Online Live

Advanced Methods for the Innovation Pathway from a Chemical Concept to Industrial Production

Learn how to address the risks and threats that can inhibit innovation.

Online Live

Mar 06 - Apr 03, 2020

Aug 28 - Sep 25, 2020

Prices start at

$895

Registration Info

About the Course

The sequel course lays out an innovation platform, which is an outgrowth of TRIZ, a popular methodology designed for modern co-innovation among teams.

This course will allow the chemical engineer to partake in early bench-top research efforts cuts down on dead-enders and unproductive research promises.

The Innovation Intractability Map
Extension Methodologies
Breakdown Methodologies
Applying abstraction
Innovation Progress Metrics
Co-Innovation Methodology
BiPSA
Creating a collaborative innovation excitement
Budget allocation to handle the inherent innovation uncertainty

Registrants should take the Beaker to Barrel: Chemical Engineering for Chemists online course prior to taking this course.

What You Will Learn

How to turn innovation sizzle into innovation productivity
How to measure innovation progress
How to bring the wisdom of late-stage chemical engineers into early stage bench innovation
How to manage a distributed R&D team for improved innovation efficiency
How to budget time and money to improve the bang for your buck
How to plan innovation projects present such planning in your innovation proposal to better your prospects for funding

Who Should Attend

Research and development chemists, seeking to improve their skills in moving their innovative chemical ideas into industrial reality.

Course Outline

Details
Survey of state-of-the-art innovation management

Survey of Beaker to Barrel the Basic course

Presenting the Innovation Solution Protocol (Innovation-SP)

Presentation and case study of the Abstraction Innovation Option

Presentation and case studies of the Extension Innovation Option (TRIZ examples)

Presentation and case studies of the Breakdown Innovation Option (serial, parallel, convergent, and mixed configuration)

Methods and examples of how to incorporate late stage chemical engineers in early stage chemical R&D

Introduction and presentation of innovation progress metrics

Introduction and presentation of BiPSA representing innovation uncertainty as a cascade of binary issues, and integrating the various opinions thereto through the BiPSA neural network

Estimating cost-to-complete, and time-to-finish for innovation intensive projects

Managing a tight team, a distributed team, and an open contribution configuration to accelerate the innovation process

Budgeting the innovation project

Preparing innovation proposals mindful of investors’ sensitivity to budget efficiency

A rich variety of case studies

Dates, Locations, and Prices

Five for four! Register five people for one course, one person for five courses, or any combination in between and your fifth registration is free. The free registration will be the course of the lowest price. Please note: This discount cannot be combined with any other discount offered.

Each person attending must register individually for this course.

Course fee includes electronic access to the course materials and session recordings.

Online Live

Mar 06 - Apr 03, 2020

Online

Standard Member $895 Non-Member $1095

- Less Details+ More Details

This course will meet online for 5 sessions on Fridays from 1:30 PM to 3:00 PM ET. Course fee includes electronic access to the course materials and session recordings. Each person attending must register individually for this course.

Online Live

Aug 28 - Sep 25, 2020

Online

Standard Member $895 Non-Member $1095

- Less Details+ More Details

About the Instructor(s)

Gideon Samid

Dr. Gideon Samid is a chemical and a nuclear engineer specializing in bench-to-production process, estimating the effort to achieve an R&D objective, and mathematical engineering applications.