Bridge the gap between academic knowledge and industrial excellence. Our curriculum is crafted by domain experts to ensure immediate employment and long-term career growth in engineering.

Build a strong foundation in Civil Engineering by learning construction basics, building materials, material properties, and essential Indian Standard (IS) design codes.

Learn the fundamentals of structural analysis, including static, dynamic, elastic, plastic, linear, and nonlinear analysis used for safe and efficient structural design.

Learn the fundamentals of structural engineering software, including FEM- and FDM-based tools, their applications, and key differences for effective analysis and design.

Master the fundamentals of Finite Element Analysis (FEA) and the Finite Element Method (FEM), including elements, nodes, degrees of freedom, and software applications.

Master the fundamentals of structural load calculations using IS codes, including dead, live, wind, and earthquake loads.

Get hands-on with SAFE, ETABS, and STAAD by exploring the user interface, key commands, display options, and modeling workflow.

Master ETABS by modeling, analyzing, and designing RCC beams and multistorey buildings, including load analysis, seismic design, and structural detailing as per IS codes.

Master SAFE for the analysis and design of RCC slabs and foundations, including load analysis, reinforcement detailing, and foundation design as per IS codes.

Master steel structural design in STAAD through practical modeling, analysis, and detailing of trusses, industrial sheds, and structural connections.

Master software interoperability by transferring models and drawings between structural analysis, CAD, and BIM platforms efficiently.

Discussions and debates on queries, recent developments and future scope

Master industry-standard civil engineering software used for drafting, structural analysis, design, 3D modeling, and Building Information Modeling (BIM).

Build a strong foundation in electrical engineering by learning power systems, AC/DC, three-phase systems, power factor, and electrical codes and standards.

Build practical knowledge of circuit breaker operation, protection, testing, and selection for reliable power distribution systems.

Build practical knowledge of instrument transformers, their working principles, sizing, and role in power system measurement and protection.

Build practical knowledge of protective relays, fault protection, and electrical control systems for safe and reliable power networks.

Build practical skills in substation and switchyard design, equipment selection, and electrical layout planning for high-voltage systems.

Build practical skills in earthing system design, earthmat calculations, and layout preparation for industrial plants and substations.

Build practical skills in solar PV plant design, equipment sizing, energy simulation, and complete DC/AC system engineering.

Build practical skills in fault analysis and short circuit calculations using Equivalent MVA and Per-Unit Impedance methods.

Build practical skills in motor control, starter selection, and electrical schematics for industrial motor applications.

Build practical skills in designing electrical control panels and distribution systems for industrial and commercial applications.

Build practical knowledge of transformer types, sizing calculations, and voltage regulation for electrical power distribution.

Build practical skills in power and control cable design, sizing, and documentation for industrial electrical installations.

Build practical skills in lighting engineering, fixture scheduling, illumination analysis, and energy-efficient lighting design using industry-standard methods and DIALux software.

Build practical skills in battery technologies, sizing methods, and charger selection for industrial and electrical power systems.

Build practical skills in PLC architecture, programming, automation systems, and industrial process control using industry-standard techniques.

Build practical knowledge of EV technology, electric machines, energy storage systems, and charging solutions for the future of mobility.

Master industry-standard electrical engineering software for drafting, power system analysis, lighting design, solar PV, and BIM applications.

Build a strong foundation in engineering drawing by learning orthographic projections, isometric drawings, section views, and dimensioning techniques.

Learn the fundamentals of strength of materials, including stress, strain, bending, shear, torsion, and structural member analysis.

Master the principles of gears, belts, chains, cams, governors, and flywheels for efficient machine design and power transmission.

Learn the fundamentals of thermodynamics, heat transfer, boilers, refrigeration, and air conditioning systems used in mechanical engineering.

Build a strong foundation in fluid flow, hydraulic systems, and fluid machinery for industrial and engineering applications.

Build practical knowledge of manufacturing processes and fabrication techniques for producing high-quality engineering components.

Build practical skills in industrial maintenance to improve equipment reliability, reduce downtime, and enhance operational efficiency.

Build practical knowledge of production systems, quality improvement, and manufacturing processes to enhance industrial productivity.

Build practical knowledge of hydraulic and pneumatic power systems used in modern industrial machinery and automation.

Build practical knowledge of HVAC, refrigeration, chillers, cooling towers, and utility systems for efficient climate control and industrial operations.

Build practical knowledge of piping engineering, valves, flanges, supports, and pipe routing used in industrial projects.

Master industry-standard mechanical engineering software for drafting, 3D modeling, product design, simulation, and engineering analysis.

Build practical CNC programming and machining skills for modern manufacturing and industrial production.

Build a strong foundation in industrial safety standards and workplace hazard prevention for safe and compliant operations.

Learn to create accurate 3D models of buildings, structural elements, and site layouts using SketchUp for civil engineering applications. Gain hands-on experience in design visualization, quantity estimation, and preparing models for integration with structural analysis and BIM software.

Master AutoCAD 2D to create accurate engineering and architectural drawings with industry-standard drafting techniques. Learn drawing, editing, annotation, dimensioning, layouts, and professional project documentation for civil engineering applications.

Learn to create accurate 3D civil engineering models using AutoCAD, from structural components to complete building and site layouts. Develop practical skills in 3D modeling, visualization, documentation, and project-based design for real-world civil engineering applications.

Learn to model, analyze, and design RCC and steel structures using ETABS with industry-standard practices and IS code provisions. Gain hands-on experience in structural analysis, seismic design, load combinations, and complete building design through real-world projects.

Master STAAD.Pro to model, analyze, and design RCC and steel structures using industry-standard engineering practices and IS codes. Gain practical experience in structural analysis, load calculations, design verification, and real-world civil engineering projects.

Learn to create professional 3D models of buildings, site layouts, and civil engineering projects using SketchUp. Develop practical skills in modeling, visualization, documentation, and project presentation through hands-on industry-based exercises.

Master Revit Structure to create intelligent BIM models, structural documentation, and reinforcement detailing for civil engineering projects. Gain hands-on experience in structural modeling, quantity estimation, collaboration, and project delivery using industry-standard BIM workflows.

Learn to prepare accurate quantity estimates, BOQs, rate analysis, and construction bills for civil engineering projects. Develop practical skills in cost estimation, contract billing, and project documentation using industry-standard methods and Excel.

Master AutoCAD Mechanical to create precise 2D mechanical drawings, assemblies, and manufacturing documentation using industry-standard tools. Gain practical experience in mechanical drafting, dimensioning, BOM generation, and professional engineering documentation.

Learn SolidWorks to create professional 3D mechanical parts, assemblies, and engineering drawings using parametric modeling techniques. Develop industry-ready skills in product design, simulation, sheet metal, and manufacturing documentation through practical projects.

Master AutoCAD Electrical to design professional electrical schematics, control panels, and industrial wiring diagrams with industry-standard tools. Gain hands-on experience in electrical drafting, PLC documentation, BOM generation, and project-based electrical design.

Master PLC Programming to design, program, and troubleshoot industrial automation systems using industry-standard programming techniques. Gain hands-on experience in motor control, HMI integration, industrial communication, and real-world automation projects.

Learn Electrical Panel Design to create professional power and control panels with proper protection, wiring, and industry-standard documentation. Gain practical skills in panel layout, circuit design, cable sizing, BOM preparation, and real-world industrial panel projects.

Master LT/HT Electrical Systems to design, operate, and maintain industrial power distribution networks with safety and reliability. Gain practical expertise in power system equipment, protection, distribution design, and real-world electrical infrastructure projects.

Develop effective verbal, written, and presentation skills required for academic and professional success. Build confidence in interviews, workplace communication, and professional interactions.

Enhance confidence, professional behavior, and interpersonal skills for personal and career growth. Develop a positive mindset, leadership qualities, and workplace professionalism.

Strengthen quantitative, logical, and analytical skills essential for campus placements and competitive exams. Improve problem-solving speed and accuracy through extensive practice and mock tests.

Create professional resumes and LinkedIn profiles that attract recruiters and improve job opportunities. Learn personal branding, portfolio development, and effective job application strategies.

Prepare confidently for HR, technical, and behavioral interviews with industry-focused guidance. Improve interview performance through mock sessions, feedback, and placement-oriented training.

Learn professional workplace behavior, corporate etiquette, and ethical practices expected in modern organizations. Develop the professionalism needed to succeed in corporate and industrial environments.

Develop leadership, teamwork, and decision-making skills required for successful career growth. Learn to collaborate effectively and manage teams in professional environments.

Master Microsoft Word, Excel, and PowerPoint to improve workplace productivity and professional documentation. Gain practical experience in reports, spreadsheets, presentations, and data management for corporate environments.

Learn mechanical product design, simulation, and manufacturing workflows using Autodesk Fusion 360.

Learn welding processes, joint design, quality inspection, and fabrication techniques used in mechanical engineering.

Learn quality assurance, inspection techniques, testing methods, and industry standards used in mechanical engineering.

Learn the principles, configuration, operation, and industrial applications of Variable Frequency Drives for motor control.

Learn to monitor, control, and automate industrial processes using SCADA systems.

Learn to design, configure, and operate Human Machine Interface (HMI) systems for industrial automation.

Learn industrial communication networks, protocols, and system integration for reliable automation and control.
Learn electronics fundamentals, components identification, measurement instruments, and practical soldering skills.
Master analog and digital electronics including rectifiers, amplifiers, logic gates, flip-flops, and circuit design.
Learn embedded systems with Arduino, ESP32, STM32, sensors, actuators, and build real-world automation projects.
Design professional PCBs using KiCad and EasyEDA, from schematic to Gerber files and manufacturing.
Understand analog/digital communication, modulation techniques, RF basics, and wireless technologies including 5G.
Build IoT systems with MQTT, cloud integration, and industrial communication protocols like Modbus and CAN Bus.
Learn PLC programming, HMI design, and SCADA basics for industrial automation applications.
Develop skills in PCB fault finding, signal analysis, circuit debugging, and preventive maintenance.
Master industry software tools including Arduino IDE, KiCad, EasyEDA, Proteus, MATLAB, and STM32CubeIDE.
Develop professional communication, resume building, interview preparation, and career readiness skills.
Complete a live industry project in embedded systems, IoT, or automation with multiple certification options.
Join thousands of successful alumni who have transformed their professional journey through Skillplace Academy.