Monthly Archives: April 2015

Reuse it

Although it might not necessarily be a skill, one thing I have learned about at Highland Orchards reuse. Some people might call it hording or being cheap, but one of the interesting cultural practices we have at Highland is reuse. I call it cultural because it is not an official policy, but many of the employees and all of the managers follow the same code. Basically, we seem to find a spot to put anything, from an old board or pipe to a load of blacktop. If you look around the premise, it often seems like we don’t throw anything away- and I think overwhelmingly we really don’t generate that much trash.

Keeping things is only one side of the story. The whole purpose of hanging on to things that have the potential to be reused is to, you guessed it-reuse it. When working on building projects most people think “what can I get at Home Depot?”, but throughout my life, I first think “can I find that at the orchard?”.

One of my favorite “reuse it” projects was the greenhouse I built for my Cantaloupe crop in 2013. Thinking back, I don’t think I had to buy a single thing to make the greenhouse as every single part was reused.

To build it, I first constructed a frame out of scrap 2×4’s. Once my frame was done, I sealed it in using plastic construction drop cloth that we use for covering floors while painting. I found an old storm door and used that to make an access into the house. In order to keep temperatures warm, but not too warm, I built a makeshift heating and ventilation system. To provide the heat, I piped in the waste heat from the dryer at my house using reused aluminum vent pipes. To prevent the greenhouse from overheating on warm spring days, I set up a ventilation system. This system used a thermostat taken out of an old furnace, a box fan, a broken extension cord, and a vent from an air handling system. I wired it together and I had an automatic vent that engaged at a certain peak temperature. The system worked well, as I had practically 100% germination for over 1000 melon seeds using only reclaimed materials.

Without the salvaged materials that were saved at the orchard, my greenhouse would have been much too expensive and impractical. However, keeping so much stuff does come at a cost. Often workspaces are cluttered and it is very difficult to find things. This causes a lot of frustration for workers who need to get a job done quickly. I have recently wondered about the economics of reusing things. Is it cheaper to get rid of scrap and used materials in favor of having a more streamlined operation? I think it would be very interesting study since reusing materials usually saves money in terms of cost of materials, but it takes up space and impedes rate of labor and productivity.

 

Why do I want to be an Engineer?

I cannot directly answer this question, besides stating the obvious: I have lived a life and have had experiences that makes me interested in the field. Think about why you came to be interested in your intended major.

Currently, American society, especially those attune to feminism, looks closely at the demographics of various academic fields and career paths. Previously, I explored how the culturally defined notion of gender as it relates to the leadership opportunities of women in various societies. For this episode I have decided to explore the role of gender and culture with concern to women obtaining jobs in typically male dominated fields of Science, Math and Technology. Statistically, women are underrepresented in these fields. When exploring this issue there are several things to consider. First of all, one must think with an opened mind about the subject. There could be several reasons for the underrepresentation of women, and none should be discounted for the fact that they more or less support your particular ideological camp. Two such example of reasons why women may be underrepresented include society producing fewer qualified women in the public school system, or alternatively, women are discriminated during the application process. Another consideration is that based on the culture of American society, women are systematically subliminally discouraged to enter STEM fields.

Currently, there is a major push for increasing the representation of women in traditional male careers to improve equality of gender representation. As I researched this topic, I came across an interesting conversation between writers for the Forbes magazine, one in response to the other. There is clearly a lot of contention between the two writers and I think that each help to frame important schools of thought.

The first article titled “The Real Reason Most Women Don’t Go Into Tech” was written by Gene Marks and published by Forbes on March 16th of this year. The author cites the major reason for the underrepresentation of women in tech is simply that women generally not even interested in tech. The author substantiates this by giving examples of how in terms of technological education, both boys and girls in the US receive the same amount of attention. From this, Marks concludes that it is simply the fact that most women choose other career fields that there less women in STEM fields. Another interesting fact he cites is the fact that boys score higher in Science and Math in the US, and gives a similar reasoning as above.

The second article is titled “The Real Reason Most Women Don’t Go Into Tech According to Women” written by Tracey Welson-Rossman and was also published by Forbes, and was put out just three days after the first one. Although the major reason for writing the article was seemingly to personally attack Mr. Marks, she does blend in some material concerning “the real reason”. The justification this author gives is that women don’t find tech fields attractive. She goes on to talk about how she has created an organization that attempts to make technology careers seem more attractive to girls.

If you see the same thing that I do, you notice that both authors agree with the reason that there are less women in STEM fields than men. The first time I read the articles, I though they substantially disagreed. However after sifting out the second author’s animosity, I realized both are arguing the exact same thing! The only slight difference between the two arguments is that second author gives examples of how the trend can be reversed, which in fact is outside the scope of a response to the first article and in fact the article’s own title. I apologize for my digression from the topic at hand; I just think it is essential to note how the articles were written.

To wrap up, I want to discuss the bigger picture of the issue, something that was omitted by both authors. The first thing I would like to mention is that the reason why girls overwhelmingly choose not to go into tech fields is ultimately determined by the culturally defined notion of gender. The authors seem to ignore the fact that very subtle aspects of human upbringing and social influence can have a huge impact on a persons predisposed opinion on joining the tech industry. Whether it be childhood toys or expectations of peers, there is some reason (or reasons) why women prefer not to join the tech field. Another aspect that only the first author touched upon was the decision to call the gender ratio of the tech industry a problem. Of course I want every human being to have the ability to seek out whatever career their heart desires, but I fail to understand why the fact that women largely choose not to join the techie ranks is a problem since it’s not what they want. This brings up my final point. It seems to me that socially constructed social norms help to determine dominant gender interests and consequently make decisions in life based on some mechanism of their human psyche that has been shaped by the social norms. Therefore, why is it important to push against the grain of people’s character when they would be content being someone else? I find that the biggest need for change is not in defining what people’s skill set and personality should be to fit “ideal” ratios, but rather in creating a culture that embraces and protects each individual’s mindset and strives for equality in opportunity and potential for success.

http://www.forbes.com/sites/quickerbettertech/2015/03/16/the-real-reason-most-women-dont-go-into-tech/

http://www.forbes.com/sites/valleyvoices/2015/03/19/the-real-reason-most-women-dont-go-into-tech-according-to-women/

 

Off road

For this episode of the passion blog, I’d like to talk about some basic off road driving techniques. I am by no means an off roader and I don’t really do it very often, but over the years I think I have acquired some technique for driving off road without getting stuck or breaking anything.

Even if you consider yourself a pavement pounder, practically everyone must drive their vehicle off road every once in a while. Often, larger venues like a stadium or something of that nature will have a grass parking lot, which could become hazardous under certain conditions.

I’d just like to tell a few stories about some interesting experiences I’ve had. When I was around 14 or 15 my dad started letting me drive trucks around the orchard just to practice driving and also to make me more productive. One of the first vehicles I drove was a 2001 Chevy S-10, 2 wheel drive truck. One afternoon after school I was hauling a load of scrap metal to sort into collection bins. It had rained for the past few days and consequently, the grass I had to drive over to get to the pile had become quite slick. Unfortunately, I slid the truck down the hill and got stuck at the bottom. After trying in vain to gain traction I had to make an embarrassing request to my dad to pull me out. He attached a chain to the hitch of his truck and to the front bumper of the S-10 and pulled it out with ease. There were a few teachable moments for me that day. The first thing I learned was that slick hills are very difficult to traverse. Never go down a slick hill if you don’t have to. (Ironically, the other time I had to call my dad to pull me out was at the bottom of a snowy hill.) Although this may be intuitive, it is very easy to go downhill, even if it is slippery, but it is not so easy to climb a slick hill. That being said, always try to stay on the uphill side of any off road situation, be it parking lot or otherwise.

Another off road story of mine happened last summer while I was driving a dump truck towing a chipper. The truck was a 2000 F 550 with a stake body and four wheel drive. Since I was pulling a trailer, I had a much larger turning radius, meaning that I needed a lot of room to make a u turn. I turned the wrong way down the road and so I attempted to make a turn in a grass parking lot at a church. I start my wide turn and quickly begin sliding sideways, chipper and all. I stopped as soon as I could and locked in 4×4. After going forward and backward and working the steering every which way, I finally got out of the mud but of course I completely tore up the parking lot and made huge ruts. The big thing I learned here was that it never hurts to check the ground you are about to drive on because it could be very soft, even if it does not appear to be muddy. Also, I learned that even if you have four wheel drive and don’t get stuck on soft soil, you are liable to leave unsightly ruts.

Although driving off road can be quite the adventure, my best advice is to stay on top of hills and avoid soft ground because both are major contributors to getting stuck.

Draft Issue Brief

A Radical Proposal for the Reworking of the US Taxing system

Eric Hodge

 

 

In all modern societies, taxation is required to construct infrastructure, enforce a legal system and provide for people who are struggling, and ensure security among other things. It is often said that the only two things you can be sure of in life are taxes and death. Every country around the world raises funds through taxation in different ways depending on the demands of the economy, the government’s needs and the government’s perception of equality. Even in the US, taxation on the state level is widely varied. For example, Pennsylvania uses a value added sales tax on many goods besides food and clothing, whereas neighboring Delaware does not. To perform the unfavorable task of taxation on the federal level, the US government relies on a complex system that levies mostly individual’s and business’s income.

 

 

 

 

 

 

 

 

As one can see from the chart, after the Second World War, the US receives the largest portion of its funding from individual income taxes, followed by payroll taxes, then corporate income taxes. At the most basic level, the tax system requires the each person or entity to record all income throughout the year, submit this information and subsequently pay the correct amount of tax based on how much money they made. Although this may sound simple in theory, different types of income are taxed in different amounts for different individuals, and different rebates and tax deductions are available for different situations. One of the more basic complexities is the progressive nature of the US tax system. This means that the more money you make in a given year, the higher the rate of tax you have to pay. Why are complexities such as this added to the tax code one may ask? In the United States, Congress is responsible for generating the tax code which is enforced by the Internal Revenue Service (IRS). Congress adds new code to appeal to the current political atmosphere which is driven by social, economic, military, and political stimuli. For example, the US government promotes homeownership by offering tax refunds on mortgage interest on your home. One of the essential tenets of macroeconomics is that people tend to respond to economic choices in a manner that favors their own economic standing. This being said, the government is able to use this principle in order to influence economic and consequently social choices of its citizens by making complexities in tax code. Another driving force that shapes current US tax code is the idea of fairness.

As one can see from the Gallup poll, Americans predominately believe that wealth should be redistributed through heavy taxation of the rich. Consequently, this is reflected by the progressive nature of the tax schedule. This means that the rich pay a greater tax rate than the poor, besides paying more tax per capita. In fact, the richest two percent of Americans pay almost half of all income tax. This is significant because it shows how the US tax system has developed to appeal to certain groups of people and consequently gains complexity and dimension. Although the complexity of current US tax system has some justification, it incurs undue hardship to all involved in the system. To quantify the extent to which changes are made, and subsequently how complex the tax code has become, one can look to the report made by the IRS in September 2010. The report states that there have been 4,400 individual changes to the tax code since the beginning of the millennium. These changes have resulted in the increase of tax code word count from 1.4 million to 3.8 million during the same time frame. This being said, the code has become cumbersome and unwieldy to tax payers, preparers and administrators.

The current federal tax system is ripe for reform. Tax claims a portion of a taxpayers’ wealth and this is inevitable. Besides the inherent inconvenience of taxation, the complication of the current system creates undue costs to taxpayers and impedance on the economy. Besides the actual cost of tax, US tax payers are served economic resistance by the filing process. In fact, between filing time, purchasing of filing software and professional assistance, and IRS administrative costs, the current tax system costs $431 billion on top of the actual tax owed. This money represents taxpayers’ effort to simply comply with tax law. One can imagine this figure as friction induced by the tax system as taxpayers attempt to push their funds towards the government. Although some said friction is inevitable, as tax systems gain complexity from modification through the years, the representative frictions increases. As seen in “Figure 1”, both gross collections and operating costs have increased significantly over the past three decades (the log scale makes the chart look even less steep than reality). This for one shows the growing inefficiencies of collecting taxes. The liability of tax for the populous is steadily increasing past the raw tax burden. Besides the increasing administration cost, the Joint Committee on Taxation cites three other significant drawbacks to the complex tax system of the US: “Decreased levels of voluntary compliance, increased cost to taxpayers, and reduced perception of fairness” (laffer) The latter in actuality is more than just perception as tests have been done to consider the actual equity of the tax system. One such study was completed in the mid 1990’s when the tax system was even simpler than the modern code.

 

 

 

 

 

 

 

 

 

The current system for taxation in the US

How does the current system work?

What is unfair/ inefficient about the current system?

When and why did the last major reform occur? (Reagan)

What was the most recent minor reform?

Why is now the time to change again?

What is the proposed reform?

What are advantages of taxing consumption?

How would this be practically instated?

What are possible negative implications of such a plan?

 

 

 

 

The most recent major tax reform occurred during the Reagan administration and was titled the Tax Reform Act of 1986.