B.Tech in Civil Engineering (B.Tech Civil)

Students will learn to apply algebra, trigonometry, vectors, calculus, matrices and determinants to solve engineering problems.

Students will learn the chemistry of energy systems, corrosion, nanomaterials, polymers and water treatment for engineering applications.

Students will learn to interpret and construct orthographic, isometric and sectional projections of engineering objects.

Students will learn to select conventional, sustainable and smart construction materials based on their properties, applications and potential for waste reuse.

Students will learn to analyse basic DC and AC circuits and explain electrical installations, diodes and transistors.

Students will learn business communication, career planning, interpersonal communication and external communication for professional settings.

Students will learn to conduct chemical analyses of water and engineering materials using titration, instrumental methods and related laboratory techniques.

Students will learn to prepare engineering drawings using manual drafting techniques and computer aided drawing tools.

Students will learn to use electrical instruments and experimentally examine circuit responses, resonance, transformer performance and three phase power.

Students will learn safe practical skills in fitting, drilling, carpentry, sheet metal work, welding and brazing.

Students will learn to practise professional communication through presentations, résumé preparation, interviews, group discussions and workplace simulations.

Students will learn social responsibility, teamwork and leadership through community service, reflection and documentation of NGO engagement.

Students will learn to apply Fourier series, differential equations, statistics and probability to engineering analysis and decision making.

Students will learn to analyse particle motion, rigid body motion and mechanical vibrations using principles of dynamics.

Students will learn the working principles and engineering applications of energy systems, HVAC, elevators, mechanical drives, engines, pumps and 3D printing.

Students will learn to analyse force systems, support reactions, centroids, moments of inertia, friction and simple stresses and strains.

Students will learn how Indian knowledge traditions inform architecture, town planning, engineering practices and ecological thinking.

Students will learn to apply biological principles, microorganisms, biomaterials and biomimicry to waste treatment and sustainable civil engineering.

Students will learn the foundations of the Indian Constitution and the structure and functions of Union and State governments.

Students will learn basic Marathi grammar, vocabulary and practical communication, supported by exposure to literature and cinema or Foreign Language.

Students will learn expressive communication, creativity, teamwork and leadership through dramatics, improvisation and performance activities

Students will learn to verify mechanics principles and investigate selected material, electrical and optical properties through laboratory experiments.

Students will learn practical construction skills through material testing, electrical connections, plumbing assemblies and indoor environmental quality assessment.

Students will learn to create documents, analyse data, deliver presentations and collaborate digitally using Microsoft 365, Power Automate and Power BI.

Students will learn to relate classroom concepts to industry practices through a short summer exposure or internship experience.

Students will learn to implement numerical methods for equations, interpolation, integration and differential equations using programming tools.

Students will learn construction methods and detailing for foundations and the principal components of buildings.

Students will learn to analyse fluid properties, hydrostatic forces, fluid motion, pipe flow and open channel flow.

Students will learn how cement, aggregates and admixtures influence concrete workability, mix design, performance and durability

Students will learn to determine stresses, strains, beam forces, torsional response, principal stresses and column behaviour under loading.

Students will learn to evaluate ecosystems, natural resource use, pollution, waste management and contemporary environmental challenges.

Students will learn to identify user needs, generate ideas, build prototypes and refine solutions through testing and feedback.

Students will learn to prepare building plans, elevations, sections and construction details manually and in CAD in accordance with building byelaws.

Students will learn to measure fluid discharge, verify flow principles and evaluate pipe losses, buoyancy and hydraulic forces experimentally.

Students will learn to conduct standard tests on cement, aggregates and concrete and interpret results to assess material quality and performance.

Students entering laterally will learn foundational algebra, trigonometry, vectors, calculus and matrix methods required for engineering study.

Students will learn surveying, levelling, contouring, route setting out and geospatial techniques for civil engineering planning and measurement.

Students will learn to analyse beam deflections, fixed and continuous beams, moving loads, influence lines and arches.

Students will learn to evaluate soil classification, permeability, compaction, stress distribution, shear strength, earth pressure and slope stability.

Students will learn highway planning, geometric design, traffic control, pavement materials and design, construction, drainage and maintenance.

Students will learn to plan water supply and treatment systems and manage sewage, solid waste, air pollution and noise.

Students will learn Python programming, data structures, file handling, numerical computing and data visualisation for engineering applications.

Students will learn to develop Python programs and collaborative projects that analyse data and solve civil engineering problems.

Students will learn to perform field surveys and setting out and use GIS to process spatial data, create maps and analyse terrain.

Students will learn to determine soil classification, density, permeability, compaction, consolidation and shear strength through laboratory testing.

Students will learn to test aggregates, bitumen and bituminous mixes and assess their suitability for road construction.

Students will learn to assess water quality, treatment requirements, ambient air quality and noise through standard laboratory and monitoring methods.

Students entering laterally will learn Fourier series, differential equation methods, statistics and probability for engineering applications.

Students will learn to connect their civil engineering coursework with field operations and professional practices through a short summer internship.

Students will learn to organise, schedule and control engineering projects using management principles, network planning and economic analysis.

Students will learn to analyse indeterminate beams and frames using slope deflection, moment distribution, force methods and influence lines.

Students will learn to design and detail reinforced concrete members and building structures using relevant design principles and standards.

Students will learn to assess site conditions, bearing capacity and settlement and design shallow, deep and selected special foundation systems.

Students will learn the planning, design and construction principles of railways, airports, ports, harbours and tunnels.

Students will learn to apply professional ethics, human values and legal responsibilities to construction contracts, safety, compliance and dispute resolution.

Students will learn psychological principles of awareness, learning, memory, self understanding and well-being relevant to engineering life and work.

Students will learn the foundations of artificial intelligence, algorithms, machine learning and Internet of Things applications in construction.

Students will learn to plan, schedule, allocate resources and monitor projects using Microsoft Project and Primavera P6.

Students will learn to model and analyse structural systems in STAAD.Pro and validate software results using calculations and engineering judgement.

Students will learn to prepare reinforced concrete design calculations, reinforcement details and structural drawings for building components.

Students will learn to prepare quantity estimates, bar bending schedules, specifications, rate analyses, valuations and tender and contract documentation.

Students will learn to design steel connections, tension and compression members, beams and industrial structural components using relevant standards.

Students will learn to analyse rainfall, runoff, hydrographs and floods and apply these concepts to reservoirs, dams, irrigation and water resources planning.

Students will learn to assess leadership capabilities, lead teams, identify entrepreneurial opportunities and develop strategic business plans.

Students will learn to formulate research questions, design studies, collect and analyse data and prepare ethical, properly referenced research reports.

Students will learn modern construction methods, value engineering and lean planning tools to improve productivity, coordination and project performance.

Students will learn to analyse and design prestressed concrete members for flexure, shear, deflection, anchorage and prestress losses.

Students will learn to conduct traffic studies, analyse traffic flow and design intersections and traffic management measures for safer roads.

Students will learn to identify, analyse, prioritise and control enterprise and project risks using qualitative and quantitative methods.

Students will learn to design and coordinate supply chains and manage logistics, procurement, inventory and distribution decisions.

Students will learn to apply optimisation, linear programming, transportation, assignment, simulation and queuing models to engineering decisions.

Students will learn to prepare estimates, BOQs, bar bending schedules, tender documents, contract records and valuation reports for civil engineering works.

Students will learn to design an industrial steel shed and prepare detailed structural drawings for its members, connections and supporting components.

Students will learn to solve an engineering problem through literature review, design, prototype development, testing and technical presentation.

Students will learn structural dynamics, seismic effects, earthquake load analysis and principles of earthquake resistant design

Students will learn to interpret financial statements, analyse costs and ratios and evaluate financing choices and engineering investments

Students will learn to assess structural condition through static and dynamic testing and identify appropriate repair and rehabilitation approaches.

Students will learn to evaluate project delivery methods, prepare and assess bids and manage construction contracts and contractual obligations.

Students will learn how deformation, durability, specialised concrete compositions and concreting methods influence concrete composite performance.

Students will learn metro system planning, construction, electrification, signalling, operations, safety and financial evaluation.

Students will learn to develop and coordinate BIM models and integrate time and cost information to improve construction project delivery.

Students will learn to formulate finite element models, assemble stiffness equations and use analysis software to evaluate structural response.

Students will learn to plan and design ports, harbour layouts, protective and berthing structures and supporting facilities for safe operations.

Students will learn to evaluate construction applications of artificial intelligence, robotics, automation, 3D concrete printing and emerging technologies.

Students will learn advanced RCC design for serviceability, deep beams, ribbed slabs, special structures, fire resistance and ductile detailing.

Students will learn to collect transport data and model trip generation, distribution and assignment for urban transport and mass transit planning.

Students will learn to implement construction quality assurance and control and manage site hazards, accident prevention and safety systems.

Students will learn modular coordination, prefabricated element design and the production, handling and erection methods used in pre-engineered construction.

Students will learn to analyse accidents, identify road hazards and apply safety audits and traffic management throughout a road's lifecycle.

Students will learn to assess structures using nondestructive tests and sensors and investigate dynamic and seismic behaviour through experiments and software.

Students will learn to undertake a substantial engineering investigation through project planning, methodology development, execution, validation and defence of findings.

Students will learn to select and plan construction equipment by assessing operating methods, productivity, costs and material handling requirements.

Students will learn to analyse and design bridge superstructures, substructures and foundations as advanced infrastructure elements.

Students will learn airport planning, geometric and pavement design, capacity assessment, maintenance, markings, lighting and heliport requirements.

Students will learn marketing principles, digital marketing and business development strategies for growing products, services and project businesses.

Students will learn to apply demand, supply, production, cost and pricing analysis to decisions in construction business environments.

Students will learn to value residential, commercial and special purpose properties and prepare valuation assessments and reports.

Students will learn to manage individual and organisational behaviour, motivation, talent and employee development through OB and HRM principles.

Students will learn to formulate project proposals, analyse feasibility and undertake financial appraisal supported by structured project reports.

Students will learn sustainable development, circular economy and environmental management principles and evaluate regulations, green ratings and sustainable practices.

Students will learn disaster risk assessment, mitigation, preparedness, response and recovery and prepare disaster management plans.

Students will learn to apply engineering knowledge in an industry setting while developing professional skills and documenting their practical experience.