antony walton haines
Program Manager at Marotta Controls
program manager marotta control
relentlessly innovative engineer , manager , entrepreneur . whether conducting field research hanging edge aircraft carrier fine-tuning lab equipment optimize production , energy discipline allow quickly effectively complete work . truly set apart engineer passion drive excel field . task demanding delicate master . began career graduating binghamton university bachelor science mechanical engineering . worked two year design engineer bae system tasked upgrading aircraft carrier landing system . since , developed skill knowledge defense industry , academically professionally . earned master ’ degree engineering management john hopkins university . addition , professional career ha transitioned design production . currently , role marotta control focus production aspect control actuation system missile , rocket , guided munition .
Marotta Controls
https://www.linkedin.com/company/marotta-controls
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Program Manager
Marotta Controls
https://www.linkedin.com/company/marotta-controls
In my present role, I provide comprehensive production engineering support to the Control Actuation Systems branch of Marotta Controls. My typical duties and responsibilities include the design, validation, and implementation of assembly & test equipment; manufacturing cell development; active and effective collaboration with integrated product teams (IPT); thorough understanding and command of industry standards & regulations; and actively driving effective and lasting change within the organization. 

I have placed a high premium on learning and continuous improvement in my role at Marotta, resulting in reduced development times without sacrifice in quality, improved relationships and understanding of customers and their needs, quick identification and communication of design & production issues, detailed documentation of procedures and processes, and development of effective preventative maintenance routines.

Marotta’s management team has routinely trusted me to take on projects with progressively increasing complexity and value to the company. My initial work, which was focused on a single Control Actuation Systems (CAS) project, has now made a positive impact on six separate projects with more to come. I look forward to my continued work to provide high-quality and cost-effective solutions to our customers’ needs.
Morris County NJ
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Production Engineer
4C Properties LLC
https://www.linkedin.com/company/4c-properties
Binghamton, New York, United States
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Founding Partner
BAE Systems, Inc.
https://www.linkedin.com/company/baesystemsinc
In my role as a design engineer at BAE Systems, I worked to develop and validate design concepts and prototype systems; evaluated, analyzed, and made improvements to existing designs; worked collaboratively in a cross-functional team that spanned several organizations; and helped to develop a comprehensive specification for the SPN-46 Automatic Carrier Landing System radar pedestal. My work culminated in an engineering investigation to determine root cause of a failure aboard the CVN 75 aircraft carrier. The investigation and resulting engineering report were recognized by our customer and by regional BAE Systems management as providing significant value to the US Navy and the US Taxpayers.
In this role, I developed and honed fundamental engineering skills, such as communication with customers and vendors to optimize designs; communication with management layers within my organization; geometric dimensioning and tolerancing (GD&T) fundamentals; specification analysis and development; development and execution of test plans; drawing development and drawing management; and how to read, interpret, and employ the content of military & industry standards & handbooks.
I am proud to have worked here with a great team in support of the US Navy. In addition to my pride in my work, I am glad to have gotten to know so many veterans and civil servants who became my friends and teammates. This was such a rewarding experience for me - both personally and professionally - and I am grateful to all who made my time at NAS PAX River productive and enjoyable.
Naval Air Station Patuxent River
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Engineer II, Mechanical
Larchmont Farms
As a Production and Sales Manager, I worked closely with the Production Head to assist with marketing, sales, and distribution of produce. I also supervised production and packing lines including managing 75 employees. Additionally, I supported business development and sales functions by acquiring new customers, maintaining existing customer relationships, and handling treasurer duties. 

Here I minimized machine down-time by performing root cause analysis and implementing corrective actions, while ensuring that the packing machine is fully utilized at all times . I also provided training and supervision of new staff in all aspects of the farm including troubleshooting issues.
Deerfield, New Jersey
Manager of Production & Operations
Binghamton University & The Raymond Corporation
https://www.linkedin.com/company/binghamton-university
As a Mechanical Design Engineer, I worked within a multi-disciplinary team of five senior Electrical and Mechanical Engineering students for two semesters to complete a design challenge sponsored by The Raymond Corporation, a leading manufacturer of forklift trucks and pallet jacks. I also outlined specifications, proposals, time schedules, paper designs, and partial prototypes. Moreover, my team and I delivered a demonstration and detailed documentation of the functioning system to the client.

I am proud of successfully designing and building a conversion kit to transform a gasoline go-kart into an electric vehicle wherein the final electric kart design exceeded all benchmarks of the gas kart during testing. Similarly, I designed and fabricated a speedometer using a Hall effect sensor, an Arduino Uno board, and an LCD display.
Vestal, NY & Greene, NY
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Mechanical Design Engineer - Watson Capstone Project
Binghamton University & The Raymond Corporation
https://www.linkedin.com/company/binghamton-university
As a Teaching Assistant, I assisted in teaching Statics and MATLAB programming to undergraduate students by delivering classes focused on understanding concepts and practical applications. I also researched and developed course materials, led class discussions, and supervised hands-on laboratory sessions for students.

Here, I was highly commended for successfully handling a class of up to 25 mechanical engineering sophomore students.
Binghamton NY
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Undergraduate Course Assistant
Master of Science - MS
Management Courses:
-Planning and Managing Projects
-Financial and Contract Management
-Communications in Technical Organizations 
-Management of Technical Organizations
-Executive Technical Leadership

Mechanical Engineering Courses:
-Mathematical Methods for Engineers
-Advanced Manufacturing Systems
-Precision Mechanical Design
-Computer-Aided Design
-Applied Heat Transfer
Engineering Management
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Johns Hopkins Whiting School of Engineering
https://www.linkedin.com/school/johns-hopkins-whiting-school-of-engineering/
Bachelor of Applied Science (B.A.Sc.)
Mechanical Engineering
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Binghamton University
https://www.linkedin.com/school/binghamton-university/
American Society of Mechanical Engineers
Active member
Theta Tau Professional Engineering Fraternity
Vice president, Treasurer, Academic committee chair
Advanced Manufacturing Systems
535.672
Applied Heat Transfer
535.634
Communications in Technical Organizations
595.665
Computer-Aided Design
627
Executive Technical Leadership
595.781
Financial and Contract Management
595.666
Management of Technical Organizations
595.762
Mathematical Methods for Engineers
535.441
Planning and Managing Projects
595.660
Precision Mechanical Design
535.660
Computer Aided Engineering
381
Control Systems in Engineering
424
Dynamics
274
Engineering Analysis
302
Engineering Computational Methods
403
Engineering Project Management
372
Environmental Science
101
Fluid Mechanics
351
Heat Transfer
441
Introduction to Solid Mechanics
211
Introduction to the Finite Element Method
417
Linear Algebra
304
Measurements and Instrumentation
391
Mechanical Vibrations
421
Micro Economics
161
Ordinary Differential Equations
371
Science of Engineering Materials
362
Statics
273
Structural Mechanics
412
Thermodynamics
331
A team of five engineers studied a gas powered go-kart, modeled it mathematically, and used that model to convert it into an electric kart. This electric kart was required to meet or exceed all benchmarks of the gas kart, and the existing frame and components could not be damaged during the conversion. This project is now five years running, with each year’s team starting from scratch.

Fall 2015
	We worked as a team to design and fabricate a speedometer using a Hall effect sensor, an Arduino Uno board, and an LCD display. We used PTC Creo 3.0 to design and analyze the hall effect sensor mount, as well as create a model to 3D print. The EE’s coded the speedometer to record and save our data, and display real time speed. We used it to test the go-kart for various benchmarks. We filtered our data to program our mathematical model, which was used to predict the behavior of electric kart configurations. We calculated the proper gear ratios and picked parameters for current and voltage. The kart was then stripped of all gasoline-related parts.

Spring 2016
	We began the design process by deciding on the placement of each component. We needed to keep in mind weight distribution, while using the existing kart chassis for support. These supports had to be robust to resist the effects of gravity, centripetal acceleration, and vibrations. The support designs went through multiple iterations and rebuilds, with help and input from our advisors at the Raymond Corporation. At the same time, the smaller electrical components needed to be fit into a small box, and their schematic needed to be brought into the real world. We spent two days at the Raymond’s facility in Greene, NY wiring up the kart and ensuring that all systems were functional. Again, our advisors at Raymond were integral in helping to reiterate and polish our designs. We have tested the electric kart, and it has beaten the gas kart in every category so far. We have yet to test its handling on our autocross course.
Watson Capstone Project: Go-Kart Conversion
In this competition, organized by the Binghamton Consulting Club, myself and two other engineers took on 19 teams from Binghamton University's School of Management, and placed second overall. We analyzed the Profit Rhino Case and created a plan to grow the company's net revenue by 200% in 2016, by triple digits in 2017, and by double digits in 2018. We offered our recommendations and advice to the Senior Management of Profit Rhino by means of a PowerPoint presentation and short Q&A session.

This competition exposed me to a new way of thinking and analyzing problems. Instead of applying four years of mechanical engineering knowledge to the problem, I had to learn a completely new set of rules and apply them within the span of a week. I learned about how much work goes into creating a marketing strategy, and that the strategy follows the numbers, not the other way around. This competition was a hugely positive experience for me, and I would like to thank all those involved in organizing and hosting it.
Profit Rhino Marketing Case Competition
I designed a vertical axis wind turbine (VAWT) as an emergency power source during large scale power outages in cities. The turbine was three feet in diameter by four feet high, and was hooked up to a series of batteries. It was designed to be mounted to any flat surface, given that safety standards were adhered to. The turbine parts were 3D modeled and analyzed using PTC Creo 2.0. Factors of safety and fatigue life were determined in Creo and confirmed by hand calculations. The batteries were designed to store enough energy to power small kitchen appliances, laptop computers, and other small electronic devices.
Miniature Wind-Powered Turbine
Worked with 6 other undergraduate engineers.
Created a system which could process the "Pacific Garbage Island", a large garbage patch within the Pacific Ocean.
The system would generate almost 40 million BTU per Ton of plastic and sell recycled PET plastic for $3000 per Ton.
Garbage Island
Built a small vehicle robot in a machine shop. Wired an Arduino microcomputer to the robots motors and a sensor. Edited C++ code that analyzed data from the sensor and generated desired motor function.
Object Avoidance Robot
Economic Empowerment
Habitat for Humanity International
https://www.linkedin.com/company/habitat-for-humanity-international
I have worked with Habitat for Humanity during my undergraduate studies in the Binghamton area, as well as in my present role at Marotta Controls. I've helped with framing rooms, hauling lumber, pouring concrete, and shoveling rocks. If they need help, I'm there.
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Volunteer
Children
Athletes for Charity
My fraternity has worked closely with Athletes for Charity to raise money for books to give out to elementary schools in the Binghamton area. We have successfully given one book to each child in three different elementary schools, while also talking to the students about the importance of school and the significance of engineering. Fundraisers include donation drives, bake sales, and an annual Battle of the DJ's competition to raise over $500 each semester.
Volunteer
National Council of Examiners for Engineering and Surveying (NCEES)
account.ncees.org
Certified Engineer in Training (EIT)
https://account.ncees.org/rn/1673816-919482-59112c8
ThinkReliability
Cause Mapping
Theta Tau Professional Engineering Fraternity
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https://www.linkedin.com/groups/41242
Binghamton University Alumni Association Professional Network
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https://www.linkedin.com/groups/53165
Binghamton University Alumni Association Job Forum
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https://www.linkedin.com/groups/43687