By the end of this training course, participants will be able to: 

1. Explain the fundamentals of nanotechnology applied to iron-based alloys

2. Differentiate between 1st, 2nd and 3rd generation AHSS and true Nano-Steel

3. Select the correct chemical composition and process route for different AHSS/Nano grades

4. Control critical process parameters in cold rolling, annealing, galvanizing and coating lines to successfully produce HC420LA, HX420LAD+Z, HSLA, Full-Hard, Silicon, Enameling and Nano-Steel grades

5. Identify and eliminate typical defects in high-strength products

6. Achieve weight reduction of 16–40 % in automobiles, construction and appliances while maintaining or improving safety and durability

7. Calculate cost-saving potential through lower zinc, thinner gauges, longer life

8. Apply international standards (EN, ASTM, JIS) for certification and customer approval

 Process & Product Engineers in cold rolling and galvanizing & prepainted plants

 Quality Assurance / Metallurgists

 R&D and New Product Development teams

 Production Managers and Shift In-Charges

 Technical Sales & Marketing professionals serving automotive and construction sectors

 Maintenance engineers responsible for high-strength lines

 Graduate engineers and management trainees in steel & metals industry

 Interactive classroom sessions with real plant photographs and videos

 Actual case studies from Kandil Steel and Maghreb Steel (successful Nano-Steel & AHSS projects)

 Group exercises on grade selection and defect analysis

 Shop-floor videos of critical process steps

 Ready-to-use checklists, SOP templates and calculation sheets

 Q&A and troubleshooting clinic with the trainer

 Certificate of Completion issued

 50 % theory with real plant photos & videos

 30 % hands-on exercises, calculations & group work

 20 % case studies, plant audit simulation & troubleshooting clinic

 All participants receive printed colour handbook (150+ pages), USB with templates, checklists, SOPs and the full presentation

Course Agenda (5-Day Version) 

Day 1 – Fundamentals & Market Drivers 

 Welcome, introductions & pre-training assessment

 Global steel industry trends & lightweighting revolution

 Introduction to nanotechnology in iron-based alloys

 Evolution: Mild steel → HSLA → 1st/2nd/3rd Gen AHSS → True Nano-Steel

 Mechanical properties comparison (tables + real test certificates)

 Market demand from automotive OEMs & construction sector

 Group exercise: Case studies – Tata steel, ArcelorMittal, Maghreb Steel, Kandil steel.

Day 2 – Metallurgy, Chemistry & Grade Design 

 Role of 6–11 alloying elements (C, Mn, Si, Nb, V, Ti, B, Mo etc.)

 Precipitation hardening, grain refinement, bake hardening

 Microstructure analysis (ferrite, bainite, martensite, retained austenite)

 How to design chemistry for HC420LA → S700MC → Nano-Steel

 Hands-on exercise: Participants design their own grade for a given application

 Laboratory visit (if on-site) or virtual microscope session 

 Precipitation hardening, grain refinement, bake hardening

 Microstructure analysis (ferrite, bainite, martensite, retained austenite)

 How to design chemistry for HC420LA → S700MC → Nano-Steel

 Hands-on exercise: Participants design their own grade for a given application

 Laboratory visit (if on-site) or virtual microscope session

Day 3 – Manufacturing Technology (Cold-Rolling & Annealing) 

 Complete process flow with critical control parameters

 Pickling → Cold reduction schedule for high-strength grades

 Batch vs Continuous Annealing – advantages & limitations

 Skin-pass mill strategy, elongation control, flatness

 Tension levelling & recoiling best practices

 Real defect gallery with root-cause analysis (edge crack, center buckle, stretcher strain, Lüders bands)

 Group troubleshooting workshop using actual plant cases

Day 4 – Galvanizing, Coating & Special Finishes on AHSS 

 Challenges of galvanizing high-strength & Nano-Steel substrates

 HX420LAD+Z, HX500LAD+Z, Full-Hard GI, S550GD+Z

 Low-zinc & zero-spangle technology

 Thin Organic Coating (TOC), Blue Steel, anti-finger print

 Wooden-imitation & special colour PPGI on high-strength base

 Live case studies from Kandil Steel & Maghreb Steel (photos + results)

 Coating weight control & adhesion testing methods

 Plant audit simulation (participants audit a virtual CGL using checklist)

Day 5 – Applications, Testing, Commercialization & Certification 

 Automotive lightweighting examples (16–40 % weight saving calculations)

 Construction & infrastructure applications (earthquake resistance, thinner roofing)

 Mechanical & metallurgical testing (UTM, hardness, cupping, bend, impact)

 International standards deep dive (EN 10346, ASTM A653, JIS G3302, IATF 16949)

 Cost-benefit analysis workshop (Excel template provided)

 Step-by-step roadmap to launch AHSS/Nano-Steel in your plant within 6–12 months

 Final group project presentation by participants + feedback

 Certificate ceremony

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.

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