Natural Gas Scheduler - Commodities - Fixed Income - Associate

Morgan Stanley•Houston, TX

35d•$120,000 - $150,000•Onsite

About The Position

Morgan Stanley is a leading global financial services firm. This position will work closely with traders and marketers to coordinate the receipt and delivery of natural gas between suppliers, producers, marketers, pipelines and customers while ensuring that company volumes are accurately tracked and invoiced. This position might also assist the traders with executing trades, fundamental analysis of natural gas infrastructure and optimization of physical assets.

Requirements

2-7 years of experience in Scheduling, with direct Natural Gas experience
Based in Houston, TX, or open to relocation to Houston, TX
Bachelor’s Degree or equivalent with a minimum 2:1 degree classification or equivalent
Good understanding of industry standards and logistics operations
Commercially aware and able to make rapid and accurate decisions
Ability to analyze complex issues and managing your demanding workload effectively to ensure deadlines are met
Self-motivated and with good interpersonal skills and able to work under pressure and in adherence to strict timelines
Good written/spoken communication skills in English and able to engage at all levels

Responsibilities

Arrange and nominate the receipt and delivery of natural gas to our customers
Communicate between our suppliers and customers to ensure that contractual nomination data is coordinated accurately throughout the delivery chain
Work closely with trading and marketing to help optimize flows on a daily basis
Track the movement of all physical gas sales and maintain internal spreadsheets showing the contractual movements of gas, storage changes, and imbalances
Track pipeline tariff costs and review any invoice charges coordinating with operations
Identify incremental capacity and supply availability which may be acquired by the company in a cost effective and profitable manner
Actively review the efficiency of the nomination and accounting activities to ensure that those functions are run in the optimal manner