If you define evolution as 'change in gene frequency over time', then evolution will continue to happen. Even genetic engineering would count as evolution.
Even if you want to specifically focus on some type of Darwinian evolution, which might be defined as 'change in gene frequency over time through the process of natural selection', evolution still effects us today. (Although when talking about evolution 'today' it's important to note that we are either talking about microevolution, or using 'today' to refer to the 10,000 years surrounding the present date. I will focus on microevolution in this writeup).
We have car crashes constantly. Equal crashes will not wound all people equally. Every time you hear of a death in the news, ask you're self, is there any human who could have survived that because of a modified genotype?
Not good enough? Modern medicine allows negative traits such as congenital heart defects, diabetes, phenylketonuria, pyloric stenosis, and others to survive at greater levels in todays population than in populations of the past; this is called dysgenics. The percent of the African-American population with the sickle cell anemia trait dived when malaria stopped being a major influence on the population; it has slowed its dive as modern medicine manages to keep those afflicted with a double dose of the sickle cell gene alive long enough to pass it on to their children. It may begin to spread again. (I assume that the same is true for thalassemia). On the other hand, there are still a few diseases that are selecting for certain genotypes in modern Western populations; AIDS/HIV is probably the best known of these, although the population that is immune to it is so small that they are not likely to have a large effect on the population as a whole. Ebola has great potential as a selector, but hasn't struck yet. Influenza has struck before, taking out large segments of the population, and will likely strike again.
Although traditional Darwinian evolution does not include sexual selection (although Darwin was aware of sexual selection and thought it to be an important aspect of evolution), it may be a force acting on human populations. I'm not going to try to argue this, but it might be interesting to ponder on your own.
If you expand that 'us' to include people in 'other' countries (Countries w/o computers?), starvation and disease are still very strong selective factors, as is war.