SEMESTER I
HS3152 Professional English - I
- Use appropriate words in professional contexts
- Understand basic grammatical structures
- Infer meanings from technical texts
- Write definitions, narrations, and essays
MA3151 Matrices and Calculus
- Solve practical problems using matrix algebra
- Apply differential calculus to application problems
- Use multiple integral concepts for areas and volumes
PH3151 Engineering Physics
- Understand mechanics and electromagnetic waves
- Demonstrate foundational knowledge in oscillations, optics, and lasers
- Apply quantum principles to energy band formation
CY3151 Engineering Chemistry
- Infer water quality and treatment methods
- Apply nanoscience concepts to material synthesis
- Use the phase rule for material selection
- Identify suitable fuels and energy resources
GE3151 Problem Solving and Python Programming
- Develop algorithmic solutions
- Execute Python programs using loops/conditionals
- Decompose programs into functions
- Perform file I/O operations
GE3171 Python Programming Laboratory
- Implement Python programs for real-world problems using data structures
- Utilize Python packages for software development
BS3171 Physics and Chemistry Laboratory
Physics:
- Use equipment, analyze data via graphical/mathematical models, and process scientific info
Chemistry:
- Analyze water quality (acidity, hardness, DO) and synthesize nanoparticles
GE3172 English Laboratory
- Comprehend complex academic information
- Speak fluently in various contexts
- Describe products or processes accurately
SEMESTER II
HS3252 Professional English - II
- Compare and contrast products
- Identify cause-effect relations in industrial processes
- Draft effective resumes
MA3251 Statistics and Numerical Methods
- Apply hypothesis testing to real-life problems
- Use numerical techniques for interpolation, differentiation, and solving differential equations
PH3202 Physics for Electrical Engineering
- Gain knowledge of dielectric and magnetic properties of materials
- Understand semiconductor physics
- Appreciate the significance of nanodevices
BE3255 Basic Civil and Mechanical Engineering
- Understand the engineering profession
- Summarize building planning and machinery functions
- Appraise materials and energy systems
GE3251 Engineering Graphics
- Use BIS conventions
- Construct conic curves
- Draw orthographic, isometric, and perspective projections of solids
EE3251 Electric Circuit Analysis
- Apply network theorems to DC/AC circuits
- Compute transient responses
- Analyze three-phase circuits and RLC frequency responses
GE3271 Engineering Practices Laboratory
- Perform hands-on plumbing, woodwork, electrical wiring, welding, and basic machining
EE3271 Electric Circuits Laboratory
- Verify electrical laws via simulation and experiments
- Analyze transient behavior and three-phase network performance
GE3272 Communication Laboratory
- Participate in effective group discussions
- Write technical reports, emails, and job applications
SEMESTER III
MA3303 Probability and Complex Functions
- Apply probability distributions to engineering problems
- Use complex integration and contour techniques
EE3301 Electromagnetic Fields
- Compute electrostatic and magneto-static fields
- Analyze energy density
- Explain Maxwell's equations and electromagnetic waves
EE3302 Digital Logic Circuits
- Simplify Boolean expressions using K-maps
- Design synchronous and asynchronous circuits
- Use VHDL for simulation
EC3301 Electron Devices and Circuits
- Analyze PN junction devices, BJT/MOSFET amplifiers
- Understand feedback amplifiers and oscillators operation
EE3303 Electrical Machines - I
- Apply energy conversion laws
- Explain DC machine and transformer working principles
- Predetermine efficiency and regulation
CS3353 C Programming and Data Structures
- Develop C programs
- Implement linear/non-linear data structures
- Use sorting and searching algorithms
SEMESTER IV
GE3451 Environmental Sciences and Sustainability
- Recognize ecosystem functions
- Identify pollution causes
- Apply sustainability practices like green engineering
EE3401 Transmission and Distribution
- Compute line parameters
- Model transmission lines for performance analysis
- Design underground cables
EE3402 Linear Integrated Circuits
- Analyze Op-Amp characteristics
- Design active filters and generators
- Explain applications of special ICs like PLLs and timers
EE3403 Measurements and Instrumentation
- Understand measuring instruments and bridge circuits
- Work with transducers
- Understand digital and virtual instrumentation concepts
EE3404 Microprocessor and Microcontroller
- Write assembly programs for 8085 and 8051
- Design interfacing systems for control and monitoring
EE3405 Electrical Machines - II
- Understand construction and performance of synchronous and induction machines
- Learn starting and speed control methods
SEMESTER V
EE3501 Power System Analysis
- Model power systems
- Carry out power flow analysis
- Perform symmetrical and unsymmetrical fault studies
EE3591 Power Electronics
- Analyze controlled rectifiers, inverters, and DC-DC converters
- Understand PWM techniques and AC voltage controllers
EE3503 Control Systems
- Represent systems in transfer function/state variable forms
- Analyze stability in time and frequency domains
SEMESTER VI
EE3601 Protection and Switchgear
- Select proper protective schemes and relays
- Suggest protection for apparatus
- Analyze circuit breaker operation
EE3602 Power System Operation and Control
- Analyze load frequency control
- Understand reactive power control
- Prepare economic generation schedules
SEMESTER VII
EE3701 High Voltage Engineering
- Explain over-voltages
- Understand dielectric breakdown
- Conduct high-voltage testing of power apparatus
GE3791 Human Values and Ethics
- Identify democratic and scientific values
- Find rational solutions to social problems
- Practice ethical behavior
SEMESTER VIII
EE3811 Project Work / Internship
- Identify and solve complex engineering problems
- Demonstrate technical knowledge in the field
- Prepare comprehensive technical reports