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Lmo Jobs (NOW HIRING)

NMC/NCA/LFP/LMO/LNMO (and related oxides/phosphates) * Anode materials: graphite (natural/synthetic), hard carbon, silicon-carbon, lithium titanate (LTO) * Electrolyte / solid electrolyte materials ...

NMC/NCA/LFP/LMO/LNMO (and related oxides/phosphates) * Anode materials: graphite (natural/synthetic), hard carbon, silicon-carbon, lithium titanate (LTO) * Electrolyte / solid electrolyte materials ...

Perform discoveries and deliver Eracent data to Livingstone for out LMO programs. Run and maintain ILMT - and keep it updated with licensing information Strong computer systems internals experience ...

Deep expertise in cathode active materials such as NMC, LFP, LMFP, and LMO * Expertise in cathode formulation, electrode processing, degradation mechanisms, and performance optimization for long ...

PLANNING DIRECTOR

Hilton Head Island, SC · On-site

$160K - $175K/yr

Serve as the Land Management Ordinance (LMO) Official and represent the department before Town Council, Planning Commission, Design Review Board, and regional/state/federal partners. * Drive the Town ...

Deep expertise in cathode active materials such as NMC, LFP, LMFP, and LMO * Expertise in cathode formulation, electrode processing, degradation mechanisms, and performance optimization for long ...

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Lmo information

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$27K

$62.6K

$108.5K

How much do lmo jobs pay per year?

As of Aug 18, 2026, the average yearly pay for lmo in the United States is $62,621.00, according to ZipRecruiter salary data. Most workers in this role earn between $43,500.00 and $81,500.00 per year, depending on experience, location, and employer.

What is an LMO?

An LMO (Labour Market Opinion) job refers to a position that requires a positive or neutral Labour Market Opinion from the government before a foreign worker can be hired. This process ensures that no qualified Canadian workers are available for the role. Employers must demonstrate efforts to recruit locally before hiring foreign workers. The LMO process has been largely replaced by the Labour Market Impact Assessment (LMIA) in Canada.

What are the typical daily responsibilities of an LMO?

A Launch Manifest Officer is responsible for developing, maintaining, and updating the launch manifest, which includes scheduling payloads and coordinating with launch providers and customers. Each day may involve reviewing flight readiness status, communicating with engineering and mission management teams, and addressing potential scheduling conflicts or technical changes. LMOs also ensure all regulatory and safety documentation is in order and often participate in meetings to synchronize efforts across departments. This multifaceted role helps streamline the launch process and maintain communication among stakeholders, making it integral to mission success.

What are the key skills and qualifications needed to thrive in the LMO position, and why are they important?

To succeed as an LMO (Launch Manifest Officer), you need a strong background in aerospace engineering, logistics, and project management, often requiring a relevant engineering degree. Familiarity with launch scheduling software, mission planning tools, and regulatory compliance systems is important, and certifications in project management can be advantageous. Excellent organizational, problem-solving, and communication skills help LMOs coordinate between diverse technical teams and manage complex schedules. These abilities are crucial for ensuring safe, efficient, and successful spacecraft launches.

More about Lmo jobs
Infographic showing various Lmo job openings in the United States as of August 2026, with employment types broken down into 79% Full Time, 14% Temporary, and 7% Contract. Highlights an 93% Physical, and 7% Remote job distribution, with an average salary of $62,621 per year, or $30.1 per hour.

Product Engineer

System One

Franklin Township, NJ • On-site

$28 - $36/hr

Contractor

Re-posted yesterday


Job description

Job Title: Product Engineer (Battery Electrode Materials / Coatings) Location: Somerset, NJ (Onsite) Type: Contract-to-hire Hours: 8am–5pm or 9am–6pm (flex) Pay: $28–$36/hr (depending upon experience) Overview: A specialty materials company focused on advanced battery materials and nanotechnology - they design and manufacture materials used in lithium-ion and next-generation batteries. Why this role is different This is an engineering-forward, hands-on materials role (not a technician position). You’ll be working at the intersection of materials science + electrode processing + manufacturing scale-up, with growth potential. What you’ll do

  • Design, develop, and help manufacture battery electrodes, including formulation and processing of:
  • Active material + conductive carbon + binder systems
  • Prepare and optimize powders, dispersions/slurries, and coated films
  • Characterize powders, films, and dispersions (quality, morphology, performance-related properties)
  • Support development of both traditional battery materials and new active materials intended for commercialization
  • Document experiments clearly and collaborate cross-functionally (R&D/manufacturing/customer-facing teams)

Must-haves

  • BS/MS in Chemical Engineering, Chemistry, or Materials Science & Engineering
  • Hands-on experience with powders + slurries/dispersion + coating/film formation (core requirement)
  • Some exposure to battery electrodes (any chemistry is OK)
  • Working knowledge of wet chemistry and/or solid-state chemistry
  • Comfortable with standard lab equipment and hands-on experimental work

Nice-to-haves

  • Electrode processing: slurry mixing, viscosity/rheology, wet coating, tape casting/doctor blade, drying, calendering
  • Battery materials background (Li-ion / Na-ion / solid-state): cathode/anode powders, conductive carbons, solid electrolytes
  • Powder/film characterization: particle size, BET surface area, SEM, XRD, DSC/TGA (or similar)

Key skills Battery electrode processing

  • Slurry formulation (aqueous and NMP-based), dispersion, deagglomeration
  • Coating (tape casting / doctor blade / roll-to-roll concepts), drying, film uniformity
  • Electrode composition optimization (active material / carbon / binder ratios)
  • Powder and film characterization; particle morphology control

Battery materials

  • Cathode materials (Li-ion / Na-ion): NMC/NCA/LFP/LMO/LNMO (and related oxides/phosphates)
  • Anode materials: graphite (natural/synthetic), hard carbon, silicon–carbon, lithium titanate (LTO)
  • Electrolyte / solid electrolyte materials: polymer/ceramic composite electrolytes; solid-state electrolyte concepts (neicorporation.com)
  • Conductive additives / carbons: conductive carbon black, graphene/advanced carbons (as applicable), activated carbon (neicorporation.com)
  • Binders (common electrode binder systems): PVDF, CMC, SBR (latex), PTFE (as applicable)
  • Typical electrode solvents/process chemicals: NMP (non-aqueous processing), water-based binder processing

#M3- #LI- Ref: #558-Scientific