Welcome to Engineering Tactics, your premier digital resource for practical civil engineering, structural design, and construction site management. Whether you are a student, a fresh graduate, or a seasoned site professional, this channel is designed to bridge the gap between classroom theory and real-world execution.
Why Subscribe to Engineering Tactics?
We don't just teach the "what"—we show you the "how." Our content focuses on the tactical application of engineering principles to ensure safety, efficiency, and precision on every project.
What You’ll Find Here:
Structural Design & Analysis, Site Supervision Tactics, Quantity Surveying & Estimation, Blueprint Reading, Industry Standards
Our Mission:
To empower the next generation of engineers to build a better, safer world. We simplify complex engineering concepts into actionable insights that you can use on the job site tomorrow.
Mohammad Asif Ansari
asifcivil2016@gmail.com
ENGINEERING TACTICS
Types of Waterproofing Chemicals Used in Construction | Uses & Applications | Engineering Tactics
9 hours ago |[YT] | 7
View 0 replies
ENGINEERING TACTICS
Cantilever Beam vs Simply Supported Beam | Key Differences Explained | Engineering Tactics
3 days ago |[YT] | 20
View 0 replies
ENGINEERING TACTICS
M45 Concrete Design Mix Proportion | Plant Mixing with Admixture | RMC Plant | Civil Engineering
4 days ago |[YT] | 21
View 0 replies
ENGINEERING TACTICS
M40 concrete, M40 mix design, M40 concrete mix proportion, M40 grade concrete, M40 design mix, plant mixing concrete, RMC plant, batching plant, ready mix concrete, chemical admixture, superplasticizer, concrete mix design, concrete proportion, water cement ratio, admixture dosage, IS 10262, concrete technology, concrete batching, concrete workability, civil engineering, site engineer, QA QC engineer, civil engineer, construction site, engineering tactics, civil engineering notes
6 days ago |[YT] | 23
View 0 replies
ENGINEERING TACTICS
🏗️ M35 Grade Concrete Design Mix – Plant Mixing with Chemical Admixture
Learn the basics of M35 grade concrete mix design for batching plants and Ready Mix Concrete (RMC). This handwritten guide explains material proportions, water-cement ratio, chemical admixture dosage, and the plant mixing process.
📌 Topics Covered:
✅ M35 grade concrete – 35 N/mm² characteristic compressive strength at 28 days
✅ Cement, fine aggregate & coarse aggregate
✅ Water-cement ratio
✅ Chemical admixture (superplasticizer) dosage
✅ Automatic batching plant process
✅ Concrete workability and slump
✅ Important quality control checks
Important Note:
M35 concrete requires a design mix. The quantities and proportions shown are illustrative only, not a universal standard mix. Actual proportions and admixture dosage must be confirmed through approved mix designs, trial mixes, material properties, and project specifications. Follow IS 10262 and the admixture manufacturer's instructions.
🎯 Useful for Civil Engineers, Site Engineers, QA/QC Engineers, RMC Plant Engineers, Contractors, Diploma Civil and B.Tech Civil students.
📢 Subscribe to Engineering Tactics for practical civil engineering knowledge, concrete technology, construction calculations, and site engineering tips.
#M35Concrete #ConcreteMixDesign #RMCPlant #CivilEngineering #EngineeringTactics
1 week ago |[YT] | 10
View 0 replies
ENGINEERING TACTICS
M30 Concrete Design Mix | Plant Mixing Proportion with Chemical Admixture | M30 Grade Concrete
1 week ago |[YT] | 32
View 1 reply
ENGINEERING TACTICS
M25 GRADE CONCRETE – MIX PROPORTION
Learn the basic concept of M25 grade concrete mix proportion in a simple handwritten-note format.
Topics Covered:
🔹 What is M25 Grade Concrete?
🔹 Characteristic strength = 25 N/mm² at 28 days
🔹 Cement : Sand : Coarse Aggregate
🔹 Basic 1 : 1 : 2 nominal proportion
🔹 Water-cement ratio
🔹 Approximate material requirement
🔹 Important points for site engineers
📌 Important: M25 is generally designed using a design mix, and the actual proportions should be obtained from the approved mix design based on materials, exposure, workability and project requirements. The 1:1:2 ratio shown is for basic educational/reference purposes and should not be treated as the final site mix.
Useful for Civil Engineers, Site Engineers, QA/QC Engineers, Diploma Civil, B.Tech Civil, GATE, SSC JE, RRB JE and Civil Engineering students.
Subscribe to Engineering Tactics for practical Civil Engineering concepts, RCC, concrete technology, site calculations and handwritten engineering notes.
#M25Concrete #ConcreteMixDesign #CivilEngineering #ConcreteTechnology #EngineeringTactics
1 week ago |[YT] | 21
View 0 replies
ENGINEERING TACTICS
CONVENTIONAL SHUTTERING REMOVAL TIME
In this video, learn the recommended shuttering/formwork removal time for RCC members in a simple handwritten-note format.
Important Points:
🔹 Slab shuttering removal
🔹 Beam shuttering removal
🔹 Column side shuttering
🔹 Wall formwork removal
🔹 Props removal & re-propping
🔹 Factors affecting removal time
🔹 Importance of concrete strength & curing
🔹 Precautions before removing shuttering
📌 Important: Formwork should not be removed solely based on a fixed number of days. Actual removal depends on concrete strength, member type, span, loads, temperature and the engineer's instructions. Follow the applicable project specifications and IS 456 requirements.
Useful for Civil Engineers, Site Engineers, QA/QC Engineers, Contractors, Diploma Civil, B.Tech Civil, GATE, SSC JE and RRB JE.
Subscribe to Engineering Tactics for practical Civil Engineering knowledge, RCC, construction checklists, site engineering and handwritten engineering notes.
#ShutteringRemoval #FormworkRemoval #IS456 #CivilEngineering #SiteEngineer #EngineeringTactics
2 weeks ago |[YT] | 34
View 0 replies
ENGINEERING TACTICS
BITUMINOUS ROAD CONSTRUCTION
Learn the basic construction process of a Bituminous Road in a simple handwritten-note format.
Topics Covered:
🔹 What is Bituminous Road?
🔹 Materials used — Bitumen, Aggregates & Filler
🔹 Subgrade preparation & compaction
🔹 GSB / Sub-base
🔹 WMM / Base Course
🔹 Tack Coat
🔹 DBM / Bituminous Binder Course
🔹 BC / Bituminous Wearing Course
🔹 Rolling & Compaction
🔹 Important site quality checks
📌 Key Point: Proper layer preparation, temperature control, uniform bitumen application and adequate compaction are essential for good pavement performance. Actual layer composition and specifications depend on the approved pavement design and project requirements.
Useful for Civil Engineers, Site Engineers, Highway Engineers, Diploma Civil, B.Tech Civil, GATE, SSC JE, RRB JE and Civil Engineering students.
Subscribe to Engineering Tactics for practical Civil Engineering knowledge, road construction, RCC, site engineering, construction methods and handwritten engineering notes.
#BituminousRoad #RoadConstruction #HighwayEngineering #CivilEngineering #EngineeringTactics
2 weeks ago |[YT] | 18
View 0 replies
ENGINEERING TACTICS
Choosing the right gravel size is essential for a long-lasting driveway, proper drainage, or a stunning landscaping project. In this quick guide, we break down different gravel sizes measured in millimeters (mm) and their exact applications!
Gravel Sizes Covered in This Guide:
1. Gravel Screenings (<3mm): Track surfaces, pathway bases, and leveling layers.
2. Pea Gravel (3mm – 10mm): Decorative landscaping, garden paths, and paver bases.
3. Medium Crushed (12mm – 25mm): Concrete aggregate, driveway surfacing, and general fill
4. Large Drainage (25mm – 50mm): Drainage ditches, foundation fill, and septic leach fields
5. River Rock (25mm – 75mm+): Landscaping accents, water features, ponds, and erosion control
Whether you are working on a civil engineering project, landscaping your backyard, or preparing a base for paving, this guide will help you pick the perfect aggregate size!
#GravelSizes #CivilEngineering #Landscaping #ConstructionTips #AggregateSizes #DrainageGravel #BuildingMaterials
3 weeks ago |[YT] | 17
View 0 replies
Load more