scaling the brand’s global presence. He translates complex AI and robotics technology into impactful narratives, driving market growth and connecting Haprow’s life-changing solutions with the families and educators who need them most.

Umer Noorani

EMBEDDED DESIGN ENGINEER
Umer is the hardware architect at Haprow, specializing in the intricate embedded systems that bring TimTim to life. He ensures seamless synergy between hardware and software, focusing on high-performance circuitry and real-time processing to create reliable, responsive robotics.