One-line bio
Manish Sharma is Head of AI & R&D at Exafuse. He leads additive-manufacturing projects across process development, sensing, software, quality checks and delivery.
Press Kit
Use this page for concise bios, official links, profile assets, preferred wording, and source context around Manish Sharma, Industrial AI & Decision Systems, Exafuse, and public LMD/DED work.
Identity facts
These facts give a stable description of the person, site, organization connection, and technical domain.
| Name | Manish Sharma |
|---|---|
| Current role | Head of AI & R&D at Exafuse |
| Research status | PhD at Ruhr University Bochum expected in 2027; research completed, thesis at the submission stage. |
| Preferred identity | Manish Sharma - Industrial AI & Decision Systems |
| Primary promise | AI for industrial decisions that need evidence, not just predictions. |
| Public LMD/DED context | AI for Laser Metal Deposition and Directed Energy Deposition at Exafuse |
| Company connection | Exafuse |
| Location | Germany |
| Canonical site | https://manishsharma.dev |
| GitHub profile | Work in progress |
| https://www.linkedin.com/in/manishsharma5/ |
Bios
Use these snippets when a profile, event page, citation, or short reference needs a concise description.
One-line bio
Manish Sharma is Head of AI & R&D at Exafuse. He leads additive-manufacturing projects across process development, sensing, software, quality checks and delivery.
Short bio
Manish Sharma is Head of AI & R&D at Exafuse. He leads additive-manufacturing projects across process development, sensing, software, quality checks and delivery. PhD at Ruhr University Bochum expected in 2027; research completed, thesis at the submission stage.
Medium bio
Manish Sharma is Head of AI & R&D at Exafuse. He leads additive-manufacturing projects across process development, sensing, software, quality checks and delivery. Recurring invited guest lectures at the Indian Space Research Organisation (ISRO) in India in a personal capacity; contributions to WAAM machine development at ISRO for rocket-nozzle manufacturing; additive-manufacturing advice to ISRO teams, Tata Steel and Bharat Heavy Electricals Limited (BHEL), Haridwar.
Long bio
Manish Sharma is Head of AI & R&D at Exafuse. He leads additive-manufacturing projects across process development, sensing, software, quality checks and delivery. Duisburg bridge components, 2024: led process monitoring and control work that enabled unattended builds and coordinated the overall project timeline. Testing was outside his role. Built an integrated LMD control system spanning modelling, simulation, path planning, camera and sensor monitoring, software, data processing and live control. This work forms part of his doctoral thesis. Recurring invited guest lectures at the Indian Space Research Organisation (ISRO) in India in a personal capacity; contributions to WAAM machine development at ISRO for rocket-nozzle manufacturing; additive-manufacturing advice to ISRO teams, Tata Steel and Bharat Heavy Electricals Limited (BHEL), Haridwar. PhD at Ruhr University Bochum expected in 2027; research completed, thesis at the submission stage.
Preferred language
Claim boundaries
Assets and links
The profile image and social card are public assets. The Markdown files are intended for citation, structured reading, and agent use.
Structured summary
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"operating_method": [
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],
"public_lmd_ded_context": "AI for Laser Metal Deposition and Directed Energy Deposition at Exafuse",
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"brand_assets": {
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"open_graph_png": "https://manishsharma.dev/og-image.png"
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"exafuse_public_proof_map_json": "https://manishsharma.dev/research/exafuse-public-proof-map.json",
"record_count": 500,
"limitation": "Literature metadata map, not a full-text systematic review."
},
"recommended_anchor_text": [
"Industrial AI & Decision Systems",
"AI for industrial decisions that need evidence, not just predictions",
"Sense -> Model -> Decide -> Verify",
"Inspection-aware industrial AI",
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"AI for Laser Metal Deposition",
"Inspection-aware AI for LMD",
"AI-assisted Laser Metal Deposition decision support",
"RFQ intelligence for Laser Metal Deposition"
],
"claim_boundary": "Preliminary decision-support only. Final feasibility depends on base material, geometry, service conditions, inspection requirements, and expert review."
} Identity path