BRAND-PACKAGE PREVIEW · Working visual direction for KFSHRC review · Pre-trademark · Do not redistribute

Cell & gene therapy manufacturing · Riyadh

Built where the experimental method began.

Hayyan Cellworks is an academic-hybrid contract development and manufacturing organisation for advanced therapy medicinal products, founded in collaboration with King Faisal Specialist Hospital & Research Centre under the National Biotechnology Strategy.

حيّان Named for Jabir ibn Hayyan, c. 721–815 CE — Arab polymath who codified the experimental method and is regarded as the father of modern chemistry.
Hayyan Cellworks — alembic and wordmark lockup
2027
First batch · CAR-T & MSC
BioGOBox commissioning Q1
4
Therapeutic clusters at full operating cadence by 2030
SFDA
Pre-engagement programme initiated 2026
100%
Saudi-led leadership target by 2030 transition

The heritage anchor

From Jabir ibn Hayyan to the Riyadh fab.

Twelve hundred years ago, in workshops across Kufa and Baghdad, the Arab polymath Jabir ibn Hayyan — known to medieval European universities as Geber — introduced experimental method to chemistry. He isolated mineral acids, codified distillation, and named the apparatus he invented: the al-anbīq — the alembic.

The alembic is not a metaphor. It is the founding instrument of bioprocess. Distillation became extraction, became fermentation, became the unit operations of every modern biomanufacturing facility. The continuity is unbroken — only the molecule changed.

Hayyan Cellworks takes that name and that lineage as its operating reference. Evidence-led. Method-disciplined. Built to be inspected, audited, and reproduced — the discipline that makes a process pharmaceutical-grade.

“Whoever does not perform experiments will never attain to the least degree of mastery. The experimenter must work, and perform experiments, and the more he conducts experiments, the more abundant his knowledge will become.” — Jabir ibn Hayyan, Kitāb al-Sabʿīn, c. 800 CE

Capabilities

Three modalities. One operating discipline.

The facility activates in clusters, gated by capability and demand. Each cluster operates under a single quality system, a single tech-transfer methodology, and an independent quality reporting line — the structural separation that makes the facility SFDA-credible from day one.

CLUSTER 01

Adoptive Cell Therapies

Autologous and allogeneic CAR-T manufacturing, with closed-system processes scoped for regional patient demand and academic in-licensing.

  • Closed-system cell processing
  • Cryopreservation & cold chain
  • Release testing (flow, potency)
  • Hospital-exemption pathway support
CLUSTER 02

Gene Editing & Lentiviral Vector

Lentiviral vector production for in-house cell-therapy use, with extension to MENA-region academic and biotech partners.

  • LV vector upstream + downstream
  • Plasmid intermediates
  • Base / prime editing toolkits
  • Vector analytics suite
CLUSTERS 03–04

iPSC & Future Modalities

Activated under documented capability, demand, and financial-sustainability gates. Scoped for Saudi-genome haplobank potential and selective in-licensing.

  • iPSC banking infrastructure
  • Differentiation protocols
  • Allogeneic platform readiness
  • Tech-transfer methodology

The Academic-Hybrid model

Three zones, one programme.

Discovery and manufacturing require fundamentally different mindsets. The Wall is the structural separation that preserves discovery velocity on one side and manufacturing discipline on the other — connected by governed handoffs and independent quality reporting.

Zone 01

Research

Discovery-driven sandbox. Hospital and academic collaborators on TRL 1–5 work, with industry partner co-development.

  • Hypothesis-driven mindset
  • Reports to CSO / VP Research
  • KPIs: hypotheses, publications, IP
Zone 02

Non-GMP Development

Process development at lab scale. Scale-up engineering trials, analytical method development, tech-transfer documentation.

  • Hypothesis → process mindset
  • Bridges discovery and manufacturing
  • KPIs: tech-transfer readiness
Zone 03

GMP Manufacturing

Validated manufacturing only. Batch release, quality systems, SFDA cadence, independent QA reporting line outside operations.

  • Every batch the same
  • Reports to Site Head + independent QA
  • KPIs: batch success, zero major obs

How we are governed

Patient · Sustainability · Prominence.

Three anchors decide every modality, every contract, every capacity request. A neither-hospital-nor-pure-CDMO operating model — the only structure that protects all three simultaneously.

Why neither model alone works

Hospital pharmacy lacks scale and cadence. Tech transfer becomes improvised; partnership credibility never accrues; patient mission becomes capacity-bound.

Pure CDMO disconnects from mission. The clinical-research loop severs; patient priority becomes secondary to margin; the Vision 2030 anchor role is forfeited.

Hybrid Academic-CDMO is a new species for cell therapy: research-anchored, GMP-disciplined, patient-led, partner-orchestrating. The competitive moat capacity cannot match.

The decision architecture

Every modality, partnership, and capacity request passes three filters in order:

Filter 01 · Clinical fit. Real patient need at KFSHRC plus credible capability today, or an obvious extension of it.

Filter 02 · Demand and sustainability. Credible volume path that pays its own way within the activation horizon.

Filter 03 · Strategic anchor. Strengthens the regional ATMP hub identity and serves the National Biotechnology Strategy.

Three passes → yes. Two → not yet, with conditions. One or zero → not now. The framework decides; the framework is the answer.

Leadership

The team announced ahead of BioGOBox commissioning.

Site Head and Quality Site Head report independently to the standalone-entity board through 2030, after which the facility re-integrates into KFSHRC governance under the ATMP Programme Committee. Leadership announcements timed to facility commissioning gates.

Site Head portrait — illustrative imagery
Site Head
General Management

Operator-provided through Years 1–3 under the Build-Operate-Transfer mandate. Saudi successor in 1:1 pairing from Year 3 onward.

Announcement Q3 2026
Quality Site Head portrait — illustrative imagery
Quality Site Head
Independent Quality

Reports outside operations, separate line to the standalone-entity board. Saudi successor pairing matches site-leadership cadence.

Announcement Q4 2026
Commercial Lead portrait — illustrative imagery
Commercial Lead
In-Licensing & CDMO BD

Saudi-track from day one. Owns BD pipeline, in-licensing negotiations, CDMO contract evaluation, and out-licensing of KFSH-developed IP.

Announcement H1 2027

Portraits shown are illustrative imagery for the working brand preview. Final leadership photography will replace these placeholders following the announcements scheduled above.

Insights

The thinking behind the facility.

May 2026 · Operating Plan

Why a hybrid academic-CDMO is the only structure that protects all three anchors.

Patient mission, financial sustainability, and regional prominence cannot all be served by a hospital pharmacy or a pure CDMO. The hybrid is the structural answer — not a compromise.

Read the framing →
April 2026 · Capability brief

Lentiviral vector self-sufficiency: the case for Cluster 02 in 2027.

Allogeneic platforms, gene editing beyond Casgevy, and Saudi haplobank programmes all converge on a single capability: regional LV vector supply. The case for activating Cluster 02 alongside Cluster 01.

Read the brief →
March 2026 · Heritage

Jabir ibn Hayyan and the experimental method that made manufacturing possible.

Distillation became extraction, became unit operation. The heritage anchor of the Hayyan name is not decorative — it is the founding methodology of every modern bioprocess.

Read the essay →

Partner with us.

For in-licensing enquiries, CDMO contract discussion, or academic collaboration on advanced therapies in the MENA region.

partner@hayyancellworks.com