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====== Candidate Application for Manas Bajaj ======

Title: Chief Systems Officer, Intercax

First Name / Prenom: Manas

Last Name / Surname: Bajaj

Conference Sponsor: Intercax

Professional Affiliation: Intercax

===== Brief Biography / CV =====

Manas Bajaj,

Dr Manas Bajaj is the Co-Founder and Chief Systems Officer
at Intercax.

His background is in MBSE, CAD/CAE, Simulations, PLM,
and Software/ALM. He has led multiple government and
commercial R&D projects in a wide range of industries such
as defense, aerospace, automotive, transportation, energy,
consumer goods, electronics, and manufacturing.
He leads the development of the Syndeia product
(www.intercax.com/syndeia), a MBSE platform that brings
together systems modeling, CAD/CAE, PLM, ALM, data,
simulations, and visualization for developing complex
systems.

He is a contributor to the OMG SysML (Systems Modeling
Language) and ISO-10303 (STEP) standards. He is a coauthor
of the OCSMP (SysML) certification program
(OMG), and has co-developed a "SysML and MBSE" course
that has been attended by over 3500 engineers since 2008.
Dr. Bajaj received his PhD (2008) and MS (2003) in
Mechanical Engineering at the Georgia Institute of
Technology, Atlanta, USA, and B.Tech. in Ocean
Engineering and Naval Architecture (2001) from Indian
Institute of Technology (IIT), Kharagpur, India
 
Email: manas.bajaj@intercax.com    Web page: intercax.com

===== Position Statement =====

The complexity in modern systems is growing at an
unprecedented pace. This complexity arises from a
range of factors—increasing number and types of
components, increasing types of interfaces and
interactions between components, and with the
operating environment (system-of-systems, internetof-things).
Architecture, design, development, and
operations of modern systems requires organizations
to work with a variety of models, software tools, and
repositories, such as SysML, PLM, ALM, Databases,
Simulations, and Project Management from different
vendors.
To enable MBE/MBSE in its truest form, we envision
a Total System Model - a digital blueprint/graph of
the system that provides a unique representation of
the system and evolves across its lifecycle. The Total
System Model is a federation of version-managed
models/model elements across variety of disciplines,
modeling tools, and repositories. System engineers,
mechanical/electrical designers, analysts, and
program managers can now visualize, analyze, and
trace across this unique model of the system that
brings all the discipline-specific models together.
Our flagship product, Syndeia, is pursuing this vision
and provides services to: (1) connect models and
repositories using standards (e.g. STEP, JDBC,
REST, JSON, OSLC) and native APIs, (2)
build/manage the Total System Model, (3) track,
compare, and sync models, (4) perform parametric
and traceability analyses, and (5) visualize the Total
System Model.
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