ROOB: Math proficiency a must for work force

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The recent slump in the domestic auto industry reminds us of the importance of innovation and creating something that will be attractive to the consumer tomorrow. Companies that don’t foresee and adapt to the changing needs of their consumers ultimately fail.

It’s with that same attitude that Indiana needs to look at its work force. We need to take a careful look at how we are preparing the students of today to be tomorrow’s workers.

Students need to take only two years of mathematics to graduate from high school in Indiana. Unfortunately, those requirements won’t get them into many of the state’s public or private universities or adequately prepare them for high-technology life sciences and manufacturing jobs. Some suggest changing high school graduation requirements to include either the passage of calculus or hamburger-flipping class to ensure our next generation has marketable skills. Without question, as young Hoosiers prepare to be valuable members of tomorrow’s work force, math matters most.

Proficient math skills are a must for Indiana’s existing manufacturing industry and growing life sciences sector. Indiana has become a hub for not only life sciences research and discovery, but also manufacturing: Hoosier companies like Zimmer Inc., Biomet and the Cook Group dominate the medical-device market, while Indianapolis-based Eli Lilly and Co., Illinois-based Baxter International Inc. and others are major producers of lifesaving medicines.

How can we maintain this advantage in “bio-manufacturing” and add even more of these jobs? The life sciences and manufacturing industries share a common need—a skilled work force with proficiency in math.

Indiana’s manufacturing landscape is no longer dominated by the assembly line and use of simple tools, but is high-tech and ever-changing. More than 500,000 Hoosiers are employed in advanced manufacturing jobs, according to Conexus Indiana. These jobs demand the mastery of new techniques and processes. As the air gun, drill press and blowtorch give way to the computer-numerical-controlled lathe, robotic welder and microscope, increased programming and technical knowledge will become necessary.

Unfortunately, Indiana’s current educational pipeline isn’t sufficiently preparing Hoosiers for high-tech careers. One of every four students failed the math Indiana Statewide Testing for Educational Progress test in 2008, while a third of all 10th-graders failed the Graduation Qualifying Exam’s math standard. These struggles in math persist in higher education and surely contribute to our poor educational attainment overall: Only 7 percent of Indiana’s young workers have earned an associate’s degree, and we rank 44th in the percentage of college graduates in our adult work force.

It’s clear Indiana must take action today to stay competitive in tomorrow’s economy. Fortunately, several such efforts are under way to combat the negative trends:

• The BioCrossroads life sciences initiative has led to the creation of the I-STEM (Science, Technology, Engineering and Math) Network, a resource for K-12 teachers that unites higher education institutions with private and philanthropic partners to offer curriculum ideas and professional development opportunities for educators.

• As I-STEM seeks to improve the quality of education at the K-12 level, the “Dream It. Do It.” campaign from Conexus Indiana is creating post-high-school opportunities to prepare young people for manufacturing careers in growing fields like the life sciences.

These efforts now have a valuable ally in Indiana’s Superintendent of Public Instruction Tony Bennett, who has an ambitious agenda to improve graduation rates and make Indiana’s academic achievement and career preparation among the best in the country.

Focusing on mathematics education must be the cornerstone to those efforts. A dedication to higher standards for Hoosier students is imperative and, more than ever, this starts in math class. When we combine our heritage of manufacturing excellence with a commitment to the academic requirements of tomorrow’s careers, we have a formula for success that keeps Indiana on the cutting edge of the future economy.•


Roob is Indiana’s secretary of commerce and CEO of the Indiana Economic Development Corp.


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  1. John, unfortunately CTRWD wants to put the tank(s) right next to a nature preserve and at the southern entrance to Carmel off of Keystone. Not exactly the kind of message you want to send to residents and visitors (come see our tanks as you enter our city and we build stuff in nature preserves...

  2. 85 feet for an ambitious project? I could shoot ej*culate farther than that.

  3. I tried, can't take it anymore. Untill Katz is replaced I can't listen anymore.

  4. Perhaps, but they've had a very active program to reduce rainwater/sump pump inflows for a number of years. But you are correct that controlling these peak flows will require spending more money - surge tanks, lines or removing storm water inflow at the source.

  5. All sewage goes to the Carmel treatment plant on the White River at 96th St. Rainfall should not affect sewage flows, but somehow it does - and the increased rate is more than the plant can handle a few times each year. One big source is typically homeowners who have their sump pumps connect into the sanitary sewer line rather than to the storm sewer line or yard. So we (Carmel and Clay Twp) need someway to hold the excess flow for a few days until the plant can process this material. Carmel wants the surge tank located at the treatment plant but than means an expensive underground line has to be installed through residential areas while CTRWD wants the surge tank located further 'upstream' from the treatment plant which costs less. Either solution works from an environmental control perspective. The less expensive solution means some people would likely have an unsightly tank near them. Carmel wants the more expensive solution - surprise!