Graduate Finishing School
From GATE to Higher order thinking to research aptitude

Graduate Finishing School
From GATE to Higher order thinking to research aptitude

Mathematics
This short discussion helps you appreciate that every mathematical idea must have a physical basis. We most effectively demonstrate how tensor transformation is used physically appreciate principal quantities which are eigen values and vectors.

Get this Course

This course is offered as
guided-learning course to first 1000 registrants of
MASTER CERTIFICATION
Absolutely Free Hurry!!


Competitive edge

In order to build spontaneity and critical thinking speed characterised by accuracy, preparation for competitive exams is a must. GATE (Graduate Aptitude Test in Engineering ) is an exam that is designed to test the spontaneity in critical thinking. Though in proficiency and master certification provide a detailed subject treatment, course on GATE helps achieve time bound problem solving via observation, approximation and critical thinking but fundamentally driven by physics and mathematics. The webinars not just focus on the subject but attempt to build problem solving skills by evolving methods that revolutionise the thinking. The compendium that accompanies the course clearly states all the facts that are needed to carry out problem solving via unconventional methods.

Relevance to young Engineers

GATE Qualification obviously has many career, academic and organic benefits. The GATE is deemed as the bench mark for engineering aptitude for selection to public sector industries and Government research labs. It is also well recognised by the private research labs and OEMs.  Of late introduced academic policy allows the young engineers to seek admission to research without post graduation. GATE preparation not only improves the critical thinking speed but also reinforces a detailed understanding of all fundamental mechanical sciences along with mathematics. A few topics of mathematics learnt  are relevant to modern science of machine learning.

Learning outcomes
  •   Detailed foundation in mathematics needed for research and pursuit of higher studies
  •   Engineering common-sense
  •   Feel for numbers and number crunching ability
  •   Critical thinking spontaneity and problem-solving skills
  •   Holistic appreciation for structural, fluid, and thermal sciences.
  •   Detailed exposure to manufacture, project handling and operation research
  •   Tolerance analysis and quality control
  •   Appreciation for material selection

Related Videos

Mechanics
This short discussion helps you appreciate that how principles of mechanics are systematically applied to understand all the aspects of mechanisms. The message is If we master mechanics, then you need not struggle to appreciate theory of machines, BMD and SFD, free vibrations, many aspects of fluid statics and dynamics.

SOM and design
This short discussion helps you appreciate the fact that unobvious phenomena such as Poisson’s effect in a rotating bolted joint can have far reaching implications. This discussion further helps us appreciate how idealisation empowers us to relate theory to practice.

TOM
This short discussion helps you appreciate that certain load paths can be significant. Many books generally tend to ignore the effect of axial loading in a helical gear. In case of a flexible shaft and flexible bearing support structure, it can affect the contact between gears.

Vibration
This short discussion helps you appreciate that unconstrained systems also could have natural frequencies. The systems must be appreciated/analysed using algebraic physics ideas

Fluid mechanics
This short discussion helps you appreciate that principles of fluid mechanics could be applied to products, to dig out design facets. This is critical to many product lines. One of them is Gasturbine.

Manufacture and production
This short discussion helps you appreciate how measurement and hence quality control plays a vital role in product safety. The video discusses aspects of heat treatment.

Thermodynamics
This chapter demonstrates how thermodynamics could be applied to predict the temperatures and hence choice of materials. This also emphasises the significance of knowing product parameters and operating conditions.

Heat transfer
This short discussion helps you appreciate how approximations in many engineering situations help you quantify things using engineering hand calculations. Cooling load assessment is a routine requirement.

Why GATE preparation with INNOVENT?
What they Donot do? What We do? Example
They do not address research interview preparations at all! We not just walk you through some of the best research interviews situations but build the thinking pattern but charge only for GATE Could we replace harmonic analysis with beam deflection analysis to see if a vibrating pipe hits a static structure or not…
They do not make mathematics application driven rather make it procedural For us mathematics is not procedure a powerful tool for engineering problem solving hence taught via physical interpretation and engineering applications! Could we build an engineering wheel listing 10 applications of coordinate transformation..
They do not go beyond text books for technical section. We link every possible situation to product development requirements, building the bigger picture Does axial component of a helical gear lead to transmission error?
They do not develop scientific short-cuts in many areas Our philosophy is think scientific, think the quickest! How to approximate numerical integration in case of gradient increasing and gradient decreasing curves….
They do not focus beyond problem solving We build thinking pattern via unique best practices… such as multiple approaches of problem solving Could we explain the computation of unbalance couple for a tilted rotor in 3 different ways
They do not focus on question design We tell you how a question is designed GATE 2020 Question on roller is same as JEE advanced of 2020 of football…why !!!
Webinars
Topic Number of Webinars
Mathematics: 6 pre-recorded mega webinars

  • Beginners module
  • Intermediate module
  • Research interview advanced module
Applied Mechanics and Design 10 pre-recorded mega webinars

  • Beginners module
  • Intermediate module
  • Research interview advanced module
Fluid Mechanics and Thermal Science 10 pre-recorded mega webinars

  • Beginners module
  • Intermediate module
  • Research interview advanced module
Materials, Manufacturing and Industrial Engineering 10 pre-recorded mega webinars

  • Beginners module
  • Intermediate module
  • Research interview advanced module

Mock Test Series
Mock Tests GATE aptitude HOT and Research
Mathematics 100 plus questions 50 plus questions
Technical section 300 plus 100 plus
GATE mock papers 2 papers (130 questions) None
Aptitude 50 plus None

Competency achieved

  • Linear algebra
  • Calculus
  • Vector identities and calculus

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Vector space transformation
  • Tensor transformation
  • Gradient based optimisation
  • Hessian matrix
  • Application in solid
    mechanics and vibration

Result interpretation

  • Free vibration results:
    normal modes and
    frequencies
  • Appreciation for gradient
    based optimisation

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Application of numerical
    methods to complex situations
  • Applying statics and
    probability
  • Application of differential
    equations for mathematical
    modelling
  • Random vibration
  • Probabilistic design
  • Approximate solutions
    to differential equations

  • Differential equations
  • Complex variables
  • Statistics and probability
  • Numerical methods

  • Engineering Mechanics

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Transformation idea applied
    to inertia used for elementary
    rotordynamic situation
  • Spinning objects:
    stability of satellites
  • FBD and load path
    for complex situations
  • Rigid body dynamics
    for product situations

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Asymmetric bending
  • Shear centre
  • Plasticity based burst analysis
  • Stress stiffening and
    softening
  • Lifing
  • Best practices and result
    interpretation of stress
    margin for components
  • Dynamic stress
  • Lifing best practices
  • Material selection

  • Material mechanics (solid mechanics) and engineering materials and design

  • Vibrations

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Isolation
  • Elements of rotordynamics
  • Dynamic stress from
    vibration loading
  • Design margin
  • Interpretation of Campbell
    diagram
  • Rotordynamics and
    product performance

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Acceleration analysis
  • Synthesis of mechanisms
  • Influence of inertia,
    friction and tolerances on
    efficiency of mechanisms
  • Gear transmission and
    efficiency of transmission
  • Force amplification
    mechanism for valves

  • Theory of machines

  • Fluid mechanics

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Detailed appreciation
    for turbulence
  • Fluid structure interactions
  • Elements of aerodynamics
  • Gasturbine situations
  • Aerodynamic situations in
    case of windmills, cars,
    aircrafts etc

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Aerothermal analysis
  • Reactive systems
  • Compressible flow
  • Energy density and
    analysis of batteries
  • Helmholtz resonator
  • Induction efficiency in automobiles
  • Suspension in automobiles (Below)
  • Shock analysis
  • Acoustics

  • Thermodynamics and applications (including refrigeration and air-conditioning)

  • Heat transfer

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed
to crack exams like
GATE plus
  • Complex cooling situations
  • Elements of combustion
  • Heat losses in systems
  • Turbine disc cooling
  • Cooling of flow meter
  • Electronic cooling
  • Satellite radiator design

Basic Academic Higher Academic Design relevant
GATE curriculum
mastered, covering all
fundamentals needed to
crack exams like GATE plus
  • Manufacture method vs quality
    (dimensional and geometric tolerances)
  • Principles and limitations
    of additive manufacture
  • Critical aspects of heat
    treatment, surface engineering,
    tolerance stackup and elements of
    additive manufacture. Effect
    of tolerances on assembly and
    product performance

  • Manufacture inspection and production management

Frequently asked questions

What are the key features of the course

  • Basic animations and well-articulated diagrams.
  • Research situations are mapped to engineering and products situations.
  • Pen less methods for GATE based on scientific spontaneity.
  • Technical curriculum is mapped to engineering design.
  • Scientific super time saver -methods for NAT questions
  • It systematically develops incepting from common-sensical thinking to real time engineering thinking.

How is the Lecture composition?

Each topic would have the following:

  • GATE – Beginner’s module.
  • GATE – Intermediate module.
  • Research interview – Advanced module.

The lectures followed by a mock test, a downloadable compendium, and a suggested project.  Refer to webinar table on the website for detailed content. (Put the hyper link here).

Note: All the three modules are offered together and not separately.

What Curriculum does the course cover?

The course covers GATE curriculum ME 2021 in its absolute entirety and for research a few advanced topics beyond GATE.

Topic Extra curriculum BEYOND GATE (Advanced topics)
Mathematics Transformation in general, second order tensor transformation. Gradient based methods
for optimisation, application of probability distribution to design
and random vibration etc. Real time applications of numerical integration.
Mechanics and Material mechanics Generalised application of angular momentum, developing inertia tensors,
unbalance couple, stability of spinning bodies (including satellites),
shear centre, asymmetric bending, redundant structures, axisymmetric structures,
plasticity based burst analysis. Mapping to Product development requirements (aero and auto)
and advanced materials
Theory of machines and Vibration Practical aspects of analysis of mechanisms. Dynamic stress, damping
design for product situations. Elements of Rotordynamics
Fluid and thermal sciences Analysis of energy cycles. Discussion of product design via principles
of fluid mechanics and heat transfer. Cooling analysis. Effect of
temperature and thermal properties on component stress. Elements of fluid structure
interaction
Manufacture and production engineering Critical aspects of heat treatment, surface engineering,
tolerance stackup and elements of additive manufacture.
Effect of tolerances on assembly and product performance.

Who can take this course?

The course requires a basic familiarity with physics, maths and mechanical engineering and does not require a detailed background. Students, junior faculty, and research scholars get immensely benefitted as most of the advanced discussions are product oriented.

How many practice tests are offered in the course?

  • 10 mock subject tests
  • 2 mock full-fledged GATE mock tests
  • 2 Aptitude mock tests
  • 9 suggested projects

What study material is offered?

  • Downloadable summary for each lecture
  • Compendium comprising of facts, formulae, and best practices for 10 sub modules
  • Downloadable memory maps and engineering wheels

Does the candidate get a webinar on best practices and time management?

A detailed pre-recorded webinar is made available on 12th month. This webinar is designed to focus on expectations of the forthcoming GATE and methods that lead to time efficient solutions with zero risk.

How to clarify doubts during the course?

You may write in your queries @ support@enggskills.com The appropriate answers and solutions to popular queries will be posted in our website itself.

0
    0
    Your Cart
    Your cart is emptyReturn to Shop