Battery Materials Research Final Year Projects 2026
Battery materials research focuses on electrodes, electrolytes and interfaces that determine energy density, cycle life and safety of Li-ion and next-generation cells. Student projects often combine DFT for voltage and diffusion barriers, MD for electrolyte structure, Materials Project screening and continuum models of degradation.
Below: 80+ topics with tools and representative datasets / structure sources.
Tools & Platforms
Best Battery Materials Research Project Topics (80+)
Topics with tools and datasets / structure sources.
| # | Project Topic | Tools | Datasets / Sources |
|---|---|---|---|
| Cathode Materials | |||
| 01 | CathDFT Voltage Profile of Layered LiCoO2 / NMC Cathodes | QE · ASE · VESTA | Materials Project · layered oxides |
| 02 | CathLi Diffusion Barriers in Olivine LiFePO4 | QE · NEB | LFP structure · MP |
| 03 | CathStructural Stability of High-Ni NMC upon Delithiation | QE · phase analysis | NMC compositions |
| 04 | CathOxygen Release and Safety Descriptors for Layered Cathodes | QE · defect energetics | High-Ni layered models |
| 05 | CathSpinel LiMn2O4 Voltage and Jahn–Teller Distortion Study | QE · structural analysis | Spinel MP entries |
| 06 | CathPolyanion Cathodes: Li2FeSiO4 / Li3V2(PO4)3 Screening | QE · voltage calculation | Polyanion structures |
| 07 | CathSurface Reconstruction and Co Dissolution Proxies for NMC | QE · slab models | NMC surface facets |
| 08 | CathConcentration-Gradient Cathode Particle Concept Modeling | literature + continuum | Gradient composition profiles |
| 09 | CathMaterials Project Screening of Li-Intercalation Cathodes | MP API · Python | MP intercalation dataset |
| 10 | CathComparative Capacity–Voltage Trade-off across Cathode Families | data analysis · MP | Layered / spinel / olivine |
| Anode Materials | |||
| 11 | AnodSilicon Anode Volume Expansion and Stress with Continuum / MD Concepts | LAMMPS · COMSOL | Si lithiation models |
| 12 | AnodDFT of Li Insertion in Graphite Stages | QE · staging models | Graphite intercalation |
| 13 | AnodHard Carbon and Disordered Carbon Anode Structure Concepts | literature · simple models | Na/Li hard carbon data |
| 14 | AnodSn / Si Alloy Anode Phase Evolution upon Lithiation | QE · alloy models | Li–Si / Li–Sn phases |
| 15 | AnodTiO2 and Li4Ti5O12 Zero-Strain Anode Voltage Profiles | QE · ASE | LTO / anatase structures |
| 16 | AnodConversion Anode (Fe2O3 / Co3O4) Reaction Energetics | QE · conversion pathways | Oxide conversion anodes |
| 17 | AnodAnode Surface Functionalization Effects on SEI Nucleation Concepts | DFT surface · literature | Functionalized carbon |
| 18 | AnodMechanical Integrity of Silicon Composite Anodes — Continuum Model | COMSOL · stress analysis | Si–C composite geometries |
| Liquid Electrolytes & Solvation | |||
| 19 | ElecMD Simulation of LiPF6 in EC/DMC Electrolyte Structure | LAMMPS · RDFs · diffusion | Standard carbonate electrolytes |
| 20 | ElecSolvation Shell Analysis of Li+ in Mixed Carbonate Solvents | LAMMPS · coordination numbers | EC/EMC/DMC mixtures |
| 21 | ElecIonic Conductivity Estimation from MD Mean-Squared Displacement | LAMMPS · Nernst–Einstein | Electrolyte MD trajectories |
| 22 | ElecDFT of Li+ Coordination with Solvent Molecules | QE · cluster models | EC / DMC / FEC complexes |
| 23 | ElecAdditive Effects (FEC, VC) on Electrolyte Structure — MD Study | LAMMPS · additive concentrations | FEC/VC doped electrolytes |
| 24 | ElecHigh-Concentration / Localized High-Concentration Electrolyte Concepts | MD · literature models | HCE structure analysis |
| 25 | ElecViscosity and Transport Correlations in Electrolyte MD | LAMMPS · Green–Kubo concepts | Electrolyte force fields |
| 26 | ElecElectrolyte Oxidation / Reduction Potential Estimates from DFT | QE · HOMO/LUMO · solvation | Solvent oxidation windows |
| SEI and Interfaces | |||
| 27 | SEISEI Component Stability: LiF, Li2CO3, Li2O DFT Formation Energies | QE · phase diagrams | SEI inorganic phases |
| 28 | SEILi Transport through Model SEI Layers — MD or Continuum | LAMMPS / COMSOL | LiF / carbonate SEI models |
| 29 | SEIElectrolyte Reduction Pathways Leading to SEI Species | QE · reaction energetics | EC reduction routes |
| 30 | SEICathode–Electrolyte Interphase (CEI) Composition Concepts | DFT · literature synthesis | High-voltage cathode CEI |
| 31 | SEIInterface Energy between Electrode and SEI Components | QE · slab interface models | Electrode–SEI contacts |
| 32 | SEISEI Thickness Growth Kinetic Models (Parabolic / Continuum) | Python · analytical models | Cycle-dependent SEI data |
| 33 | SEIArtificial SEI / Coating Layers: LiNbO3 / Al2O3 Barrier Concepts | DFT · barrier analysis | Coating materials |
| 34 | SEIMachine Learning Classification of SEI-Forming Additives | scikit-learn · descriptors | Additive property tables |
| Solid-State Electrolytes & All-Solid Batteries | |||
| 35 | SolidLi-Ion Conductivity Descriptors in Garnet LLZO | QE · diffusion barriers · AIMD concepts | LLZO structures · MP |
| 36 | SolidSulfide Solid Electrolytes: LPS / LGPS Structure and Transport | QE · AIMD short runs | Sulfide SSE structures |
| 37 | SolidNASICON-Type Solid Electrolytes: Na/Li Transport Paths | QE · NEB | NASICON frameworks |
| 38 | SolidInterface Stability between Solid Electrolyte and Cathode | QE · interface models | SSE–cathode contacts |
| 39 | SolidDendrite Suppression Criteria in Solid Electrolytes — Continuum | COMSOL · mechanical models | Critical current concepts |
| 40 | SolidGrain Boundary Resistance in Polycrystalline Solid Electrolytes | MD / continuum · literature | GB models in LLZO |
| 41 | SolidComposite Polymer–Ceramic Electrolyte Effective Conductivity | COMSOL · effective medium | Composite volume fractions |
| 42 | SolidMaterials Project Screening of Fast Li-Ion Conductors | MP API · filters · Python | MP battery explorer data |
| Beyond Li-ion: Na, Mg, Zn, Multivalent | |||
| 43 | AltNa-Ion Cathode Voltage Profiles: Layered NaTMO2 | QE · ASE | Na layered oxide structures |
| 44 | AltNa Diffusion in Hard Carbon Anode Structure Models | MD / DFT hybrid concepts | Hard carbon Na storage |
| 45 | AltMg-Ion Battery Electrolyte and Intercalation Challenges | DFT · literature descriptors | Mg intercalation hosts |
| 46 | AltAqueous Zn-Ion Battery Cathode Materials Screening | QE · voltage · stability | MnO2 / V2O5 hosts |
| 47 | AltK-Ion Battery Electrode Candidate Evaluation | QE · MP screening | K intercalation compounds |
| 48 | AltAnion-Redox and Li-Rich Cathode Oxygen Activity | QE · electronic structure | Li-rich layered models |
| 49 | AltDual-Ion Battery Concept: Anion Intercalation in Graphite | DFT · staging | Graphite anion intercalation |
| 50 | AltComparative Energy Density Mapping: Li vs Na vs K Chemistries | data analysis · literature | Capacity–voltage maps |
| DFT, MD & Computational Methods | |||
| 51 | DFTHubbard U Sensitivity of Transition Metal Oxide Cathodes | QE · DFT+U series | NMC / LFP U tests |
| 52 | DFTVan der Waals Corrections for Layered Battery Materials | QE · vdW functionals | Graphite / layered oxides |
| 53 | DFTAIMD of Solid Electrolyte Ion Hopping (Short Trajectories) | QE · AIMD · MSD | LLZO / sulfide SSE |
| 54 | DFTCharge Density Analysis of Li Binding Sites in Anodes | QE · Bader · VESTA | Si / graphite sites |
| 55 | DFTPhonon Stability of Hypothetical Battery Compounds | QE · ph.x | Candidate electrode structures |
| 56 | DFTForce Field Development / Validation for Battery Electrolytes | LAMMPS · RDFs vs experiment | Carbonate FF benchmarks |
| 57 | DFTMachine Learning Potential for Li Diffusion in Solid Electrolytes | MLIP · ASE · LAMMPS | SSE training sets |
| 58 | DFTHigh-Throughput Voltage and Stability Screening Pipeline | MP API · ASE · Python | Batch intercalation jobs |
| Cell-Level, Degradation & Capstone | |||
| 59 | AdvContinuum Model of Li Concentration Gradients in Thick Electrodes | COMSOL · porous electrode theory | Electrode thickness series |
| 60 | AdvThermal Runaway Onset Descriptors from Material Properties | literature + simple models | Abuse test correlations |
| 61 | AdvCycle Life Proxy: Stress–SEI Coupled Degradation Model | Python · ODEs | Semi-empirical cycle data |
| 62 | AdvFast-Charging Limitations: Concentration Polarization Analysis | COMSOL · transport | Rate capability scenarios |
| 63 | AdvMaterials Project Battery Explorer Case Study on a Target Chemistry | MP API · analysis notebook | MP battery data |
| 64 | AdvOpen Battery Dataset Mining for Capacity Fade Trends | pandas · public cycle data | Open cell cycle logs |
| 65 | AdvElectrode Architecture Optimization: Porosity vs Tortuosity | COMSOL · effective transport | Porous electrode designs |
| 66 | AdvSafety: Gas Evolution Species from Electrolyte Decomposition | DFT · pathway analysis | Carbonate decomposition |
| 67 | AdvRecycling-Oriented Materials: Design for Disassembly Concepts | literature · process notes | Cathode recycling routes |
| 68 | AdvComparative LCA Snapshot of Battery Chemistries | LCA framework · literature | Impact category estimates |
| 69 | AdvDigital Twin of a Half-Cell: Coupling DFT Inputs to Continuum | multi-scale workflow | Parameterized cell model |
| 70 | AdvReproducible Battery DFT Workflow Documentation Package | QE inputs · notebooks | Standard cathode tutorial |
| 71 | AdvUncertainty in Predicted Voltages: Functional and U Dependence | ensemble DFT · stats | Benchmark electrode set |
| 72 | AdvInteractive Dashboard of Screened Electrode Candidates | Streamlit · MP data | Live screening demo |
| 73 | AdvTeaching Package: From Structure to Voltage Curve | full lab notes · scripts | LiCoO2 / LFP tutorials |
| 74 | AdvCapstone: End-to-End Screening of a Novel Electrode Candidate | MP · QE · analysis report | User-selected chemistry |
| 75 | AdvSolid-State Battery Stack Mechanical Compatibility Analysis | COMSOL · stress · interfaces | Multi-layer SSE cell |
| 76 | AdvElectrolyte Flammability and Safety Descriptor Screening | property models · literature | Solvent property tables |
| 77 | AdvOperando-Inspired Simulation: State-of-Charge Dependent Structure | DFT · SOC series | Staged intercalation |
| 78 | AdvBattery Materials FAIR Data and Sharing Best Practices | metadata · repository notes | Example FAIR package |
| 79 | AdvCross-Chemistry Transfer Learning for Voltage Prediction | ML · multi-chemistry data | MP + literature voltages |
| 80 | AdvOpen Challenges in Battery Materials Simulation: Accuracy vs Scale | review-style analysis | Literature gap notes |
| 81 | AdvHybrid Electrolyte: Liquid + Solid Interface Transport Model | MD + continuum coupling | Hybrid cell concepts |
| 82 | AdvFull Report Template: Battery Materials Project for University Submission | structure · results · discussion | Complete delivery package |
Structures and data from Materials Project, NOMAD and standard battery tutorial systems. Always cite databases and codes. Contact us for input templates, analysis scripts, university-format report, PPT and viva Q&A.
Why Choose Us for Battery Materials Projects?
Bangalore-based guidance for BE, BTech and MTech energy materials and chemical engineering students.
Cathodes & Anodes
DFT voltage profiles, diffusion barriers, Si expansion and Materials Project screening of electrode candidates.
Electrolytes & SEI
MD of carbonate electrolytes, solvation shells, SEI component stability and interface transport models.
Solid-State Batteries
LLZO, sulfides, NASICON transport, interface stability and dendrite mechanics concepts.
Beyond Li-ion & Capstone
Na/Mg/Zn chemistries, degradation models, LCA snapshots and full screening-to-report packages.
FAQ — Battery Materials Research Projects
Battery Materials Research Lab — Bangalore
DFT, MD and continuum support for battery materials final-year projects.
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Si / Graphite
MD
Interface
Electrolytes
Li-ion
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