Ali Darwiche, PhD
BATTERY SCIENCE · TECHNOLOGY ASSESSMENT · R&D STRATEGY

Science at the core.
Impact in mind.

I’m Ali Darwiche, PhD. I bring materials science and battery development experience to technology decisions, research strategy and collaborative innovation.

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Portrait d’Ali Darwiche en costume, souriant dans un jardin
LEBANESE ROOTS · BASED IN BELGIUM · INTERNATIONAL EXPERIENCE01 / INTRODUCTION
01 — ABOUT ME

A scientist’s curiosity.
A leader’s perspective.

My background is in materials chemistry and electrochemistry, with experience spanning academic research, advanced battery development and scientific leadership.

Originally from Lebanon, where my education began, I continued my scientific journey through research in France and Canada and battery innovation in Belgium. I’ve worked across disciplines and cultures. I bring technical depth, structured thinking and clear communication to complex challenges.

My work connects scientific evidence with technology assessment, project development and partnerships—helping teams understand what is possible and how to move it forward.

Publications on Google Scholar ↗
15+Years of experience
35+Peer-reviewed publications
4+Patent contributions
02 — EXPERTISE

From the material
to the bigger picture.

01

Materials & electrochemistry

Materials synthesis, physicochemical characterization and experimental analysis. A foundation in understanding how composition and structure shape performance.

UNDERSTAND
02

Advanced battery technologies

Solid-state batteries, cell design, integration and testing. Connecting materials choices with cell performance and application needs.

DEVELOP
03

Scientific & technical leadership

Leading R&D activities, assessing emerging technologies and translating complex evidence into clear priorities for technical teams and decision-makers.

CONNECT
04

Funding & collaborative innovation

Shaping collaborative projects, building partnerships and coordinating proposals that align scientific ambition with practical objectives.

ADVANCE
03 — ADVISORY & COLLABORATION

Better evidence.
Clearer decisions.

Areas for technical collaboration with battery developers, materials companies and research organisations—from assessing a technology to defining the next experiment.

Technology assessment

Examine battery and materials claims in context: test conditions, maturity, performance trade-offs and the evidence still needed.

Focus: comparative reviews, evidence gaps and decision criteria.

R&D strategy & validation

Translate an application need into research priorities, cell-level objectives and a meaningful validation plan.

Focus: experimental roadmaps, test matrices and technical risk reviews.

Materials-to-cell development

Connect electrode formulation, electrolyte choices and interfaces with cell design and electrochemical behaviour.

Focus: development bottlenecks and structured improvement plans.

Collaborative projects & funding

Shape scientific objectives, partner roles and work packages into a coherent proposal with measurable outcomes.

Focus: project concepts, proposal reviews and technical narratives.

Start with the question that matters.

A useful conversation starts with your application, available evidence and the decision you need to make. From there, we can explore a focused technical review, a research roadmap or a collaborative project.

Discuss a potential collaboration ↗
04 — RESEARCH & INVENTIONS

Expertise with
a published foundation.

Selected co-authored research and co-invented technologies, spanning electrode materials, reaction mechanisms, solid-state cells and material processing.

Selected publications

Explore the full publication profile on Google Scholar ↗

Selected patent contributions

Named co-inventor on the records below. These distinguish granted patents from published applications; the linked records provide their bibliographic details.

GRANTED US PATENT · 2023

Carbon nanotube purification

A purification process for raw carbon nanotubes, with relevance to conductive additives used in battery electrodes.

Method for the purification of raw carbon nanotubes
Original assignees: Hydro-Québec and Arkema France.

US11661344B2 ↗
PUBLISHED US APPLICATION · 2023

Solid-state electrochemical cells

Cell architectures and preparation processes using inorganic particle–polymer composites.

Solid-state electrochemical cells, processes for their preparation and uses thereof
Original applicant: Hydro-Québec.

US20230136818A1 ↗
PUBLISHED US APPLICATION · 2023

Electrode surface modification

Electrode surface layers combining inorganic compounds and solid polymers for electrochemical cells.

Surface-modified electrodes, preparation methods and uses in electrochemical cells
Original applicant: Hydro-Québec.

US20230060872A1 ↗
05 — EDUCATION & INTERNATIONAL JOURNEY

Different places.
A shared drive to explore.

LB

Lebanon

Lebanese University
Master 1 in Chemistry · 2005

My roots and the beginning of my academic journey, before continuing into materials chemistry research internationally.

FR

France

Doctoral training in materials chemistry and research in Montpellier, building expertise in electrochemistry and energy-storage materials.

CA

Canada

Research experience at McGill University and Hydro-Québec, connecting electrochemistry with energy challenges.

BE

Belgium

Battery development and leadership at SOLiTHOR, spanning cell design, integration, testing and public funding.

WORKING ACROSS LANGUAGES

English / Français / العربية

SCIENCE MOVES FORWARD THROUGH CONNECTION

Let’s discuss your challenge.

Exploring a battery technology, an R&D direction or a collaborative project?
Share the question you are trying to answer.

Start a conversation on LinkedIn