CSMSS       

CHH. SHAHU COLLEGE OF ENGINEERING      

Approved by AICTE-New Delhi, DTE-Govt. of Maharashtra,
Affiliated to Dr. Babasaheb Ambedkar Technological University, Lonere.

Center of Excellence for Material Testing Consultancy Services

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Welcome to the Center of Excellence for Material Testing Consultancy Services

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The Center of Excellence (CoE) in Material Testing Consultancy Services, established by the Department of Civil Engineering at CSMSS Chhatrapati Shahu College of Engineering, is dedicated to bridging the gap between academic knowledge and industrial application.

We offer reliable, high-quality, and expert-driven testing, analysis, and advisory services across critical areas of construction and infrastructure. Leveraging our advanced laboratories: Concrete Technology, Mechanics of Solids, and Geotechnical Engineering which are guided by experienced faculty. We provide solutions that ensure the safety, durability, and compliance of your projects with national and international standards.

Our commitment is to be your trusted partner in achieving engineering excellence.

Core Focus

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Providing high-quality testing, analysis, and expert advisory services to government bodies, industries, and private clients using state-of-the-art laboratory facilities and academic expertise.

Vision

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To be the leading regional hub for civil engineering consultancy, recognized for technical excellence, innovative solutions, and a commitment to sustainable infrastructure development for society.

Mission

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• Deliver accurate, timely, and reliable testing and consultancy services leveraging our advanced laboratory infrastructure.
• Bridge the gap between academic research and industry practice by providing expert-driven, innovative engineering solutions.
• Foster a culture of continuous learning and professional development among faculty and students through live industry projects.

Key Strengths

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The CoE leverages the unique assets of the Civil Engineering Department to provide unparalleled service:

• Faculty Expertise: Highly qualified and experienced faculty members with specialization across various domains of Civil Engineering (Structural, Geotechnical, Materials Science).
• State-of-the-Art Labs: Well-equipped, modern laboratories (Concrete Technology, Mechanics of Solids, Geotechnical Engineering) providing facilities for both routine and specialized testing.
• Quality Assurance: Adherence to national and international standards (e.g., IS, IRC, ASTM, ACI) in testing and reporting to ensure the highest quality and reliability of results.
• Location Advantage: Strategic location in Chhatrapati Sambhajinagar, offering accessibility and a strong understanding of the regional industrial and construction landscape.
• Industry-Academia Linkage: Strong ties with local industry and government bodies, ensuring practical, real-world relevance for all consultancy services.

Services Offered (Lab-Wise)

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Our consultancy services are structured around three core labs, each offering specialized testing, quality control, and advisory services.

Concrete Technology Lab Services:

The Concrete Technology Laboratory is well-equipped to conduct a wide range of experiments and tests essential for understanding the properties and performance of concrete and its constituent materials. The laboratory houses a Compression Testing Machine (CTM) with 3000 KN capacity for determining the compressive strength of concrete cubes and cylinders. Workability of concrete is assessed using the Slump Test Apparatus, Vee-Bee Consistometer, and Compaction Factor apparatus. The Impact Value Testing Machine and Aggregate Crushing Value apparatus help to evaluate the toughness and wear resistance of aggregates. The Motorised Sieve Shaker facilitates accurate gradation analysis, while the Oven is used for drying and moisture content determination. Cement testing equipment includes the Le Chatelier's Apparatus for measuring soundness and the Vicat's Apparatus for determining the setting time of cement. Aggregate shape characteristics are analysed through Flakiness gauge and Elongation gauge.

These facilities support quality assurance and material certification for various construction projects. The laboratory caters to industry clients, contractors, and government organizations by providing reliable test reports, aiding in material selection, mix design validation, and ensuring compliance with relevant IS codes and standards.

Mechanics of Solids (MoS) Lab Services:

The Mechanics of Solids Laboratory at our institute is a state-of-the-art facility dedicated to studying and evaluating the mechanical behaviour of engineering materials. The lab is equipped with advanced testing systems, including a 1000 kN Universal Testing Machine (UTM) and a 500 Nm Torsion Testing Machine, enabling precise and comprehensive assessment of material properties. We conduct a wide range of standardized tests such as tension, compression, shear, flexural, torsion, impact, and hardness tests, along with specialized evaluations on tiling materials to determine their structural performance. Under the supervision of qualified faculty and trained technical staff, the laboratory provides accurate, reliable, and industry-grade testing services. We also offer material testing consultancy to external agencies, industries, and research professionals, delivering certified test results and technical guidance for product development, quality assurance, and research activities. Our facility is committed to maintaining the highest standards of precision, safety, and professionalism in all testing operations.

Geotechnical Engineering Lab Services:

The Geotechnical Engineering Lab at our Center of Excellence offers comprehensive laboratory soil testing services essential for foundation design, earthwork stability, and road pavement construction. Our consultancy covers a full spectrum of tests, including Grain Size Analysis and Atterberg Limits (Liquid, Plastic, and Shrinkage Limits) for soil classification, and determining fundamental properties like Specific Gravity and Moisture Content. For field applications, we perform the Proctor Compaction Test to establish optimal moisture content and maximum dry density. Crucially, we determine soil strength parameters using the Unconfined Compression Test (UCS) and the Direct Shear Test to assess the soil's resistance to failure. Furthermore, the California Bearing Ratio (CBR) Test is conducted to evaluate the subgrade strength of soils for pavement design, ensuring reliable and durable infrastructure. Our detailed reports provide the necessary engineering parameters for safe and economical construction.

Team Profile

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Dr. Mir Sohail Ali, Head CED - Ph. D in Civil Engineering - Having experience of 19+ Years in the field of Civil Engineering - Author of Technical books and 19 international journal papers - Expertise in Soil Stabilization and Deep Foundation - Ensures quality adherence to IS Codes, supervises complex Geotechnical projects, and provides final technical approval on consultancy reports.	Prof. S. S. Manal, Assistant Professor - Lab in-charge Mechanics of Solids Lab - 13+ Years of Teaching and Material Testing Consultancy Experience. - Provide consultancy for RCC and steel structural design, analysis, stability checks. - Experience in material behaviour, failure analysis, interfacial mechanics, and composite structures useful for advanced material consultancy.
Prof. P. G. Sonar, Assistant Professor - Lab in-charge Geotechnical Engineering Lab - 8+ years of teaching and consultancy experience - Author of 15 books and 12 international journal papers - Expertise in soil testing, geotechnical analysis, and foundation engineering - Specialized research in innovative soil stabilization techniques.	Prof. D. M. Pandit, Assistant Professor - Lab in-charge Concrete Technology Lab - 13+ years of teaching and consultancy experience - Author of 01 books and 11 international journal papers - Expertise in Concrete testing, Deep Beams, and Structural designing - Specialized research in Glass Fiber polymer reinforced concrete under combined loading.