PDP

Topic : Design and Development of Hydrogen Based Fuel Cell Powertrain

Speaker : Dr. Sushil S. Ramdasi, Deputy Director, Powertrain Engineering, Automotive Research Association of India (ARAI)

Registration Fee :

Member: 1180/-

Non-Member: 2360/- (One Year of Membership will be provided as part of the Registration Fee)

Student: 590/-

(All Inclusive of GST)

Covering Topics:

• E Mobility Overview
• Fuel Cell Technology and Market Spread
• Fundamentals of Fuel Cells
• Types of Fuel Cells
• Thermodynamics of Fuel Cells
• Design and development of fuel cells
• Loss Mechanisms
• Transient Performance of Fuel Cells
• Balance of Plant
• Polarisation Curve. Power and Efficiency Optimisation
• Testing of Fuel Cell Engines
• Hydrogen generation and storage
• CAPEX / OPEXX Estimations – Case Study
• AIS 157 For Hydrogen Powered Fuel Cell Electric Vehicles

Topic: AUTONOMOUS VEHICLES – SOTA, FUTURE & OPPORTUNITY

Speakers: Mr. Harshraj Rao, Sr. Engineering Manager, Automotive System Software, NVIDIA

                  Mr. Unnikrishnan A R, Head Developer Eco System, DLI & CSP Business, NVIDIA

About the Session:

Autonomous Vehicle Technology, now becoming an ‘inevitable’ from being a ‘may be possible’ concept just a few years back, is one of the toughest & most complex challenge undertaken by humans and it will transform the way the way we live, work, and play.

To bring about the revolutionary benefits of ‘Autonomous’ requires massive computational horsepower and large-scale production software expertise. The AI Computing Leader and inventor of the GPU, tapping into decades-long experience in high-performance computing, imaging, and AI, has developed a software-defined, end-to-end platform for the transportation industry. It delivers everything needed to develop autonomous vehicles at scale.

Discuss the State of the Art (SOTA) on Autonomous Vehicles and deliberate on the FUTURE of Autonomous Vehicle Technology, the roadmap and particularly in context of India, the OPPORTUNITY it presents.

Registration Fee : Free Webinar

Topic:  Understanding SAE Specification for Autonomous Vehicles

Speaker: Mr. VIJAI GOPALAKRISHNAN, DELIVERY MANAGER,  TCS-GM PARTNERSHIP – INDIA

Registration Fee :

Member: 1180/-

Non-Member: 2596/- (One Year of Membership will be provided as part of the Registration Fee)

Student: 590/-

(All Inclusive of GST)

About the Session:

We will go through the Taxonomy and Definitions for Terms Related to Driving Automation Systems, typically known as Autonomous Vehicles.

This 4-hour session spread across two evenings, will help understand Driver Assistance, Partial Driving Automation, Conditional Driving Automation, High Driving Automation, and Full Driving Automation.

We will understand SAE Autonomous Vehicle Levels, the role of human Driver, and the role of automation, driving tasks, and explore the must-know terms such as Operational Design Domain. 

We will also shed some light on ambiguous or redundant terminologies still used in the common speak.

What combinations lead to what level of Autonomy?

We will understand with real-world examples and what complexities lie in achieving higher-level automation.

This will be a cross-domain introduction that will be useful to engineers, scientists, and even lawmakers.

Anyone looking to get started with or to making a transition to a career in Autonomous Transportation can look forward to this session as a starting point

Topic:  Workflow for Developing Battery Management Systems/Power Electronics Controllers

Speaker: Mr. Nukul Sehgal, Mr. Abhisek Roy & Mr. Prasanna Deshpande, MathWorks

About the Session:

Simulink® modelling and simulation capabilities enable BMS development, including single-cell-equivalent circuit formulation and parameterization, electronic circuit design, control logic, automatic code generation, and verification and validation. With Simulink, engineers can design and simulate the battery management systems by:

·         Modelling battery packs using electrical networks whose topology mirrors that of the actual system and scales with the number of cells

·         Parameterizing equivalent circuit elements using test data for accurate representation of cell chemistry

·         Designing the power electronics circuit that connects the pack with the controls

·         Developing closed-loop control algorithms for supervisory and fault detection logic

·         Designing state observers for state-of-charge and state-of-health online estimation

Registration Fee :

SAEINDIA Members: 590/-

Non SAEINDIA Members: 1180/-

(All Inclusive of GST)

Topic: Beyond Digitalisation to Transformation in Automotive Manufacturing

Speaker: Mr. Venkat Krishna, PQSI Digital

Covering in the Session:

– Why does digital transformation keep you awake at night 

– Third industrial revolution aka digital revolution – What is Industry 4.0 

– Differentiating transformation from digitalisation with popular examples 

– Digital transformation for automotive manufacturing

– Block chain for automotive manufacturing 

– What is dark data, what is metadata 

– Let’s learn some jargons and catch some buzzwords 

– Tools to manage – participate in digital transformation (MDM, SIPOC, SPC)

– Change management 

– Careers in digital transformation 

– About PQSI Digital 

– How to surf the data tsunami – building a roadmap for digital transformation (mini case study)

Registration Fee :

SAEINDIA Members: 590/-

Non SAEINDIA Members: 1180/-

(All Inclusive of GST)

Topic: DFMEA – Design Failure Mode and Effect Analysis

Speaker: Mr. Suresh Mangawati, TCS-GM PARTNERSHIP – INDIA

Course Description:

FMEA training provides a step-by-step approach in identifying the ways in which a process can fail to meet critical Customer requirements, estimating the risk of specific causes regarding these failures, evaluating the current control for preventing these failures from occurring, and prioritizing the actions that should be taken to improve the process. DFMEA is generally used for major changes or new designs or if the existing DFMEA is not comprehensive. It focuses on all failure modes for a component or system and considers design-related failure modes.

Benefits of DFMEA:

DFMEA improves the quality, reliability, and safety of products helps to increase Customer Satisfaction, reduces product development timing and cost. It also documents and tracks the actions taken to reduce risk.

Learning Objectives:

The participant will learn various topics and gets guidance on how to conduct a DFMEA. By attending this course, one will be capable of understanding what s FMEA and DFMEA, when to do DFMEA, how to prepare for an effective DFMEA, basic steps of DFMEA, guidelines on how to make the DFMEA effective, and going through a live case study. The tools covered in this training include, Product Tree Structure, Function Analysis, Boundary Diagram, Interface Matrox, and Parameter (P) Diagram.

Who Should Attend:

This course is recommended for various industries including Automotive. Occupations include but are not limited to, Design Engineers, Product Developers, Engineering Managers, Quality Engineers & Managers, Manufacturing Engineers & Managers, and anyone interested in DFMEA. Students can also benefit from early adoption.

Registration Fee :

Member: 1180/-

Non-Member: 2596/- (One Year of Membership will be provided as part of the Registration Fee)

Student: 590/-

(All Inclusive of GST)

Topic: Structured Innovation using TRIZ (Industry Professional)

Speaker : Mr. Tito Kishan Vemuri, Proinn Consultancy

About the Session:

TRIZ is a Systematic – Repeatable – Algorithmic – Scientific Innovation technique that professionals apply according to a defined set of principles. Originally developed in Russia by Genrich Altshuller in the 1940s.

Innovation Management is the process of managing the creation and delivery of value to the customer. Innovation is aptly described as Mind to Market – an idea or an invention does not qualify to be called an innovation till it does not find acceptance from the customers.

Innovative problem solving is the systematic approach towards removing the hurdles encountered in the process of value creation and delivery to the customers.

What’s in it for you?

TRIZ has wide applicability across product creation through commercialization, as well as for developing intellectual property. The techniques can be used to define and solve problems to innovatively:

Understand how TRIZ can help you :

• Improve business processes.
• Improve quality and productivity.
• Improve Product & Technology.
• Improve Technology driven Manufacturing solution.
• Forecast Next Generation Innovations.
• Find innovative ways to cut costs.
• Improve IP Strategy
• Develop an entire Innovation Portfolio for your organization

Registration Fee :

SAEINDIA Members: 590/-

Non SAEINDIA Members: 1180/-

(All Inclusive of GST)

Topic: The Impact of Model-Based Design on Controls Today and in Future

Speaker: Mr. Vijayalayan R, MathWorks

Registration Fee :  Free Webinar

Topic: Virtual Calibration and Testing of Vehicle Electronics using simulation-based approach

Speaker: Mr. Abhisek Roy & Mr. Prasanna Deshpande, MathWorks

Covering in the Session:

As the Automotive industry navigates its most significant transformation yet, future mobility will be largely software-driven with rigid demands of safety, shorter development cycles, and the need to control costs. How will Simulation enable the Industry to meet these goals?

This short talk will look at why Simulation and Frontloading are inevitable using customer reference and dive into the different areas of simulation and how organizations with a model-centric view have an advantage in this transformation.

We will explore through reference examples and user stories: 

·         Develop a full vehicle simulation model

·         Perform fuel economy and performance simulation

·         Using the vehicle simulation model for design tradeoff studies

·         Generate optimal calibration tables to meet performance/emission norms/range

Registration Fee:

SAEINDIA Members: 590/-

Non SAEINDIA Members: 1180/-

(All Inclusive of GST)

Topic:  Structured Innovation using TRIZ ( Student Members)

Speaker : Mr. Tito Kishan Vemuri, Proinn Consultancy

Registration Fee :

Student Members: 295/-

(All Inclusive of GST)

Topic: A Gentle Introduction to Additive Manufacturing

Mr. Prashant MK,  TCS-GM

Topic:

·         Introduction to Additive Manufacturing

·         Understanding on Additive Manufacturing (AM), Rapid Prototyping(RP)& 3D Printing.

·         8 step additive manufacturing process.

·         Types of Additive Manufacturing methods.

·         Industry wise- comparison by Materials , Process, Methods

·         Use cases  – AM processes, where they have replaced Traditional manufacturing

·         Shortcomings and future opportunities in AM

Registration Fee:

SAEINDIA Members: 590/-

Non SAEINDIA Members: 1180/-

(All Inclusive of GST)

Topic: Workflow for Developing and testing Automated Driving /ADAS systems

Speaker: Dr. Amod Anandkumar, MathWorks

About the Session:

Automated driving spans a wide range of automation levels, from advanced driver assistance systems (ADAS) to fully autonomous driving.  As the level of automation increases, the use scenarios become less restricted and the testing requirements increase, making the need for modeling and simulation more critical. In this session, you will discover through demonstrations and case studies, how MATLAB, Simulink, and RoadRunner can help you:

* Design 3D scenes for driving simulation
* Simulate sensors, scenarios, and vehicle dynamics
* Analyze, calibrate, and label sensor data
* Design detection, localization, sensor fusion, planning, and controls algorithms
* Deploy to C, C++, GPU, and ROS
* Test functionality and code

Registration Fee :  Free Webinar

Topic: Forging a Career in the Automotive Domain

Speaker: Mr. VIJAI GOPALAKRISHNAN, DELIVERY MANAGER,  TCS-GM PARTNERSHIP – INDIA

Registration Fee :

Student Members: 295/-

(All Inclusive of GST)

Topic: AI in Automotive /Pragmatic practices for adopting digital transformation

Mr. Peeyush, MathWorks

Registration Fee :  Free Webinar