Hyperscale Hardware Engineer

Job description

Job ID T_R_1615190 Date posted 5/5/2017 Primary Location Houston, Texas, United States Job Category Engineering Schedule Full time Shift No shift premium (United States of America)

Description

HewlettPackard Enterprise is an industry leading technology company that enablescustomers to go further, faster. With the industry’s most comprehensiveportfolio, spanning the cloud to the data center to workplace applications, ourtechnology and services help customers around the world make IT more efficient,more productive and more secure.

Learning does not only happen through training. Relationships are among themost powerful ways for people to learn and grow, and this is part of our HPEculture. In addition to working alongside talented colleagues, you will havemany opportunities to learn through coaching and stretch assignmentopportunities. You’ll be guided by feedback and support to accelerate yourlearning and maximize your knowledge. We also have a “reverse mentoring”program which allows us to share our knowledge and strengths across ourmulti-generation workforce.

EnterpriseGroup works to streamline innovation and simplify IT with superior solutions.By combining ESSN (Enterprise Server, Storage and Networking) and TechnologyServices into one division, we gain a strategic advantage in our focus on“Converged Infrastructure”. The HPE Enterprise Group supports our customerswith the transformation and integration of their technology. We are there forour customers – come join us!

The Hyperscale Engineering team supports HPE's service provider customers which comprise one of the fastest growing segments.  The Hyperscale engineering team is responsible for interfacing with today’s largest scale out customers, understanding their ever-changing needs, developing industry changing technology and delivering solutions at a scale out pace and scope.  As a Hyperscale engineer, you will have the opportunity to work with the largest scale out customers in the industry on an ongoing basis.The HPE Hyperscale engineer position will work to design, develop, and deliver server, storage, and infrastructure solutions optimized for large internet service provider and cloud computing environments.The HPE hyperscale engineer will be responsible for working with the customer to design rack level solutions, qualify platforms with the customer-specified configurations, and debug & resolve technical issues (servers, storage, power, etc)

Designs, analyzes, develops, modifies and evaluates electrical/electronic parts, components, sub-systems, algorithms, or integrated circuitry for electrical/electronic equipment and other hardware systems. Conducts feasibility studies, design margin and validation analyses and empirical testing on new and modified designs.  Assists in architecture development and assessment.  Evaluates reliability of materials, properties, designs, and techniques used in production.  May direct support personnel in the preparation of detailed design, design testing and prototype fabrication.

Responsibilities

·  Responsible electrical hardware design and development for complex products, solutions, and platforms, including design, validation, tooling and testing.
·  Works with outsourced development partners on electrical hardware design and development.
·  Reviews and evaluates designs and project activities for compliance with technology and development guidelines and standards; provides tangible feedback to improve product quality.
·  Provides domain-specific expertise and overall electrical/electronic hardware and platform leadership and perspective to cross-organization projects, programs, and activities
·  Drives innovation and integration of new technologies into projects and activities in the electrical hardware design organization.

Education and Experience

·  Bachelor's or Master's degree in Electrical Engineering
·  Minimum 0-2 years experience

Knowledge and Skills

·  Experience or understanding of electrical design tools and software packages.
·  Good analytical and problem solving skills.
·  Understanding of design for electronic components, integrated circuitry, and algorithms
·  Understanding of thermal and electromagnetic properties of materials and managing emissions.
·  Good written and verbal communication skills; mastery in English and local language.