Gain insights into a Technical Program Manager's critical functions. Delve into project planning, risk assessment, and resource management to lead complex projects and bridge technical and non-technical communication gaps.

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In today's rapidly evolving tech landscape, mastering the Technical Program Manager (TPM) role is an essential career move for developers. This course delves into a TPM's critical functions, equipping you with the skills to excel in project and program management within the technology sector.

In this course, you’ll embark on a structured journey that covers TPM from the ground up. We’ll start by establishing a solid foundation, ensuring you understand the modern TPM role and its significance. This knowledge sets the stage for diving into core topics, beginning with project and program management essentials. You’ll learn to meticulously plan projects, assess risks, and manage resources efficiently. 

After course completion, you’ll develop a diverse skill set that can propel your career forward. You’ll be able to lead complex projects and programs, bridge the communication gap between technical and non-technical stakeholders, and make informed decisions in a technology-driven environment.

Mastering the Technical Project Manager’s Handbook

Only dealing with specific feature design.


Splitting time between high-level scope and specific feature design


What is the role of a TPM in relation to system design?



What is the role of a TPM in relation to system design?

Representing real-world concepts using objects


Implementing software using a specific programming language


Creating complex algorithms for applications


What is the core idea behind object-oriented architecture (OOA)?


What is the core idea behind object-oriented architecture (OOA)?

Architectural landscapes involve migrating to the cloud, while system designs focus on on-premises solutions.


Architectural landscapes encompass broader design patterns, while system designs are more specific to individual systems.


Architectural landscapes deal with frontend design, while system designs focus on backend development.


Architectural landscapes focus on single systems, while system designs involve entire ecosystems.

What is the main difference between architectural landscapes and system designs?


What is the main difference between architectural landscapes and system designs?

**(True or False)** Client-server architecture is the primary choice for P2P-based messaging systems.



(True or False) Client-server architecture is the primary choice for P2P-based messaging systems.

**( True or False)** System designs and architectural landscapes share the same design patterns and are often referred to as architectural patterns.


( True or False) System designs and architectural landscapes share the same design patterns and are often referred to as architectural patterns.

Test yourself on what you've learned so far.

Fundamentals of a Technical Program Manager

Pillars of a Technical Program Manager

Introduction to Program Management

Driving Towards Clarity

Plan Management

Risk Management

Stakeholder Management

Managing a Program

Career Paths

The Technical Toolset

Code Development Expectations

System Design and Architectural Landscape

Enhancing Management Using Your Technical Toolset

Wrap Up

Quiz: System Design and Architecture Landscape