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Electrocatalysis Jobs (NOW HIRING)

Postdoctoral Researcher

Rapid City, SD · On-site

$54.45K - $60K/yr

This position will conduct research in the area of nanoparticle synthesis and self-assembly, electrocatalysis, as well as microscopy studies on nanoscale dynamics. This position will be responsible ...

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Electrocatalysis information

What are the key skills and qualifications needed to thrive as an Electrocatalysis Research Scientist, and why are they important?

To thrive as an Electrocatalysis Research Scientist, you need a solid background in chemistry, materials science, and electrochemistry, typically supported by an advanced degree such as a Ph.D. in a related field. Experience with laboratory techniques, electrochemical analysis tools (like potentiostats and spectroelectrochemical systems), and familiarity with data analysis software are crucial. Strong problem-solving skills, attention to detail, and the ability to collaborate and communicate effectively are important soft skills. These competencies are essential for designing innovative experiments, advancing research, and translating findings into practical applications in energy and environmental technologies.

What are some common challenges faced by electrocatalysis researchers when scaling laboratory findings to industrial applications?

A frequent challenge for electrocatalysis researchers is translating promising laboratory results into scalable, cost-effective industrial processes. Factors such as catalyst stability, reproducibility, and performance under real-world operating conditions often differ from small-scale experiments. Additionally, researchers must address issues related to catalyst material sourcing, large-scale synthesis, and integrating their systems with existing industrial infrastructure. Collaboration with engineers and industry partners is essential to overcome these hurdles and ensure successful technology transfer.

What is electrocatalysis?

Electrocatalysis is a field of chemistry focused on accelerating electrochemical reactions using catalysts. These catalysts, often made from metals or metal complexes, help increase the efficiency of processes such as fuel cells, water splitting, and carbon dioxide reduction. Electrocatalysis is crucial for developing clean energy technologies because it enables more efficient conversion of electrical energy to chemical energy and vice versa. Researchers in electrocatalysis work to design better catalysts that are more cost-effective, stable, and selective for specific reactions.

What is the difference between Electrocatalysis vs Electrochemical Technician?

AspectElectrocatalysisElectrochemical Technician
Required CredentialsAdvanced degrees in chemistry, chemical engineering, or materials scienceAssociate's or bachelor's degree in electrochemistry, chemistry, or related field
Work EnvironmentResearch labs, university settings, industry R&DManufacturing plants, testing labs, maintenance facilities
Industry UsageResearch and development of catalysts for energy conversionOperation, maintenance, and troubleshooting of electrochemical equipment

Electrocatalysis focuses on developing catalysts to improve electrochemical reactions, often requiring advanced research skills. In contrast, electrochemical technicians handle the operation and maintenance of electrochemical systems in industrial settings. While both roles involve electrochemistry, electrocatalysis is more research-oriented, whereas electrochemical technicians are more hands-on with equipment.

More about Electrocatalysis jobs
What cities are hiring for Electrocatalysis jobs? Cities with the most Electrocatalysis job openings:
What states have the most Electrocatalysis jobs? States with the most job openings for Electrocatalysis jobs include:
Infographic showing various Electrocatalysis job openings in the United States as of May 2026, with employment types broken down into 100% Full Time. Highlights an 78% In-person, and 22% Hybrid job distribution.

Manager / Senior Manager, Product Marketing, Physical Science

Lila Sciences

Cambridge, MA

$132.20K - $173.20K/yr

Other

Posted 5 days ago


Job description

Your Impact at LILA

We are seeking a Product Marketing Manager, Physical Sciences to lead go-to-market for Lila's AI-driven materials and chemistry platform. You will operate at the convergence of:

  • Physical science domains: catalysts, sorbents, coatings, LNPs, quantum and extreme-environment materials
  • Autonomous experimentation: flow chemistry ecosystems, high-throughput electrocatalysis, advanced characterization workcells
  • AI & modeling: property prediction, design spaces, Bayesian optimization, LLM-augmented optimization

Your mission is to translate this tech stack into clear narratives, compelling launches, and credible evidence that resonate with:

  • Industrial R&D and technology leaders in energy, chemicals, and manufacturing
  • Sustainability and advanced materials teams
  • Strategic partners, national labs, and federal programs

What You'll Be Building

Go-To-Market Strategy & Launch

  • Define and execute GTM plans for new physical science capabilities (e.g., catalyst discovery campaigns, LNP property prediction, flow-reactor-based optimization, sorbents and coatings workflows), translating technical milestones into compelling market moments with clear offers, timelines, and success metrics.
  • Translate PS product milestones (new AISF demos, CLUE campaign results, partner-ready vignettes) into launch-ready packages, including positioning, messaging, collateral, and enablement assets.
  • Align launches with priority commercial motions in physical sciences (Accelerated By Lila, Lila Superscientists, joint development, and agentic science offerings) to maximize adoption and impact.

Messaging & Positioning

  • Craft crisp, value-based messaging that communicates how Lila's platform accelerates:
    • Catalyst and materials discovery for green hydrogen and electrochemistry
    • LNP design and advanced materials development for transport and separations
    • Coatings, sorbents, and quantum/extreme-environment materials discovery
  • Tailor narratives for R&D executives, technical experts, and corporate innovation/sustainability leaders, clearly differentiating Lila from traditional HTE vendors, point-solution AI tools, and CROs.

Content Creation

  • Produce technical and visionary content, including:
    • Domain-focused one-pagers and solution briefs (electrocatalysis, LNPs, sorbents, coatings, quantum materials)
    • Case studies and vignettes that translate CLUE campaigns, flow cell workcells, and AISF demos into partner-ready slides and visuals
    • Executive decks for Chevron, Merck-style conversations, industry keynotes, and joint partner briefings
    • Website and industry-page copy for physical sciences, in collaboration with Brand, CSO Materials, and PS leads

Sales & Field Enablement

  • Partner with Commercial and BD to deliver high-impact collateral for physical-science prospects:
    • Pitch decks and talk tracks linked to CLUE, flow chemistry, LNP, sorbents, and coatings capabilities
    • Competitive positioning and objection handling against AI-for-materials and automation players
    • Simple ROI/value frameworks (faster time to best-in-class catalysts, improved yields, fewer experiments, enhanced durability)
  • Capture learnings from customer and partner meetings (e.g., Chevron, energy majors, OEMs, national labs) and feed them back into messaging and product feedback loops

Market Intelligence & Insight

  • Monitor competitive landscape and adjacencies in AI-driven materials discovery, HTE vendors, simulation platforms, and industrial R&D digitization
  • Synthesize customer signals from commercial conversations, conferences (e.g., GTC, sustainability/energy events), and federal initiatives to inform PS product and business-model decisions
  • Help prioritize PS storytelling priorities for 2026 (e.g., CLUE results and green hydrogen, LNPs and targeted delivery, extreme-environment coatings, quantum materials) to drive revenue and partnerships

Evangelism & Representation

  • Serve as a visible advocate for Lila's physical sciences work, supporting researchers in events, webinars, and joint partner sessions
  • Collaborate with MarCom on PR and thought leadership that highlights CLUE, AISF for flow chemistry, electrocatalysis, carbon capture sorbents, and advanced materials achievements

Bonus Points For

Education

  • Bachelor's or Master's degree in Chemistry, Materials Science, Chemical Engineering, or a related field. PhD a plus.

Experience

  • 5+ years in B2B SaaS or technical product marketing, ideally within lab informatics, scientific software, or AI/ML for physical sciences, energy, or advanced materials.

Technical Understanding

  • Strong grasp of AI/ML applied to physical sciences (e.g., property prediction, generative models for materials, Bayesian optimization, simulation-driven design).
  • Comfortable discussing catalysis, sorbents, coatings, or related domains, even if you are not the domain PI.

Storytelling & Communication

  • Proven ability to translate complex technical data and workflows into accessible, precise, and compelling narratives for scientists and business stakeholders; strong writing portfolio a plus.

Collaboration

  • Track record of partnering with Product, R&D, and Commercial teams; able to serve as a trusted thought partner to PS leaders and researchers.

Execution & Ownership

  • Strong project management skills; capable of coordinating multiple GTM streams in parallel and delivering on deadlines tied to events, partner meetings, and internal milestones.

Startup Mindset

  • Comfortable in a fast-moving, highly cross-functional environment where product, category, and business models are evolving.